CATALOGO GENERAL COMPRIMIDO VICTAULIC

R
GENERAL CATALOG
G-103
®
VICTAULIC MECHANICAL PIPING SYSTEMS
G-103 0798 Rev. K
4/04
® Registered Trademark of Victaulic
© Copyright 2004 Victaulic
Printed in U.S.A.
general catalog
G-103
Introduction
Grooved End Piping System ................................................ 8
The Housing ............................................................................... 9
The Gasket ................................................................................. 9
The Groove ............................................................................... 10
Lubricant .................................................................................. 10
Bolts and Nuts .......................................................................... 10
Approvals.................................................................................. 11
Rigid Coupling Performance................................................... 12
Flexible Coupling Performance............................................... 13
Design Data .............................................................................. 14
Imperial/Metric ........................................................................ 15
IPS Carbon Steel – Grooved Couplings........................... 16
Style 07 Zero-Flex® Rigid Couplings ...................................... 16
Style 770 Large Diameter Couplings...................................... 17
Style 77 Standard Flexible Couplings .................................... 18
Style 75 Flexible Couplings ..................................................... 19
Style 741 Vic-Flange® Adapters (2 - 12") ............................... 20
Style 741 Vic-Flange Adapters (14 - 24") ............................... 20
Style 743 Vic-Flange ANSI 300 Adapters .............................. 21
Style 750 Reducing Couplings................................................ 22
Style 78 Snap-Joint® Quick Disconnect................................. 22
Style 72 Outlet Couplings........................................................ 23
Style 791 Vic-Boltless® Couplings .......................................... 24
Style HP-70 Rigid Couplings................................................... 25
Style HP-70ES EndSeal® Couplings ....................................... 25
Style HP-70ES Fire-R™ Couplings .......................................... 26
Extra Heavy EndSeal Fittings................................................. 26
IPS Carbon Steel – Grooved Fittings............................... 27
Elbows, Tees, Crosses ............................................................. 28
Wye, Tee Threaded Branch, LR (1¹⁄₂D) Elbows ..................... 29
LR (3D) Elbows, 45° Lateral..................................................... 30
Caps, Nipples, Base Elbows.................................................... 31
Flanged Adapter Nipples ........................................................ 32
Concentric and Eccentric Reducers ...................................... 33
Reducing Tees – Grooved and Thd. Outlet ........................... 34
Small Threaded Reducer, Swaged Nipples ........................... 36
Adapter Elbows, Standpipe Tees, Bullhead Tees ................. 37
Bull Plugs, Tee Wye.................................................................. 38
Reducing Laterals, Female Threaded Adapter ..................... 39
Reducing Tee Wyes, Hose Nipples ........................................ 40
IPS Carbon Steel – Grooved End Valves ........................ 41
Vic®-300 Butterfly Valves ........................................................ 42
Three-Way Automated Valves ................................................ 45
Series 709 Large Diameter Butterfly Valves .......................... 46
Series 706 Hi-Pressure Large Diameter
Butterfly Valves ........................................................................ 47
Series 700 Rubber-Lined Butterfly Valves ............................. 48
Series 716 Vic-Check® Valves................................................. 49
Series 712/713 Swinger® Check Valves ................................. 50
Series 779 Venturi-Check Valves............................................ 51
Series 377 Vic-Plug™ Balancing Valves.................................. 52
TA Hydronics Circuit Balancing Valves and Meters ............ 54
Triple Service Valve Assembly ............................................... 58
Series 722 Brass Body Ball Valve ............................................ 60
Series 723 Three Port Diverter Ball Valves............................. 60
Series 726 Vic-Ball® Valves ..................................................... 61
IPS Carbon Steel – Grooved End Accessories............... 63
Series 731-G Suction Diffuser ................................................. 63
Series 730 Vic-Strainer® – Tee Type....................................... 65
Series 732 Vic-Strainer – Wye Type ....................................... 66
Style 150 Mover® Expansion Joint ......................................... 67
Style 155 Expansion Joint ....................................................... 68
For the most up-to-date product information, visit www.victaulic.com
Series 733 Venturi Flow Metering Sensor ............................. 69
Series 734 Orifice/Indicator Flow Sensor .............................. 70
Series 733 and Style 734
Brass Orifice/Indicator and Venturi ....................................... 71
Style 739, Models S4 & L6 Portable Test Meters .................. 71
Style 47 Dielectric Waterway Fittings ................................... 72
IPS Carbon Steel – Hole Cut Products .............................73
Styles 920 & 920N Mechanical-T® Outlet ............................. 74
Style 923 Vic-Let™ Strapless Outlet ....................................... 77
Style 924 Vic-O-Well™ Strapless Therm. Outlet .................... 77
IPS Carbon Steel – Plain End System..............................78
Style 99 Roust-A-Bout® Couplings......................................... 79
Plain End Fittings .................................................................... 80
IPS Stainless Steel – Grooved System.............................84
Style 489 Stainless Steel Rigid Couplings ............................. 84
Style 89 Rigid Couplings for Stainless Steel Pipe ................. 85
Style 77S Flexible Stainless Steel Couplings ........................ 85
Style 475 Lightweight Flexible Stainless Steel Coupling .... 86
Style 441 Stainless Steel Vic-Flange Adapter....................... 87
Stainless Steel Fittings – ASTM A-403 ................................. 88
Series 763 Stainless Steel Butterfly Valves............................ 90
Series 723S Three Port Diverter Ball Valves .......................... 92
Series 726S Vic-Ball® Valve..................................................... 93
Series 712S Swinger® Check Valves...................................... 94
IPS Stainless Steel – Pressfit System ..............................95
Vic-Press 316™ Stainless Steel Pipe System ......................... 95
Vic-Press 304™ Stainless Steel Pipe System ....................... 101
IPS HDPE Plastic – Plain End System ...........................108
Style 995 HDPE Couplings.................................................... 109
Style 997 HDPE Transition Couplings ................................. 110
Style 994 HDPE Flange Adapters......................................... 110
CTS Copper Tubing – Grooved Piping System ...........111
Style 606 Couplings............................................................... 112
Style 641 Vic-Flange Adapter............................................... 112
Copper Fittings...................................................................... 115
Series 608 Butterfly Valves ................................................... 116
AWWA Ductile Iron – Grooved Piping System...........116
Style 307 Transition Couplings ............................................ 116
Style 31 Couplings................................................................. 117
Styles 397 & 399 Plain End Couplings................................. 117
Style 341 Vic-Flange Adapters............................................. 118
AWWA Fittings...................................................................... 119
Series 365 & Series 366 Vic-Plug™ Valves........................... 125
Series 317 Check Valves ....................................................... 128
Large Diameter Piping Solutions....................................129
Aquamine ...............................................................................130
Gasket Selection Data.........................................................131
Pipe Preparation...................................................................137
Roll Grooving Tools.............................................................. 1378
Cut Grooving Tools................................................................ 143
Pressfit Tools .......................................................................... 145
Hole Cutting Tools................................................................. 145
Pipe Cut-Off Tools.................................................................. 146
Accessories - Pipe Stands, Drives, Pipe Tape .................... 147
Pipe Preparation Specifications ........................................... 149
Product Index .................................................................................. 156
Terms and Conditions/Warranty .............................................159
Locations ...................................................................................160
1
Not just piping systems,
piping
solutions.
At Victaulic®
, we’ve always looked at piping differently.
What began as simply a faster, easier and more economical way of joining pipe
has evolved into a whole new approach to solving piping problems. And the word
has spread around the globe.
Modern Nostalgia
The past meets the future in Oriole Park.
It’s the ballpark that changed everything. Oriole Park at
Camden Yards was the first to make “old-fashioned” state-ofthe-art. It boasts painstaking attention to every detail. Even the
HVAC and domestic water systems.
From Paris to Sydney, from Baltimore Harbor to the Persian Gulf, wherever serious piping solutions are needed, serious people turn to Victaulic.
They specified the Victaulic grooved-end method for the entire
stadium project: some 740 couplings and fittings and more
than 30,000 feet of pipe.
Why? Because Victaulic has set the global standard for piping efficiency, engi-
And when it came to retrofitting the 90-year-old brick and
wood-truss Camden Warehouse that adjoins the stadium, the
Victaulic system was invaluable. There was simply no other
way to assemble the building’s 6,000 feet of Schedule 40 black
pipe economically.
but also for the most demanding projects in the world.
But before one foot of pipe was installed, Victaulic Construction
Piping Services worked to assure that the game plan was the
most accurate and cost-effective possible.
How’d we do? Right on schedule and under budget. They
wanted real, major-league performance at Camden Yards. And
with Victaulic, they got exactly that.
neering expertise and performance reliability. And not only for routine projects,
Victaulic piping solutions have helped defy gravity in soaring towers, quench a
town’s thirst, re-imagine what a baseball stadium should be and even welcome
the world to the Olympics.
From HVAC applications to fire protection systems to serving the special needs
of dozens of industries, Victaulic has the products, the services and the people to
meet whatever piping challenges the world has to offer.
Arabian Nights
A piping solution in the lap of luxury.
Looking like a huge sailboat in a 15-knot wind, it towers 321 meters
over the Persian Gulf. The luxurious Chicago Beach Resort in Dubai
is the world’s tallest, all-suite hotel tower.
“... and not a drop to drink”
Let the Games Begin
Disaster averted. Thirsts quenched.
A marathon effort at Sydney’s Olympic Park.
The explosion wasn’t meant to shatter the buried 18" sewer line.
But it did. And a million gallons of raw sewage seeped
into the wells from which the people of Walkersville,
Maryland draw their drinking water.
Just to be selected to participate in the Olympic games, you
need to be among the best in the world.
It was a disaster that would take months to clean up. But using
the Victaulic reusable Aquamine PVC piping system, a
temporary solution was completed in just a day and a half. The
pipeline traveled 1.3 miles under a highway, over a river and
beside another highway, carrying clean, potable water from
nearby Frederick to Walkersville. It carried 700,000 gallons a day
for the nearly five months it took to clean Walkersville’s wells.
That’s why we are so proud that the Sydney organizers chose
Victaulic grooved-end piping systems for all the services —
including the water, air and fire protection systems — in their
six magnificent buildings in Olympic Park.
Stadium Australia, The Sydney Superdome, The Sydney
Aquatic Center, The Royal Agricultural Pavilion, Olympic Park
warm-up stadium and the Olympic car parks all feature
Victaulic systems.
Its daring architecture, soaring height and the demanding Arabian
climate called for a unique — and uniquely reliable — piping
solution. Which is why they called Victaulic.
Coordinating with our representatives on the Arabian Peninsula, our
European division, and our headquarters in Easton, Pennsylvania,
Victaulic engineers and designers helped the architects defy both
gravity and the Arabian sun.
We also conquered demanding deadlines, making deliveries on time
and on budget. We provided kilometers of chilled water risers — up
to 600 mm — plus bridge piping and copper lines for
potable water.
In a hotel that will become famous for the richness of its luxuries,
the cool air and fresh water we help provide will be taken for
granted. And that’s just the way we like it.
Not just piping systems,
piping
solutions.
At Victaulic®
, we’ve always looked at piping differently.
What began as simply a faster, easier and more economical way of joining pipe
has evolved into a whole new approach to solving piping problems. And the word
has spread around the globe.
Modern Nostalgia
The past meets the future in Oriole Park.
It’s the ballpark that changed everything. Oriole Park at
Camden Yards was the first to make “old-fashioned” state-ofthe-art. It boasts painstaking attention to every detail. Even the
HVAC and domestic water systems.
From Paris to Sydney, from Baltimore Harbor to the Persian Gulf, wherever serious piping solutions are needed, serious people turn to Victaulic.
They specified the Victaulic grooved-end method for the entire
stadium project: some 740 couplings and fittings and more
than 30,000 feet of pipe.
Why? Because Victaulic has set the global standard for piping efficiency, engi-
And when it came to retrofitting the 90-year-old brick and
wood-truss Camden Warehouse that adjoins the stadium, the
Victaulic system was invaluable. There was simply no other
way to assemble the building’s 6,000 feet of Schedule 40 black
pipe economically.
but also for the most demanding projects in the world.
But before one foot of pipe was installed, Victaulic Construction
Piping Services worked to assure that the game plan was the
most accurate and cost-effective possible.
How’d we do? Right on schedule and under budget. They
wanted real, major-league performance at Camden Yards. And
with Victaulic, they got exactly that.
neering expertise and performance reliability. And not only for routine projects,
Victaulic piping solutions have helped defy gravity in soaring towers, quench a
town’s thirst, re-imagine what a baseball stadium should be and even welcome
the world to the Olympics.
From HVAC applications to fire protection systems to serving the special needs
of dozens of industries, Victaulic has the products, the services and the people to
meet whatever piping challenges the world has to offer.
Arabian Nights
A piping solution in the lap of luxury.
Looking like a huge sailboat in a 15-knot wind, it towers 321 meters
over the Persian Gulf. The luxurious Chicago Beach Resort in Dubai
is the world’s tallest, all-suite hotel tower.
“... and not a drop to drink”
Let the Games Begin
Disaster averted. Thirsts quenched.
A marathon effort at Sydney’s Olympic Park.
The explosion wasn’t meant to shatter the buried 18" sewer line.
But it did. And a million gallons of raw sewage seeped
into the wells from which the people of Walkersville,
Maryland draw their drinking water.
Just to be selected to participate in the Olympic games, you
need to be among the best in the world.
It was a disaster that would take months to clean up. But using
the Victaulic reusable Aquamine PVC piping system, a
temporary solution was completed in just a day and a half. The
pipeline traveled 1.3 miles under a highway, over a river and
beside another highway, carrying clean, potable water from
nearby Frederick to Walkersville. It carried 700,000 gallons a day
for the nearly five months it took to clean Walkersville’s wells.
That’s why we are so proud that the Sydney organizers chose
Victaulic grooved-end piping systems for all the services —
including the water, air and fire protection systems — in their
six magnificent buildings in Olympic Park.
Stadium Australia, The Sydney Superdome, The Sydney
Aquatic Center, The Royal Agricultural Pavilion, Olympic Park
warm-up stadium and the Olympic car parks all feature
Victaulic systems.
Its daring architecture, soaring height and the demanding Arabian
climate called for a unique — and uniquely reliable — piping
solution. Which is why they called Victaulic.
Coordinating with our representatives on the Arabian Peninsula, our
European division, and our headquarters in Easton, Pennsylvania,
Victaulic engineers and designers helped the architects defy both
gravity and the Arabian sun.
We also conquered demanding deadlines, making deliveries on time
and on budget. We provided kilometers of chilled water risers — up
to 600 mm — plus bridge piping and copper lines for
potable water.
In a hotel that will become famous for the richness of its luxuries,
the cool air and fresh water we help provide will be taken for
granted. And that’s just the way we like it.
Victaulic®
piping
applications.
Heating, ventilating
and air conditioning
Total systems design from pumps and equipment
to supply, return and related systems.
Plumbing
Industrial applications are ideal applications for Victaulic
grooved products.
Reverse osmosis grooved end caps allow easy filter
membrane cleaning, removal and service.
Mining
Municipal
OEM
Chemical
Pulp and paper
Vic-Plug™ valves provide grooved end assembly ease with
manual or automated control as needed.
Victaulic HDPE couplings eliminate fusing, provide direct
transition to grooved steel systems.
A complete package of copper (CTS)
couplings, fittings, flange adapters and
butterfly valves.
Compressed air.
Oilfield
Power
Ship building
Steel
Pharmaceutical
Applications from HVAC and fire protection to bilge, cooling
and potable water are handled by the Victaulic System.
The Pressfit System speeds and eases ¹⁄₂ - 2" piping
assembly.
OEM applications for cyclones,
separators, filters, reverse osmosis and
other units are common.
Automated grooved valves complete
remote header packages.
Victaulic®
piping
applications.
Heating, ventilating
and air conditioning
Total systems design from pumps and equipment
to supply, return and related systems.
Plumbing
Industrial applications are ideal applications for Victaulic
grooved products.
Reverse osmosis grooved end caps allow easy filter
membrane cleaning, removal and service.
Mining
Municipal
OEM
Chemical
Pulp and paper
Vic-Plug™ valves provide grooved end assembly ease with
manual or automated control as needed.
Victaulic HDPE couplings eliminate fusing, provide direct
transition to grooved steel systems.
A complete package of copper (CTS)
couplings, fittings, flange adapters and
butterfly valves.
Compressed air.
Oilfield
Power
Ship building
Steel
Pharmaceutical
Applications from HVAC and fire protection to bilge, cooling
and potable water are handled by the Victaulic System.
The Pressfit System speeds and eases ¹⁄₂ - 2" piping
assembly.
OEM applications for cyclones,
separators, filters, reverse osmosis and
other units are common.
Automated grooved valves complete
remote header packages.
Value Added Services
The benefits of low total installed cost, reduced downtime and maintenance ease are only part of the
Victaulic system package. Victaulic offers value added services, unlike any other piping products manufacturer, designed to facilitate evaluation, planning and fulfillment of your piping systems needs.
Construction Piping Services
The Victaulic Construction Piping Services group offers an
estimating/ project management/drawing package designed to
help you make effective and efficient use of Victaulic piping
systems. From no charge value analysis to economical drawing
packages, Construction Piping Services provides the means to
maximize the benefits of Victaulic piping systems. The
Construction Piping Services group offers the following services:
Value Analysis
Utilizing your contract drawings, we will develop computer
printed cost/pricing sheets along with a cost comparison
summary of Victaulic versus welded, flanged, threaded and other
systems. Material costs present a realistic comparison based on
street material prices. Labor times are calculated from standards
developed by MCAA, NAPHCC, Ottaviano, Richardson or Means,
all adjusted to actual field productivity.
Project Management
We can supply a quotation for preparation of detailed piping
drawings for fabrication and erection. This package can include
pipe routing layout, sectional views or isometric drawings as well
as cut sheets, bills of material and job-site visits required for the
successful installation of your project. Upon your acceptance, a
Victaulic Construction Piping Services Coordinator will arrange a
kick-off meeting and begin tracking all the necessary
documentation to ensure a smooth flow of information.
Designed to preplan material requirements to ensure all Victaulic
material arrives on site when required. This service also helps to
organize the material in accordance with the construction
schedule and in a fashion to reduce costly material handling.
Field Service
Victaulic is the only mechanical piping systems manufacturer
with over 200 factory-trained piping specialists worldwide to
service your needs. Only Victaulic offers kick-off meetings with
job-site supervision to review work assignments, establish a
project schedule and define drawing guidelines.
Engineered Products
Our Engineered Products Group provides special solutions to
unique applications and product needs. Special alloys, nonferrous materials, special coatings, non-standard product
variations and special code (ANSI, ASTM, ASME and others)
requirements can be handled.
6
For the most up-to-date product information, visit www.victaulic.com
Electronic Assistance
See our web site: www.victaulic.com/software
Victaulic offers a variety of electronic and software solutions for your design, reference and drafting assistance. Much is available on our Internet site: www.victaulic.com. Our complete technical data is
available on-line. In addition to frequently asked questions, background data and contact information,
product information is up-dated regularly assuring the latest data is available.
Vic Blocks™
4'-4"
P-1
3'-10"
P-2
P
P
2'-1¹⁄₂" 2'-10³⁄₄"
Vic Blocks 2.0 is an AutoCad* two-dimensional block library
system, available free, to assist in drawing double-line Victaulic
couplings, fittings and valves. The recently up-dated program
includes IPS, AWWA, CTS, Pressfit® and other Victaulic piping
products in both imperial and metric dimensions. Drawn to scale,
the couplings contain two nodes spaced to represent a predetermined gap. Pipe cut lengths can be calculated using
AutoCAD standard dimensioning commands. The new program
is supplied with Vic/ISO™ 1.0 module included, providing
multiple options for creating isometric drawings for on-site piping
erection. A demonstration module is availble on our web-site and
the program can be ordered on the site.
Check: www.victaulic.com for details.
4'-8"
*AutoCad is a registered trademark of Autodesk.
Vic/Guide Spec™
Complete guide specifications for the Victaulic system are
available at no charge by registering on-line in the Vic/Guide Spec
module. It provides typical specifications for most Victaulic
products and can be downloaded in ASCII or word processing
formats. The specs can be cut, pasted and rearranged to fit most
specifications under the CSI guidelines or your own pattern.
Check: www.victaulic.com for details.
Vic Blocks is a two-dimension library which integrates with AutoCAD
systems.
Vic/PDS Piping Specs
for the Intergraph Plant Design System (PDS), provides
specifications for Victaulic IPS grooved couplings and fittings, as
well as the Vic-Press 304® system. The components appear in the
PDS 3-D model and in isometric drawings and bills of material
extracted from the model.
Vic/PDMS Piping Catalog
for the Cadcentre Plant Design Management System (PDMS)
software provides specifications and catalogs for Victaulic IPS
grooved couplings and fittings, as well as the Vic-Press 304
system. The components appear in the PDMS 3-D model and in
isometric drawings and bills of material extracted from the model.
For the most up-to-date product information, visit www.victaulic.com
AutoPLANT 97, 1.0, is a three-dimensional piping design program.
7
Grooved End Piping System
The only system that provides the option
of rigidity or flexibility.
The Victaulic grooved piping system is the most versatile,
economical and reliable piping system available. It is faster to
install than welding, easier and more reliable than threading or
flanging, generally resulting in lowest total installed cost.
Gasket
Housing
Groove
Bolt/Nut
The system is designed for roll grooved or cut grooved standard
pipe or roll grooved light wall pipe. Pipe end preparation is fast and
easy either in the shop or on the job site with the variety of
Victaulic grooving tools available.
In addition to speed and ease of assembly, the Victaulic system
offers varied mechanical benefits to the designer, installer and
owner. With the introduction of Zero-Flex® and FireLock® rigid
couplings, the option of flexibility or rigidity adds to the design
versatility. Flexible and rigid couplings can be incorporated as
needed in any system to take full advantage of the characteristics
of each.
For information on our line of FireLock fire protection products,
please request publication G-150FP.
Rigidity
Versatility is the key, utilizing
standard grooved pipe, fittings
and valves, rigidity can be
achieved with standard
couplings. The unique
patented angle-pad design of
Zero-Flex®, FireLock and other
couplings provides positive
clamping of the pipe to resist
torsional and flexural loads.
Deflection
The Victaulic system
accommodates expansion/
contraction/deflection and
permits designing to take
advantage of these
characteristics. Elimination or
reduction of special vibration
accessories, expansion loops
and settlement allowance are
among the options. Request
26.03.
Noise and vibration
attenuation
Seismic stress
absorption
The basic design of
independent grooved pipes,
sealed by a rubber gasket and
unified by an externally bolted
coupling housing, reduces
noise/vibration transmission
providing superior vibration
attenuation throughout a
system. Request 26.04.
The full engagement of the
housing keys into grooves
around the full pipe
circumference provides
significant pressure restraint
and end load capabilities to
withstand pipe movement
from varied internal and
external sources. Request
26.05.
Exaggerated for clarity
Easy system or
equipment access
Removal of two couplings (just
four bolts) provides access for
cleaning, maintenance,
system expansion or changes.
Victaulic butterfly valves
provide “dead-end” shut-off
service to isolate equipment or
systems.
8
Flexibility
Contraction
End
Load
End
Load
Alignment ease
The grooved system allows full
rotation of pipe, valves, fittings
or couplings before tightening
for easy alignment. This
compensates for some
alignment errors and
eliminates the “two-holing”
required with flanges. Fitting
in tight places is eased.
Request 26.03.
For the most up-to-date product information, visit www.victaulic.com
The Housing
The Gasket
Standard coupling housings
are cast of ductile iron to
ASTM A- 536, Grade 65-45-12.
Ductile iron was chosen
because of its special
combination of better physical
characteristics and relative
ease of manufacturing to
demanding standards. The 6545-12 refers to the 65,000 psi
(448110 kPa) minimum tensile
strength, 45,000 psi (310230
kPa) minimum yield strength
and 12% minimum elongation.
This compares favorably with
A53ERW steel pipe having
minimum tensile of 60,000 psi
(413640 kPa), 35,000 psi
(241290 kPa) yield and 25%
elongation (typical).
Housings are normally two
identical castings for
couplings through 12" (300
mm) sizes. From 14" (350 mm)
up through 102" (2600 mm)
sizes, coupling housings are
cast in multiple identical
segments for assurance of
concentricity and ease of
handling.
The unique, C-shaped,
pressure-responsive gasket
design has been the heart of
the grooved system since its
inception. Relying on
compound resiliency and the
initially flared design, the
gasket seals on the "A"
dimension of the pipe O.D.
This design accommodates
the pipe movement noted,
while sealing under both
pressure and vacuum.
During assembly, the gasket is
slightly stretched over the pipe
ends, applying the natural
compression of the angled lips
as well as the resiliency of the
entire gasket body. (It is
important to note that grooved
coupling gaskets always
should be lubricated on the lips
and the outside back before
assembly. See the specific
product submittals and
installation instructions for
further details.) This places the
lips in immediate sealing
compression on the pipe O.D.
Assembly of the coupling
housing over the gasket mates
it closely to the gasket back,
fully encasing the gasket with
a backbone of ductile iron.
With the bolt pads fully
tightened this adds additional
compressive force without full
compression, leaving the
natural resiliency as an active
sealing force within the joint.
The full encasement of the
gasket prevents any extrusion
of the rubber under high
pressure.
The final sealing factor is the
pressure (or vacuum) in the
line. Pressure tends to press
the lips more securely onto the
pipe O.D. Likewise, vacuum
draws on the center of the
gasket also forcing the lips to a
tighter seal. (Under vacuum
service greater than 10" of
mercury, a metal liner insert or
FlushSeal® gasket is
recommended to control the
drawing action.)
Gaskets are carefully molded in
patterns conforming closely to
the inside containment area of
the housing. This allows the
separate components to mate
Unique C-shaped gasket
forms a triple seal.
Regardless of the style and
pressure ratings, certain basic
criteria remain for all grooved
pipe couplings. The housing is
designed to provide the
optimum combination of
pressure and end load
conditions while maintaining
reasonable weight and
manufacturing characteristics.
Every grooved pipe "coupling",
be it a flange adapter, reducing
coupling, outlet, rigid or
flexible coupling has a similar
key section. This engages fully
into the groove tying the joint
integrally to the pipe.
Housing Materials
Testing
Product testing is thorough
and continuous during the
manufacturing process and
after, to assure final product
performance. Quality control
starts with testing raw
materials with
spectrochemical and physical
Seals between the pipe ends
and the groove.
For the most up-to-date product information, visit www.victaulic.com
analysis, computerized
spectrographic and carbonsulphur analysis. Daily tensile,
metallographic and impact
tests are performed.
Finished casting integrity is
checked by hydrostatic, air
bend and Brinell testing, as
well as radiography and
magnetic particle testing.
Products are gauged and,
where appropriate, precision
dimensions are verified on our
optical comparator.
Finished product checks
include 100% hydrostatic
testing of all valves. Flow tests
are run on appropriate
products on our own test loop
which is calibrated to NBS
standards. Test loops have
been in operation since 1970 to
simulate 24 hour field
operating conditions for
various temperatures and
fluids.
to form an integral coupling
unit with the combination of
efficient sealing and effective
end load resistance to handle
pressures as high as 4000 psi
(27576 kPa).
Originally molded of natural
rubber, the gasket was
excellent for ambient water
and abrasive systems, often
encountered in the early
mining, military and municipal
water applications. The
gradual advent of more
synthetic rubber compounds
during and after World War II
expanded the potential for the
grooved system.
Available rubber compounds
now include the standard
gasket EPDM (ethylene
propylene diene monomer) for
water and a nitrile compound
gasket for oil services. Special
gaskets include
fluoroelastomer, neoprene,
silicone, white nitrile and
epichlorohydrin.
Surrounded, reinforced and
slightly compressed by the
housing.
Seal is enhanced by pressure
or vaccum in the line.
9
The Groove
Exaggerated for Clarity
Standard roll groove
A groove is prepared on the
pipe end to receive the
coupling housing: The groove
takes various configurations
depending on pipe wall
thickness, pipe material, size
and other factors. For complete
details refer to the Pipe
Preparation section beginning
on page 114.
Lubricant
Thorough lubrication of the
gasket exterior including the
lips and/or pipe ends and
housing interiors, is essential
to prevent pinching the
Exaggerated for clarity
Bolts and Nuts
10
The bolts/nuts secure the
entire joint together. Unlike
flanged systems, the bolts are
not taking the primary load,
nor are they functional in the
sealing process. The bolts hold
the coupling housings into the
grooves and contain the
gaskets. Once tightened
(metal-to-metal, with an offset
on rigid couplings), the bolts
require no further tightening.
There are no torque
specifications for most
Use Victaulic Lubricant for
installation. Other compatible
material such as silicone and
others may be used on Grades
“E” or “L” gaskets.
Lubricant is available in 4¹⁄₂
ounce tubes. Victaulic
Lubricant is also available in 32
ounce containers.
Standard cut groove
Radius cut groove
gasket. Lubrication assists
proper gasket installation.
grooved couplings as with
flange bolts.
The standard bolt head is an
oval-neck configuration
conforming to openings in the
housing bolt pads. This
permits tightening the nuts
from one side without a
backup wrench.
Track head bolts and nuts
conform to ASTM A-183
minimum tensile 110,000 psi
(758340 kPa). Plated (to ASTM
NOTE: Victaulic Lubricant
is not recommended for
use with polyethylene
pipe.
ALWAYS USE LUBRICANT
FOR PROPER COUPLING
ASSEMBLY.
B-633) bolts and nuts are
standard on most couplings.
Metric bolts/nuts are available
for most coupling styles.
Metric bolts are gold chromate
color coded to differentiate
from standard U.S. bolts.
Specify "Metric Plated Bolts &
Nuts" when desired. Standard
U.S. bolts/nuts are identified
as: "UNC Plated Bolts & Nuts”
or "UNC Black Bolts & Nuts".
For the most up-to-date product information, visit www.victaulic.com
The Victaulic System
Accepted and approved worldwide
Approvals
The grooved piping
system is accepted and
approved throughout the
world for a wide variety of
industrial and
commercial piping
services.
For copies of specific
approvals or additional
details, contact your local
Victaulic representative
or call our Engineering
Services Group at our
World Headquarters.
General Code Groups,
Associations,
Laboratories and
Approval Bodies
FM
APPROVED
Bureau of Public Roads – Div. of Bridges
– Drain lines and bridge crossings
(ANSI) American National Standards
Institute
Canadian Coast Guard
(ANSI/AWWA) American Water Works
Association – C-606
(ANSI/NSF) Standard 61 for potable
water service
(API) American Petroleum Institute – API
Std. 5L, Sect. 7.5
(ASHRAE) American Society of Heating,
Refrigerating and Air Conditioning
Engineers
(ASTM) American Society of Testing and
Materials – F-1476 Couplings; F1548 Fittings; F-1155 Shipbuilding
(BOCA) Building Officials and Code
Administrators
(CE) Certification to the European
Directive for Pressure Equipment
THE LOSS PREVENTION COUNCIL
VdS
(COE) Corps of Engineers – CEGS
15000
(FAA) Federal Aviation Administration HVAC, Plumbing, Fire Protection
(FHA) Federal Housing Administration
(GSA) General Services Administration
– 15000 Series
(MIL) Military Specifications – MILP10388 Fittings; MIL-C-10387
Couplings; MIL-P-11087A(CE) Steel
Pipe, Grooved MIL-I-45208
Inspection Procedure
(NASA) National Aeronautics and Space
Administration – 15000 Series
(NAVFAC) Naval Facilities Engineering
Command – NFGS 15000 Series
(NIH) National Institute of Health (Dept.
of Health) – 15000 Series
(TVA) Tennessee Valley Authority – Fire
protection, storm drains
(VA) Veterans Affairs – 15000 Series
Worldwide
(FM) Factory Mutual Research Corp. approved for fire protection services
(AS) AS4041-1992 Australian Standard
(3.24.10)
(IAPMO) International Association of
Plumbing & Mechanical Officials
(BV) Bureau Veritas
(LLOYD'S) Lloyd's Register of Shipping
(DVGW) Deutscher Verein des Gas-und
Wasserfaches e.V.
(LPC) Loss Prevention Council
(formerly F.O.C.)
(NY-MEA) New York Materials and
Equipment Acceptance
(PED) CE 97/23
(SBCCI) Southern Building Code
Congress International – Standard
Plumbing and Mechanical Code
ANSI/NSF Standard 61
U.S. Coast Guard – Approves each
vessel individually
(CSA) Canadian Standards Association
– B-242, registered to CAN 3-Z299.3
(NFPA) National Fire Protection
Association
0026
Bureau of Marine Inspection – Salt and
fresh water, oil transfer
(ABS) American Bureau of Shipping
(ASME) American Society of Mechanical
Engineers Power Piping, B-31.1;
Chemical Plant and Petroleum
Refinery Piping, B-31.3; Refrigeration
Piping, B-31.5; Building Services
Piping, B-31.9; Slurry Pipelines, B31.11
ULC
Government Agencies
(UL) Underwriter's Laboratories, Inc. –
Listed for fire protection services.
(ULC) Underwriter's Laboratories of
Canada – Listed for fire protection services.
(DNV) Det Norske Veritas
(HDB) Singapore Housing Development
Board
Hong Kong Fire Services Board
Korean Registry of Shipping
New Zealand Insurance Council
New Zealand Building Act. (1991)
(NK) Nippon Kaiji Kyokai
(SSL) Scientific Services Laboratory
Standards Australia
(VdS) Verband der Schadenverhütung
GmBH
(W) Standards Australia Watermark
Certification
(WRC) Water Research Council – U.K.
Request 02.02 for details.
For the most up-to-date product information, visit www.victaulic.com
11
Rigid Systems
Zero-Flex Style 07 and Transition Style 307 Rigid Couplings have a unique, patented angle pad design
which constricts the housing keys into the groove around the full circumference to grip the pipe rigidly.
The housings slide on the angled pads rather than mating squarely.
This sliding movement also forces the key sections into opposed contact on the inside and the outside
groove edges, which locks the coupling onto the pipe ends and creates a rigid connection.
These rigid couplings provide a rigid joint allowing no expansion/contraction or linear movement. The
couplings will position the pipe ends so that there is a fixed pipe end separation that may be considered
during design and installation (see chart below).
Rigid couplings (Styles 07, 89, 489, 307, HP-70, 741 and others) create a rigid joint, useful for risers,
mechanical rooms and other areas where flexibility is not desired. Zero-Flex Style 07 couplings are
designed to provide rigidity to permit hanging to ANSI B31.1 Power Piping Code, ANSI B31.9 Building
Services Piping Code and NFPA 13 Sprinkler Systems.
Rigid Coupling Performance §
Nominal
Diameter
Inches/mm
³⁄₄
Actual
Outside Dia.
Inches/mm
1.050
Allow. Pipe
End Sep.
In./mm
0.05
20
26,9
1,2
139,7 mm
1
1.315
0.05
6
150
25
33,7
1,2
1¹⁄₄
1.660
0.05
32
42,4
1,2
1¹⁄₂
1.900
0.05
Nominal
Diameter
Inches/mm
159,0 mm
40
48,3
1,2
165,1 mm
2
2.375
0.07
8
Actual
Outside Dia.
Inches/mm
5.500
Allow. Pipe
End Sep.
In./mm
0.16
139,7
4,1
6.625
0.16
168,3
4,1
6.250
0.16
159,0
4,1
6.500
0.16
165,1
4,1
8.625
0.19
50
60,3
1,7
200
219,1
4,8
2¹⁄₂
2.875
0.07
10
10.750
0.13
73,0
1,7
250
273,0
3,3
3.000
0.07
12
12.750
0.13
76,1
1,7
300
323,9
3,3
3.500
0.07
14
14.000
0.13
65
76,1 mm
3
80
88,9
1,7
350
355,6
3,3
4
4.500
0.16
16
16.000
0.13
114,3
4,1
400
406,4
3,3
4.250
0.16
18
18.000
0.13
108,0
4,1
450
457,0
3,3
5.563
0.16
20
20.000
0.13
100
108,0 mm
5
125
133,0 mm
141,3
4,1
500
559,0
3,3
5.250
0.16
24
24.000
0.09
133,0
4,1
600
610,0
2,3
§ Except for HP-70 and HP-70ES coupling which have the following allowable pipe end separation:
HP-70: 2 - 4" sizes: 0.14" (3,6 mm); 6 - 12" sizes: 0.25" (6,4 mm).
HP-70ES: 2 - 4" sizes: 0.19" (4,8 mm); 6 - 8" sizes: 0.27" (6,7 mm); 10 - 12" sizes: 0.28" (7,1 mm).
NOTE: ONLY FLEXIBLE couplings are recommended for the installation of expansion loops as stated in Section 4, page 6 of 26.02.
All eight couplings assembling the four elbows of the loop must be flexible. The use of rigid couplings to install the straight run adjacent to the expansion loop is a recommended practice.
This also applies to couplings installed on the perpendicular leg(s) at the end(s) of a straight pipe run or on pipe line offsets. If system
movement is to be accommodated, flexible couplings must be utilized.
Rigid couplings must NOT be utilized to accommodate any system movement.
Should you have any questions regarding the proper use of our products, please contact Engineering Services at 610/559-3502 or
e-mail engrserv@victaulic.com.
12
For the most up-to-date product information, visit www.victaulic.com
Flexible
Systems
Standard flexible grooved-type couplings allow controlled angular, linear and rotational movement at
each joint to accommodate expansion/contraction (see note below), settling, vibration, noise and other
piping system movement. These features provide advantages in designing piping systems but must
be considered when determining hanger and support spacing and location.
Victaulic couplings offer superior vibration attenuation characteristics to both flexible metal and
elastomeric flexible arch-type connectors.
Independent vibration testing data (request 26.04) verifies that three Victaulic couplings in close
proximity to a vibration source (pump, equipment, etc.) provide superior vibration attenuation in piping
systems.
Both flexible and rigid couplings offer installed cost savings from 10 to 30% and higher, plus the
convenience of a union at every joint and the proven pressure-responsive “C” shaped Victaulic gasket.
Both type products fit into standard roll or cut grooved pipe and provide the security of full
circumferential engagement of the coupling housing into the groove for high pressure and end load
service.
Flexible Coupling Performance §
Nominal
Diameter
In./mm
³⁄₄
Actual
Outside
Dia.
In./mm
1.050
Allow.
Pipe End
Sep. †
In./mm
0 - 0.06
20
26,9
0 - 1,6
1
1.315
0 - 0.06
25
33,7
0 - 1,6
1¹⁄₄
1.660
0 - 0.06
32
42,4
0 - 1,6
1¹⁄₂
1.900
0 - 0.06
40
48,3
0 - 1,6
2
2.375
0 - 0.06
50
60,3
0 - 1,6
2¹⁄₂
2.875
0 - 0.06
65
76,1 mm
3
73,0
0 - 1,6
3.000
0 - 0.06
76,1
0 - 1.6
3.500
0 - 0.06
80
88,9
0 - 1.6
3¹⁄₂
4.000
0 - 0.06
90
101,6
0 - 1.6
4
4.500
0 - 0.13
100
108,0 mm
4¹⁄₂
114,3
0 - 3.2
4.250
0 - 0.13
108,0
0 - 3,2
5.000
0 - 0.13
120
127,0
0 - 3,2
5
5.563
0 - 0.13
125
133,0 mm
139,7 mm
152,4 mm
141,3
0 - 3,2
5.250
0 - 0.13
133,0
0 - 3,2
5.500
0 - 0.13
139,7
0 - 3,2
6.000
0 - 0.13
152,4
0 - 3.2
Deflect. Fr. CL †
Degrees
Pipe
per
In./ft.
Cplg.
mm/m
0.72
3° 24′
60
2° 43′
2° 10′
1° 56′
1° 31′
1° 15′
1° 12′
1° 2′
0° 54′
1° 36′
1° 41′
1° 26′
1° 18′
1° 21′
1° 18′
1° 12′
0.57
48
0.45
38
0.40
Nominal
Diameter
In./mm
6
150
159,0 mm
165,1 mm
33
203,2 mm
0.32
8
27
200
0.26
22
254,0 mm
0.26
10
22
0.22
250
18
304,8 mm
0.19
12
Actual
Outside
Dia.
In./mm
6.625
Allow.
Pipe End
Sep. †
In./mm
0 - 0.13
168,3
0 - 3,2
6.250
0 - 0.13
159,0
0 - 3,2
6.500
0 - 0.13
165,1
0 - 3,2
8.000
0 - 0.13
203,2
0 - 3,2
8.625
0 - 0.13
219,1
0 - 3,2
10.000
0 - 0.13
254,0
0 - 3,2
10.750
0 - 0.13
273,0
0 - 3.2
12.000
0 - 0.13
304,8
0 - 3.2
12.750
0 - 0.13
16
300
323,9
0 - 3.2
0.34
14
14.000
0 - 0.13
28
350
355,6
0 - 3.2
0.35
15
15.000
0 - 0.13
29
375
381,0
0 - 3,2
0.25
16
16.000
0 - 0.13
21
400
406,4
0 - 3,2
0.27
18
18.000
0 - 0.13
22
450
457,0
0 - 3,2
0.28
20
20.000
0 - 0.13
23
500
559,0
0 - 3,2
0.28
22
22.000
0 - 0.13
23
550
559,0
0 - 3,2
0.21
24
24.000
0 - 0.13
17
600
610,0
0 - 3.2
Deflect. Fr. CL †
Degrees
Pipe
per
In./ft.
Cplg.
mm/m
0.23
1° 5′
19
1° 9′
1° 6′
0° 54′
0° 50′
0° 43′
0° 40′
0° 36′
0° 34′
0° 31′
0° 29′
0° 27′
0° 24′
0° 22′
0° 19′
0° 18′
0.24
20
0.23
19
0.16
13
0.18
15
0.15
13
0.14
12
0.13
11
0.12
10
0.11
9
0.10
8
0.10
8
0.08
7
0.08
7
0.07
6
0.07
6
§ Except for Style 72 Outlet Couplings. Contact Victaulic for details.
† NOTE: These values are based on standard roll grooved pipe. Figures for standard cut grooved pipe may be doubled. See notes
below.
notes
GENERAL NOTES FOR DIMENSIONAL TABLES
* Working Pressure and End Load are total, from all internal and external loads, based on standard weight (ANSI) steel pipe, standard roll or cut grooved in accordance with Victaulic specifications.
Contact Victaulic for performance on other pipe.
WARNING: FOR ONE TIME FIELD TEST ONLY, the Maximum Joint Working Pressure may be increased to 1¹⁄₂ times the figures shown (except Style HP-70ES).
† Allowable Pipe End Separation and Deflection figures show the maximum nominal range of movement available at each joint for standard roll grooved pipe.
Figures for standard cut grooved pipe may be doubled. These figures are maximums; for design and installation purposes these figures should be reduced by: 50% for ³⁄₄ - 3¹⁄₂" (20 - 90 mm);
25% for 4" (100 mm) and larger.
Number of bolts required equals number of housing segments.
Metric thread size bolts are available (color coded gold) for all coupling sizes upon request. Contact Victaulic for details.
WARNING: Depressurize and drain the piping system before attempting to install, remove, or adjust any Victaulic piping products.
All products shall be installed in accordance with current Victaulic installation/assembly instructions.
Victaulic reserves the right to change product specifications, designs and standard equipment without notice and without incurring obligations.
For the most up-to-date product information, visit www.victaulic.com
13
Design Data
The “Nominal Pipe Size – Inches” column in charts shows
the corresponding ISO Nominal Size–Millimeters; “Pipe OD
–Inches,” shows the equivalent ISO Pipe OD in millimeters.
All other dimensions are direct metric (International System
of Units–SI) conversions of the U.S. figures as an aid for
those requiring metric data. Conversions are based on the
following formulas as listed in ANSI Z210.1 American National Standard – Metric Practice.
CONVERSION CHART
Convert U.S. to Metric
Convert Metric to U.S.
= Millimeters (mm)
✕ 0.03937
0.3048 ✕ Feet (Ft.)
25.4 ✕ Inches (In.)
= Meters (m)
✕ 3.281
0.4536 ✕ Pounds (Lbs.)
= Kilograms (kg)
✕ 2.205
28.35 ✕ Ounces (Oz.)
= Grams (g)
✕ 0.03527
6.894 ✕ Pressure (PSI)
= Kilopascals (kPa)
✕ 0.145
.069 ✕ Pressure
= Bar
DESIGN
Reference should always be made to design information
available at no charge on request from Victaulic.
Good piping practices should always prevail. Specific
presssures, temperatures, external or internal loads, performance standards and tolerances must never be exceeded.
Many applications require recognition of special conditions, code requirements and use of safety factors. Qualified
engineers must make these decisions.
While every effort has been made to ensure its
accuracy, Victaulic Company, its subsidiaries and
affiliated companies, make no express or implied
warranty of any kind respecting the information
contained in this catalog or the material referred to
herein.
Anyone making use of the information or material
contained herein does so at his own risk and
assumes any and all liability resulting from such
use.
✕ 14.5
IMPORTANT INFORMATION
4.45 ✕ End Load (Lbs.) = Newtons (N)
✕ 0.2248
1.356 ✕ Torque (Lb. Ft.)
✕ 0.738
Victaulic grooved pipe couplings are designed for use only
with pipe grooved to meet Victaulic groove specifications
and Victaulic grooved end fittings, valves, and related
grooved end components only. They are not intended for
use with plain end pipe and/or fittings.
Victaulic plain end couplings are designed for use only with
plain end or beveled end steel pipe (unless otherwise indicated) and Victaulic plain end fittings. Victaulic plain end
couplings must not be used with grooved end or threaded
pipe and/or fittings.
Pipe must be prepared to meet Victaulic specifications outlined for each specific product style. Proper performance
data listed herein is based on proper pipe preparation.
The proper gasket must be selected for the service intended. It should be noted that there are various services for
which Victaulic gaskets are not recommended. Reference
should always be made to the latest Victaulic Gasket Selection Guide for specific gasket service recommendations
and for a listing of services which are not recommended.
Gaskets for Victaulic products always must be lubricated
for proper assembly. Gasket lubricant must meet manufacturer’s specifications. Thorough lubrication of the gasket
exterior, including the lips and/or pipe ends and housing interiors, is essential to prevent gasket pinching. Lubrication
assists proper gasket seating and alignment during installation.
Victaulic has a complete line of tools for preparing pipe to
Victaulic specifications. Use of these tools is recommended
in preparing pipe to receive Victaulic products. Always
read and understand the Tool Operating Instructions supplied with every Victaulic tool prior to using any tools.
All data contained herein, is subject to change without notice.
F –32 ÷ 1.8 Temp. (°F)
= Newton Meters (N•m)
= Celsius (°C)
745.7 ✕ Horsepower (hp) = Watts (W)
3.785 ✕ Gal per Min.
(GPM)
= Liters per Min.
✕ 1.341 ✕ 10–3
✕ 0.2642
(L/M)
3.7865 ✕ 10–3 Gal. per Min. = Cubic Meters Per
(GPM)
C + 17.78 ✕ 1.8
✕ 264.2
Min. (m3/m)
This Victaulic® General Catalog has been written for the
piping system installer, designer, specification writer and
owner as a basic reference for data about Victaulic mechanical piping methods. This catalog is organized to provide
information in the context and form most readily usable. It
is fully indexed in the front for easy identification of major
sections and subsections of interest.
Victaulic has developed, in over 75 years in mechanical piping, variations of piping practice for use on a wide variety of
piping materials. This catalog is organized to explain the
major data necessary for proper assembly and installation.
NOTICE
The technical and performance data, weights, dimensions
and specifications published in this catalog supersede all
previously published data.
Victaulic Company maintains a continual policy of product
improvement and, therefore, reserves the right to change
product specifications, designs, and standard equipment
without notice and without incurring obligation.
The material presented in this catalog is intended for piping
design reference in utilization of Victaulic products for their
intended application. It is not intended as a substitute for
competent, professional assistance which is an obvious
requisite to any specific application.
INSTALLATION
Reference should always be made to Victaulic Field Installation Handbook (I-100 - latest edition) included with each
shipment of Victaulic products, for complete installation
and assembly data.
14
All rights reserved. Printed in the United States of America. No part of this Victaulic catalog may be reproduced, stored in a retrieval system, or transmitted, in any form or by
any means, electronic, mechanical, photocopying, recording or otherwise, without the
prior written permission of Victaulic Company.
©Copyright 2004, Victaulic
®Registered trademark of Victaulic
For the most up-to-date product information, visit www.victaulic.com
Imperial/Metric
Victaulic product data is utilized worldwide and all technical data is shown in both imperial (U.S.) and metric terms. The following chart shows
a comparison between typical metric and IPS pipe sizes.
Metric Sizes – millimeters
IPS Sizes – Inches
Metric Sizes – millimeters
IPS Sizes – Inches
Actual Size
Nominal Size
Nominal Size
Actual Size
Actual Size
Nominal Size
Nominal Size
21,3
15
¹⁄₂
0.840
219,1
200
8
Actual Size
8.625
26,9
20
³⁄₄
1.050
267,4 §
250
–
10.528
33,7
25
1
1.315
273,0
250
10
10.750
42,4
32
1¹⁄₄
1.660
318,5 §
300
–
12.539
48,3
40
1¹⁄₂
1.900
323,9
300
12
12.750
60,3
50
2
2.375
355,6
350
14
14.000
73,0
65
2¹⁄₂
2.875
381,0
–
15
15.000
76,1
–
3 O.D.
3.000
406,4
400
16
16.000
88,9
80
3
3.500
457,0
450
18
18.000
101,6
90
3¹⁄₂
4.000
508,0
500
20
20.000
108,0
–
4¹⁄₄ O.D.
4.250
559,0
–
22
22.000
114,3
100
4
4.500
610,0
600
24
24.000
127,0
120
4¹⁄₂
5.000
660,4
650
26
26.000
133,0
–
5¹⁄₄ O.D.
5.250
711,0
700
28
28.000
139,7
–
5¹⁄₂ O.D.
5.500
762,0
750
30
30.000
141,3
125
5
5.563
813,0
800
32
32.000
152,4
–
6 O.D.
6.000
914,0
900
36
36.000
159,0
–
6¹⁄₄ O.D.
6.250
1016,0
1000
40
40.000
42.000
165,1
–
6¹⁄₂ O.D.
6.500
1067,0
1050
42
168,3
150
6
6.625
1118,0
1100
44
44.000
216,3 §
200
–
8.515
1220,0
1200
48
48.000
§ JIS/KS
For the most up-to-date product information, visit www.victaulic.com
15
Grooved IPS Couplings
Style 07
Zero-Flex® Rigid Coupling
The unique angle-pad design of the Zero-Flex® Style 07 coupling adjusts to standard pipe and roll or cut
groove tolerances, positively clamping the pipe to resist flexural and torsional loads. The wider key
section fills more of the groove area.
GROOVED IPS COUPLINGS
Style 07 couplings are rated up to 750 psi (5175 kPa), dependant on size, for 1 - 24" (25 - 600 mm) piping
systems.
Request publication 06.02.
Y
Y
Y
Z
Z
Z
X
X
X
U
® L
ULC
FM
Typical 1 - 12"
Pipe Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
1
1.315
Typical 20 - 24"
Typical 14 - 18"
Max.
Work
Press.
PSI*
Max.
End
Load
Lbs.*
Dimensions
Inches/millimeters
Allow.
Pipe
End #
Sep. In.
kPa
N
mm
750
650
0.05
X
2.36
Y
4.22
Aprx.
Wgt.
Each
Lbs.
Z
1.84
kg
1.6
25
33,7
5175
2890
1,2
60
107
47
0,7
1¹⁄₄
1.660
750
1,620
0.05
2.69
4.62
1.84
1.6
32
42,4
5175
7210
1,2
68
117
47
0,7
1¹⁄₂
1.900
750
2,130
0.05
2.94
5.81
1.84
1.6
40
48,3
5175
9480
1,2
75
148
47
0,7
2
2.375
750
3,320
0.07
3.35
5.78
1.84
2.3
50
60,3
5175
14775
1,7
85
147
47
1,0
2¹⁄₂
2.875
750
4,875
0.07
3.88
6.38
1.84
2.6
65
76,1 mm
73,0
5175
21695
1,7
98
162
47
1,2
3.000
750
5,300
0.07
4.21
6.61
1.84
3.6
76,1
5175
23585
1,7
107
168
47
1,6
3.500
750
7,215
0.07
4.54
6.81
1.84
3.0
80
88,9
5175
32105
1,7
115
173
47
1,4
4
4.500
750
11,925
0.16
5.81
8.21
2.07
5.3
3
100
108,0 mm
5
125
133,0 mm
139,7 mm
6
150
159,0 mm
165,1 mm
114,3
5175
53065
4,1
148
209
53
2,4
4.250
750
10,635
0.16
5.56
7.98
2.07
5.2
108,0
5175
47325
4,1
141
203
53
2,4
5.563
750
18,225
0.16
7.03
9.89
2.07
7.4
141,3
5175
81100
4,1
179
251
53
3,4
5.250
700
15,145
0.16
6.69
9.60
2.07
7.4
133,0
4825
67395
4,1
170
244
53
3,4
5.500
700
16,625
0.16
6.94
9.82
2.07
7.6
139,7
4825
73980
4,1
176
249
53
3,4
6.625
700
24,130
0.16
8.26
10.83
2.07
8.3
168,3
4825
107380
4,1
210
275
53
3,8
6.250
700
21,465
0.16
7.84
10.54
2.07
9.2
159,0
4825
95520
4,1
199
268
53
4,2
6.500
700
23,225
0.16
8.13
10.84
2.07
8.3
165,1
4825
103305
4,1
207
275
53
3,8
8.625
600
35,000
0.19
10.54
13.74
2.51
15.1
200
219,1
4130
155750
4,8
268
349
64
6,8
10
10.750
500
45,400
0.13
12.86
16.98
2.56
23.5
250
273,0
3450
202030
3,3
327
431
65
10,7
12
12.750
400
51,000
0.13
14.86
18.88
2.56
28.2
300
323,9
2750
226950
3,3
377
480
65
12,8
14
14.000
250
38,485
0.13
16.06
19.89
2.87
32.8
350
355,6
1725
171180
3,2
408
505
73
14,9
16
16.000
250
50,265
0.13
18.39
21.84
2.87
41.2
400
406,4
1725
223580
3,2
467
555
73
18,7
18
18.000
250
63,615
0.13
20.68
23.89
3.00
54.2
450
457,0
1725
282970
3,2
525
607
76
24,6
20
20.000
250
78,540
0.13
22.93
27.47
3.00
67.2
500
508,0
1725
349345
3,2
582
698
76
30,5
24
24.000
250
113,000
0.09
27.05
31.61
3.06
76.2
600
610,0
1725
502850
2,3
687
803
78
34,6
8
§ Couplings 8, 10, 12" (200, 250, 300 mm) sizes available to JIS standard. Refer to section 06.17 for details.
* # @ Refer to notes on page 13.
16
For the most up-to-date product information, visit www.victaulic.com
.
Large Diameter Pipe
Coupling
Style 770 couplings are designed to provide a strong reliable component for joining large diameter
piping systems. Ranging in size from 26" (650 mm) to 42" (1050 mm), Style 770 is ideal for roll grooved
IPS black or galvanized steel and stainless steel systems up to 375 psi (2580 kPa) depending on pipe
size, pipe material and wall thickness.
Request publication 06.03.
For complete large diameter systems data – couplings, fittings, grooving and design data – request
MB-010.
Y
Y
Z
Z
X
X
26 - 36" Sizes
Pipe Size
Nominal
Actual
Dia.
Out. Dia.
In./mm
In./mm
26
26.000
Max.
Work
Press.
PSI*
Max.
End
Load
Lbs.*
kPa
N
375
199099
42" Size
Coupling Dimensions
Inches/mm
X
29.75
Y
34.25
Z
5.00
Nominal Range of
Linear Movement ‡
Inches/mm
Min.
0
Max.
0.38
Approx.
Wgt.
Each
Lbs.
kg
150.0
650
660,4
2580
885990
756
870
127
0
9,7
68,0
28
28.000
330
203199
31.75
36.33
5.00
0
0.38
175.0
700
711,0
2270
904236
807
923
127
0
9,7
78,0
30
30.000
300
212058
33.75
38.32
5.00
0
0.38
200.0
750
762,0
2065
943658
857
973
127
0
9,7
90,7
32
32.000
260
209105
35.75
40.43
5.00
0
0.38
225.0
800
813,0
1790
930517
908
1027
127
0
9,7
102,1
36
36.000
200
203575
39.75
44.33
5.00
0
0.38
250.0
900
914,0
1380
905909
1010
1126
127
0
9,7
113,4
42
42.000
145
200890
45.75
51.56
5.76
0.31
0.69
400.0
1050
1067,0
1000
893961
1162
1310
146
7,9
17,5
181,4
*Refer to notes on page 13.
‡ Nominal Linear Movement and Deflection are dependent upon pipe properly roll or cut grooved to Victaulic specifications.
Maximum allowable linear movement is the difference between minimum and maximum pipe end separation subject to tolerances
(request 26.01).
For the most up-to-date product information, visit www.victaulic.com
17
GROOVED IPS COUPLINGS
Style 770
Style 77
Standard Flexible
Coupling
Style 77 couplings are designed with cross-ribbed construction to provide a strong component for
pressure piping systems. Sizes ³⁄₄ -12" (20 - 300 mm) are two-piece housings. Sizes 14 - 22" (350 - 550
mm) are cast in four identical segments, with larger sizes cast in six segments.
Request publication 06.04.
GROOVED IPS COUPLINGS
Y
Y
Z
Y
Z
Z
X
X
X
³⁄₄ - 12" Sizes
U
® L
ULC
FM
Pipe Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
³⁄₄
1.050
14 - 22" Sizes
kPa
N
Allow.
Pipe
End †
Sep.
In./mm
1,000
865
0 - 0.06
Max.
Work
Pres.
PSI*
Max.
End
Load
Lbs.*
24" Sizes
Dimensions
Inches/millimeters
Aprx.
Wgt.
Each
Lbs.
X
Y
Z
kg
2.13
4.00
1.75
1.1
20
26,7
6900
3850
0 - 1,6
54
102
44
0,5
1
1.315
1,000
1,360
0 - 0.06
2.38
4.12
1.75
1.2
25
33,4
6900
6050
0 - 1,6
61
105
44
0,5
1¹⁄₄
1.660
1,000
2,160
0 - 0.06
2.65
5.00
1.88
2.0
32
42,2
6900
9610
0 - 1,6
67
127
48
0,9
1¹⁄₂
1.900
1,000
2,835
0 - 0.06
3.13
5.38
1.88
2.1
40
48,3
6900
12615
0 - 1,6
79
137
48
1,0
2
2.375
1,000
4,430
0 - 0.06
3.63
5.88
1.88
2.6
50
60,3
6900
19715
0 - 1,6
92
149
48
1,2
2¹⁄₂
2.875
1,000
6,490
0 - 0.06
4.25
6.50
1.88
3.1
65
76,1 mm
3
73,0
6900
28880
0 - 1,6
108
165
48
1,4
3.000
1,000
7,070
0 - 0.06
4.38
6.63
1.88
3.2
76,1
6900
31460
0 - 1,6
111
168
48
1,5
3.500
1,000
9,620
0 - 0.06
5.00
7.13
1.88
3.7
80
88,9
6900
46810
0 - 1,6
127
181
48
1,7
3¹⁄₂
4.000
1,000
12,565
0 - 0.06
5.63
8.25
1.88
5.6
90
101,6
6900
55915
0 - 1,6
143
210
48
2,5
4
4.500
1,000
15,900
0 - 0.13
6.13
8.88
2.13
6.7
100
108,0 mm
5
125
133,0 mm
139,7 mm
6
150
159,0 mm
165,1 mm
114,3
6900
70755
0 - 3,2
156
226
54
3,0
4.250
1,000
14,180
0 - 0.13
6.00
8.63
2.13
11.0
108,0
6900
63100
0 - 3,2
152
219
54
5,0
5.563
1,000
24,300
0 - 0.13
7.75
10.65
2.13
10.6
141,3
6900
108135
0 - 3,2
197
270
54
4,8
5.250
1,000
21,635
0 - 0.13
7.63
10.38
2.13
10.0
133,0
6900
96275
0 - 3,2
194
264
54
4,5
5.500
1,000
23,745
0 - 0.13
8.63
10.65
2.13
10.0
139,7
6900
105665
0 - 3,2
219
270
54
4,5
6.625
1,000
34,470
0 - 0.13
8.63
11.88
2.13
12.0
168,3
6900
153390
0 - 3,2
219
302
54
5,4
6.250
1,000
30,665
0 - 0.13
8.63
11.50
2.13
13.2
159,0
6900
136460
0 - 3,2
219
292
54
6,0
6.500
1,000
33,185
0 - 0.13
8.88
11.63
2.13
13.2
165,1
6900
147660
0 - 3,2
226
295
54
6,0
8.625
800
46,740
0 - 0.13
11.00
14.75
2.50
20.8
200
219,1
5500
207995
0 - 3,2
279
375
63
9,4
10 §
10.750
800
73,280
0 - 0.13
13.63
17.13
2.63
31.1
250
273,0
5500
326100
0 - 3,2
346
435
67
14,1
12 §
12.750
800
102,000
0 - 0.13
15.63
19.25
2.63
27.8
300
323,9
5500
453900
0 - 3,2
397
489
67
12,6
14
14.000
300
46,180
0 - 0.13
16.63
19.88
2.88
35.6
350
355,6
2065
205500
0 - 3,2
422
505
73
16,1
15
15.000
300
53,000
0 - 0.13
17.88
21.63
3.00
48.8
375
381,0
2065
235850
0 - 3,2
454
549
76
22,1
16
16.000
300
60,320
0 - 0.13
19.00
22.13
3.00
51.1
400
406,4
2065
268425
0 - 3,2
482
562
76
23,2
18
18.000
300
76,340
0 - 0.13
21.38
24.50
3.13
64.4
450
457,2
2065
339710
0 - 3,2
543
622
80
29,2
20
20.000
300
94,000
0 - 0.13
23.63
27.25
3.13
91.2
500
508,0
2065
418300
0 - 3,2
600
692
80
41,4
22
22.000
300
114,000
0 - 0.13
25.75
29.50
3.13
92.0
550
559,0
2065
507300
0 - 3,2
654
749
80
41,7
24
24.000
250
113,000
0 - 0.13
27.75
31.25
3.13
94.0
600
609,6
1725
502850
0 - 3,2
704
794
80
42,6
8§
§ Couplings 8, 10, 12" (200, 250, 300 mm) sizes available to JIS standards. Refer to Section 06.17 for details.
*†@ Refer to notes on page 13.
18
For the most up-to-date product information, visit www.victaulic.com
Style 75
Flexible Coupling
Style 75 is available where moderate pressures are expected or weight considerations are a factor. Up
to 50% lighter in weight than the Style 77, the Style 75 coupling is recommended for service up to 500
psi (3450 kPa) depending on size. Housings are cast in two identical pieces in all sizes.
Y
Z
X
U
® L
ULC
FM
Pipe Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
1
1.315
Max.
Work
Pres.
PSI*
Max.
End
Load
Lbs.*
kPa
N
500
680
Allow.
Pipe
End †
Sep.
In./mm
0 - 0.06
Dimensions
Inches/millimeters
X
2.38
Y
4.27
Aprx.
Wgt.
Each
Lbs.
Z
1.77
kg
1.3
25
33,4
3450
3025
0 - 1,6
61
108
45
0,6
1¹⁄₄
1.660
500
1080
0 - 0.06
2.68
4.61
1.77
1.4
32
42,2
3450
4805
0 - 1,6
68
117
45
0,6
1¹⁄₂
1.900
500
1,420
0 - 0.06
2.91
4.82
1.77
1.5
40
48,3
3450
6320
0 - 1,6
74
122
45
0,6
2
2.375
500
2,215
0 - 0.06
3.43
5.22
1.88
1.7
50
60,3
3450
9860
0 - 1,6
87
133
48
0,8
2¹⁄₂
2.875
500
3,245
0 - 0.06
3.88
5.68
1.88
1.9
65
76,1 mm
73,0
3450
14440
0 - 1,6
98
144
48
0,9
3.000
500
3,535
0 - 0.06
4.00
5.90
1.88
1.9
76,1
3450
15730
0 - 1,6
102
150
48
0,9
3.500
500
4,800
0 - 0.06
4.50
7.00
1.88
2.9
80
88,9
3450
21360
0 - 1,6
114
178
48
1,3
3¹⁄₂
4.000
500
6,300
0 - 0.06
5.00
7.50
1.88
2.9
90
101,6
3450
28035
0 - 1,6
127
191
48
1,3
4
4.500
500
7,950
0 - 0.13
5.80
8.03
2.13
4.1
3
100
108,0 mm
114,3
3450
35380
0 - 3,2
147
204
54
1,9
4.250
450
6,380
0 - 0.13
5.55
7.79
2.13
3.7
108,0
3100
28395
0 - 3,2
141
198
54
1,7
5.000
450
8,820
0 - 0.13
6.13
9.43
2.13
5.5
120
127,0
3100
39250
0 - 3,2
156
240
54
2,5
5
5.563
450
10,935
0 - 0.13
6.88
10.07
2.13
5.8
4¹⁄₂
125
133,0 mm
139,7 mm
152,4 mm
6
150
159,0 mm
165,1 mm
203,2 mm#
8
200
254,0 mm#
304,8 mm#
141,3
3100
48660
0 - 3,2
175
256
54
2,6
5.250
450
9,735
0 - 0.13
6.55
9.37
2.13
6.0
133,0
3100
43325
0 - 3,2
166
238
54
2,7
5.500
450
10,665
0 - 0.13
6.80
9.59
2.13
6.3
139,7
3100
47460
0 - 3,2
173
244
54
2,9
6.000
450
12,735
0 - 0.13
7.38
10.48
1.88
6.2
152,4
3100
56670
0 - 3,2
187
266
48
2,8
6.625
450
15,525
0 - 0.13
8.00
11.07
2.13
7.0
168,3
3100
69085
0 - 3,2
203
281
54
3,2
6.250
450
13,800
0 - 0.13
7.63
10.49
2.13
6.8
159,0
3100
61405
0 - 3,2
194
266
54
3,1
6.500
450
14,940
0 - 0.13
7.84
10.66
2.06
7.2
165,1
3100
66483
0 - 3,2
199
271
52
3,3
8.000
450
22,635
0 - 0.13
9.72
13.33
2.31
12.6
203,2
3100
100725
0 - 3,2
247
339
58
5,7
8.625
450
26,280
0 - 0.13
10.34
13.97
2.32
12.4
219,1
3100
116945
0 - 3,2
263
355
59
5,6
10.000
350
27,500
0 - 0.13
12.16
15.81
2.53
20.8
254,0
2400
122375
0 - 3,2
309
402
64
9,4
12.000
350
39,500
0 - 0.13
14.16
17.69
2.53
23.6
2400
175775
0 - 3,2
360
449
64
10,7
304,8
# Style 74 Couplings
For the most up-to-date product information, visit www.victaulic.com
*†@ Refer to notes on page 13.
19
GROOVED IPS COUPLINGS
Request publication 06.05.
Style 741 Vic-Flange® adapter is designed for directly incorporating flanged components with ANSI CL.
125 or CL. 150 bolt hole patterns into a grooved pipe system. Sizes 2 - 12" (50 - 300 mm) are hinged for
easy handling with integral end tabs which facilitate assembly. Sizes 14 - 24" (350 - 600 mm) are cast
in four (4) identical segments which are interconnected as assembly is completed.
Style 741
Vic-Flange® Adapter
ANSI Class 125 & 150 Flange
Sizes 2 - 12" (50 - 300 mm)
Sizes 14 - 24" (350 - 600 mm)
Request publication 06.06.
GROOVED IPS COUPLINGS
Pipe Size
Nominal
Diameter
In./mm
2
2 - 12" Size
U
® L
ULC
FM
N
1,330
W
6.75
Z
0.75
Aprx.
Weight
Each
Lbs.
kg
3.1
60,3
2065
5920
172
19
1,4
2.875
300
1,950
7.88
0.88
4.8
65
73,0
2065
8680
200
22
2,1
3
3.500
300
2,885
8.44
0.94
5.3
80
88,9
2065
12840
214
24
2,4
4
4.500
300
4,770
9.94
0.94
7.4
100
114,3
2065
21225
252
24
3,4
5
5.563
300
7,290
11.00
1.00
8.6
125
141,3
2065
32440
279
25
3,9
6
6.625
300
10,350
12.00
1.00
9.9
305
168,3
2065
46060
6.500
300
9,960
25
4,5
1.00
10.0
165,1
2065
44320
+
8.625
300
17,500
14.63
200
219,1
2065
77875
372
29
7,5
10
10.750
300
27,215
17.19
1.19
24.2
250
273,0
2065
121110
437
30
11,0
12
12.750
300
38,285
20.25
1.25
46.8
300
323,9
2065
170270
514
32
21,2
14
14.000
300
46,180
24.50
1.44
62.0
350
355,6
2065
205500
622
37
28,1
16
16.000
300
60,300
27.12
1.44
79.0
400
406,4
2065
268335
689
37
35,8
18
18.000
300
76,340
29.00
1.56
82.3
450
457,0
2065
339700
737
40
37,3
20
20.000
300
94,250
31.50
1.69
103.3
500
508,0
2065
419400
800
43
46,9
24
24.000
300
135,700
36.00
1.94
142.0
600
610,0
2065
603865
914
49
64,4
8
Note: Gray area of mating face must
be free from gouges, undulations or
deformities of any type for effective
sealing.
kPa
300
Dimensions
Inches/millimeters
50
165,1 mm
W
Max.
End
Load
Lbs.*
2¹⁄₂
150
Z
Actual
Out. Dia.
In./mm
2.375
Max.
Work
Pres.
PSI*
25
4,5
1.13
16.6
*Refer to notes on page 21.
+ “W” dimension does not apply.
† Total bolts required to be supplied by installer, may be ordered from Victaulic.
IMPORTANT NOTES: Style 741 Vic-Flange adapters provide rigid joints when used on pipe with standard cut or roll groove dimensions
and consequently allow no linear or angular movement at the joint. When used with Victaulic Series 700 butterfly valves, plastic pipe or
light wall metallic pipe, small teeth in I.D. of key section should be removed and may be used on one side of the valve. Contact Victaulic
for information on AS2129 - Table E; ISO 2084 (PN10); DIN 2532 (PN10) and JIS B-2210 (10K) flanges.
14 - 24" Size
Z
W
Note: Gray area of mating face must
be free from gouges, undulations or
deformities of any type for effective
sealing.
20
For the most up-to-date product information, visit www.victaulic.com
Vic-Flange Adapter
Grooved Pipe Adapter to
ANSI Class 300 Flanges
Request publication 06.06.
Pipe Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
2
2.375
Remove to mate
to flat-faced
flanges.
X
Z
Note: Gray area of mating face must
be free from gouges, undulations or
deformities of any type for effective
sealing.
Max.
Wk.
Pres.
PSI*
Dimensions
Inches/mm
Max.
End
Load
Lbs.*
kPa
N
720
3,190
X
6.50
Aprx.
Wgt.
Each
Lbs.
Z
0.94
kg
4.8
50
60,3
4960
14200
165
24
2,2
2¹⁄₂
2.875
720
4,670
7.50
1.06
7.4
65
73,0
4960
20780
191
27
3,4
3
3.500
720
6,925
8.25
1.19
9.1
80
88,9
4960
30815
210
30
4,1
4
4.500
720
11,445
10.00
1.31
15.3
100
114,3
4960
50930
254
33
6,9
5
5.563
720
17,500
11.00
1.44
17.7
125
141,3
4960
77875
279
37
8,0
6
6.625
720
24,805
12.50
1.50
23.4
150
168,3
4960
110380
318
38
10,6
8
8.625
720
42,045
15.00
1.69
34.3
200
219,1
4960
187100
381
43
15,6
10
10.750
720
65,315
17.50
1.94
48.3
250
273,0
4960
290650
445
49
21,9
12
12.750
720
91,880
20.50
2.00
70.5
300
323,9
4960
408870
521
51
32,0
Refer to notes below.
Style 743 Vic-Flange must be ordered as a factory assembly when connected to a Victaulic fitting or valve. Contact Victaulic for details.
† Total bolts required to be supplied by installer, may be ordered from Victaulic.
Vic-Flange Adapter Notes
1.The Style 741 (2 - 12"/50 - 300 mm)
design incorporates small teeth inside
the key shoulder I.D. to prevent rotation. These teeth should be removed
when Vic-Flange adapter is utilized
with a Victaulic Series 700 grooved
end butterfly valve, Schedule 5 pipe
or plastic pipe. Vic-Flange adapter
Style 741 may only be used on one
side of Victaulic Series 700 butterfly
valve, sizes 2 - 4" (50 - 100 mm) fitted
with standard or latch-lock handles.
2.Vic-Flange adapter must be assembled so it does not interfere with handle operation. Because of the outside
flange dimension, Vic-Flange adapter
should not be used within 90° of one
another on a standard fitting. When
wafer or lug-type valves are used adjoining a Victaulic fitting, check disc
dimensions to assure proper clearance.
3.Vic-Flange adapters should not be
used as anchor points for tie-rods
across nonrestrained joints. Mating
rubber faced flanges, valves, etc. requires the use of a Vic-Flange
washer.
4. Area A-B noted in the above drawing must be free from gouges, undulations or deformities of any type for
effective sealing.
For the most up-to-date product information, visit www.victaulic.com
5.Vic-Flange adapter gaskets must
always be assembled with the color
coded lip on the pipe and the other lip
facing the mating flange.
6.Vic-Flange hinge points must be
oriented approximately 90° to each
other when mated.
7.Flange Washers: Vic-Flange adapters require a smooth hard surface at
the mating flange face for effective
sealing. Some applications for which
the Vic-Flange adapter is otherwise
well suited do not provide an adequate mating surface. In such cases,
it is recommended that a metal (Type
F phenolic for Style 641 with copper
systems) Flange Washer be inserted
between the Vic-Flange adapter and
the mating flange to provide the necessary sealing surface.
Typical applications where a Flange
Washer should be used are:
A. When mating to a serrated
flange: a flange gasket should
be used adjacent to the serrated
flange and then the Flange
Washer is inserted between the
Vic-Flange adapter and the
flange gasket.
B. When mating to a wafer valve:
where typical valves are rubber
lined and partially rubber faced
(smooth or not), the Flange
Washer is placed between the
valve and the Vic-Flange
adapter.
C. When mating a rubber faced
flange: the Flange Washer is
placed between the Vic-flanges
and the rubber faced flange.
D. When mating AWWA cast
flanges to IPS flanges: the
Flange Washer or Transition
Ring is placed between two
Vic-Flange adapters with the
hinge points oriented 90° to
each other. If one flange is not a
Vic-Flange
adapter
(e.g.,
flanged valve), then a flange
gasket must be placed adjacent to that flange and the
Flange Washer inserted between the flange gasket and the
Vic-Flange adapter. Transition
rings rather than Flange Washers must be used when mating
Style 741 to Style 341 Flange
Adapters in sizes 14 - 24"
(350 - 600 mm).
E. When mating to components
(valves, strainers, etc.) where
the component flange face has
an insert: follow the same arrangement as in Application 1.
When ordering Flange Washers, always specify product style (Style
741, 743, 341, 641, 994) and size to
assure proper Flange Washer is supplied.
21
GROOVED IPS COUPLINGS
Vic-Flange Style 743 flange-to-groove adapter permits direct connection of ANSI Class 300 flanged
components into a grooved system. The two-piece, hinged housing engages into the pipe groove and
bolts directly to any standard flanged component.
Style 743 is designed to mate with raised-face flanges, but can be used with flat-face flanges by
removing the raised projections on the outside face of the flange.
Style 743
The Style 750 Reducing Coupling permits direct reduction on the piping run. Designed to replace two
couplings and a reducing fitting, the Style 750 features a special reducing gasket for pressure
responsive sealing.
Request publication 06.08.
Style 750
Reducing Coupling
GROOVED IPS COUPLINGS
Max.
Work
Pres.
PSI*
Nominal Size
Inches
U
® L
ULC
FM
Y
Max.
End
Load
Lbs.*
Allow.
Pipe
End †
Sep. In.
Dimensions
Inches/millimeters
X
3.38
Y
5.25
Aprx.
Wgt.
Each
Lbs.
Z
1.88
mm
kPa
N
mm
2 X 1
350
1000
0 – 0.07
kg
50 X 25
2410
4450
0 – 1,8
85
133
48
0,9
X 1¹⁄₂
350
1000
0 – 0.07
3.38
5.25
1.88
2.0
2.0
X 40
2410
4450
0 – 1,8
85
133
48
1,0
2¹⁄₂ X 2
500
2215
0 – 0.07
4.06
6.00
1.88
2.3
65 X 50
3450
9850
0 – 1,8
103
152
48
1,0
76,1 mm X 2
350
1550
0 – 0.07
4.13
6.00
1.88
4.6
Z
X 50
2410
6900
0 – 1,8
105
152
48
2,1
3 X 2
350
1550
0 – 0.07
4.75
7.13
1.88
4.6
80 X 50
2410
6900
0 – 1,8
121
181
48
2,1
X 2¹⁄₂
500
3250
0 – 0.07
4.75
7.13
1.88
3.8
X 65
3450
14460
0 – 1,8
121
181
48
1,7
350
2275
0 – 0.07
4.75
7.13
1.88
3.8
X 76,1 mm
X
2410
10125
0 – 1,8
121
181
48
1,7
4 X 2
350
1550
0 – 0.13
6.25
8.88
2.25
8.8
100 X 50
2410
6900
0 – 3,2
159
225
57
4,0
X 2¹⁄₂
350
2275
0 – 0.13
6.25
8.88
2.25
8.3
X 65
2410
10125
0 – 3,2
159
225
57
3,8
X 3
500
4810
0 – 0.13
6.00
8.88
2.25
6.3
X 80
3450
21400
0 – 3,2
152
225
57
2,9
350
2275
0 – 0.13
6.25
8.88
2.25
6.4
4¹⁄₂ X
120 X 76,1 mm
2410
10125
0 – 3,2
159
225
57
3,8
5 X 4
350
5565
0 – 0.13
7.13
10.63
2.13
10.8
125 X 100
2410
24765
0 – 3,2
181
270
54
4,9
6 X 4
350
5565
0 – 0.13
8.63
11.88
2.25
16.1
150 X 100
2410
24765
0 – 3,2
181
302
57
7,3
X 5
350
8500
0 – 0.13
8.50
11.88
2.25
12.6
X 125
2410
37825
0 – 3,2
216
302
57
5,7
350
5565
0 – 0.13
8.50
11.38
2.25
15.2
165,1 mm X 4
2410
24765
0 – 3,2
216
289
57
6,9
8 X 6
X 100
350
12000
0 – 0.13
10.75
14.75
2.50
22.3
200 X 150
2410
53400
0 – 3,2
273
375
64
10,1
Refer to notes on page 13.
Style 750 Reducing couplings should not be used with end caps (#60) in systems where a vacuum may be developed. Contact
Victaulic for details.
Style 78
Snap-Joint® Coupling
Style 78 Snap-Joint couplings are designed for quick disconnect service. Mated housings are hinged
with an attached locking handle for assembly. Housings through 4" (100 mm) size have a smooth outer
surface. Larger sizes have cross-ribbed design for added strength.
Request publication 06.09.
Pipe Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
1
1.315
Z
Y
X
Max.
Work
Pres.
PSI*
Max.
End
Load
Lbs.*
Dimensions
Inches/millimeters
Allow.
Pipe
End †
Sep. In.
kPa
N
mm
300
410
0 - 0.06
X
2.75
Y
3.25
Aprx.
Wgt.
Each
Lbs.
Z
1.75
kg
0.8
25
33,4
2065
1825
0 - 1,6
70
83
44
0,4
1¹⁄₄
1.660
300
650
0 - 0.06
3.13
3.75
1.88
1.1
32
42,2
2065
2890
0 - 1,6
79
95
48
0,5
1¹⁄₂
1.900
300
850
0 - 0.06
3.50
4.50
1.88
1.7
40
48,3
2065
3780
0 - 1,6
89
114
48
0,8
2
2.375
300
1,330
0 - 0.06
4.00
4.75
1.88
1.7
50
60,3
2065
5920
0 - 1,6
102
121
48
0,8
2¹⁄₂
2.875
300
1,950
0 - 0.06
4.75
5.88
1.88
2.5
65
73,0
2065
8680
0 - 1,6
121
149
48
1,1
3
3.500
300
2,885
0 - 0.06
5.38
6.25
1.88
2.8
80
88,9
2065
12840
0 - 1,6
137
159
48
1,3
4
4.500
300
4,770
0 - 0.13
6.88
7.75
2.13
5.5
100
114,3
2065
21225
0 - 3,2
175
197
54
2,5
5
5.563
300
7,290
0 - 0.13
8.75
9.50
2.13
9.8
125
141,3
2065
32440
0 - 3,2
222
241
54
4,4
6
6.625
300
10,350
0 - 0.13
9.88
10.63
2.13
10.7
150
168,3
2065
46060
0 - 3,2
251
270
54
4,9
8
8.625
300
17,500
0 - 0.13
12.25
13.00
2.38
15.3
200
219,1
2065
77875
0 - 3,2
311
330
60
6,9
*† Refer to notes on page 13.
Refer to Victaulic Pocket Handbook I-100 for special safety precautions when used for concrete pumping.
22
For the most up-to-date product information, visit www.victaulic.com
Style 72
Outlet Couplings
Style 72 Outlet couplings are designed to serve as a joining device providing an integral reducing
outlet. The outlet gasket is designed to seal on the joined pipe ends and in the neck of the outlet. A steel
ring insert reinforces the neck opening.
The outlet can be prepared for grooved, female threaded or male threaded connections.
Y
Y
Z
V
V
T
With Female
Threaded
Outlet
X
X
With Grooved
Outlet
U
® L
ULC
FM
With Female Threaded Outlet
NOMINAL SIZE
Run ✕ Red. Outlet
Inches/mm
FPT Gr/MPT
1¹⁄₂ ✕ ¹⁄₂
–
Max.
Work
Press
PSI*
kPa
500
Allow.
Pipe
End†
Sep.
In./mm
0.75-0.88
40 ✕ 15
–
3450
19-22
✕ ³⁄₄
–
500
0.75-0.88
–
3450
19-22
✕1
–
500
0.75-0.88
–
3450
19-22
2 ✕ ¹⁄₂
–
500
0.81-0.88
–
3450
20-22
✕ ³⁄₄
–
500
0.81-0.88
–
3450
20-22
✕1
1
500
0.81-0.88
✕ 20
✕ 25
50 ✕ 15
✕ 20
✕ 25
25
3450
20-22
2¹⁄₂ ✕ ¹⁄₂
–
500
0.81-0.88
–
3450
20-22
✕ ³⁄₄
–
500
0.81-0.88
–
3450
20-22
✕1
–
500
0.81-0.88
–
3450
20-22
✕ 1¹⁄₄
–
500
1.25-1.50
–
3450
32-38
✕
–
1¹⁄₂
500
1.25-1.50
–
40
3450
32-38
–
500
0.50-0.63
65 ✕ 15
✕ 20
✕ 25
✕ 32
✕
3 ✕ ³⁄₄
80 ✕ 20
✕
✕
–
3450
13-16
–
1
500
0.50-0.63
–
25
3450
13-16
–
500
1.25-1.50
✕1
✕ 25
✕
✕
–
3450
32-38
–
1¹⁄₂
500
1.25-1.50
–
40
3450
32-38
–
500
0.44-0.63
4 ✕ ³⁄₄
100 ✕ 20
✕
✕
–
3450
11-16
–
1
500
0.44-0.63
–
25
3450
11-16
✕ 1¹⁄₂
–
400
1.63-1.81
–
2750
41-46
✕
–
2
400
1.63-1.81
–
50
2750
41-46
–
400
1.63-1.81
✕ 40
✕
6✕1
150 ✕ 25
–
2750
41-46
✕ 1¹⁄₂
–
400
1.63-1.81
–
2750
41-46
✕
–
2
400
1.63-1.81
–
50
2750
41-46
✕ 40
✕
Z
@
Bolt/Nut
No.-Size
Inches
2 - ³⁄₈ ✕ 2
With Grooved Outlet
Coupling Dimensions
Inches/millimeters
T**
2.06
V§
2.63
X
2.94
Y
4.50
Aprx.
Wgt.
Ea.
Lbs.
Z
2.75
kg
1.4
52
67
75
114
70
0,6
2 - ³⁄₈ x 2
2.06
2.63
2.94
4.50
2.75
1.4
52
67
75
114
70
0,6
2 - ³⁄₈ ✕ 2
1.94
2.63
2.94
4.50
2.75
1.4
49
67
75
114
70
0,6
2 - ³⁄₈ ✕ 2
2.47
3.03
3.38
5.00
2.75
3.5
63
77
86
127
70
1,6
2 - ³⁄₈ ✕ 2
2.47
3.03
3.38
5.00
2.75
2.5
63
77
86
127
70
1,1
2 - ³⁄₈ ✕ 2
2.34
3.03
3.38
5.00
2.75
2.5
60
77
86
127
70
1,1
2 - ¹⁄₂ ✕ 2³⁄₄
2.56
3.13
3.88
6.00
2.75
4.5
65
79
98
152
70
2,0
2 - ¹⁄₂ ✕ 2³⁄₄
2.56
3.13
3.88
6.00
2.75
4.6
65
79
98
152
70
2,1
2 - ¹⁄₂ ✕ 2³⁄₄
2.44
3.13
3.88
6.00
2.75
4.6
62
79
98
152
70
2,1
2 - ⁵⁄₈ ✕ 3¹⁄₄
3.00
3.69
4.06
6.88
3.25
5.0
76
94
103
175
83
2,3
2 - ⁵⁄₈ ✕ 3¹⁄₄
–
3.69
4.06
6.88
3.25
5.0
–
94
103
175
83
2,3
2 - ¹⁄₂ ✕ 2¹⁄₂
2.75
3.31
4.50
7.00
2.38
3.4
70
84
114
178
60
1,5
2 - ¹⁄₂ ✕ 2¹⁄₂
–
3.31
4.50
7.00
2.38
7.0
–
84
114
178
60
3,2
2 - ⁵⁄₈ ✕ 3¹⁄₄
4.06
4.75
4.75
8.00
3.25
7.0
103
121
121
203
83
3,2
2 - ⁵⁄₈ ✕ 3¹⁄₄
–
4.25
4.75
8.00
3.25
7.0
–
121
121
203
83
3,2
2 - ¹⁄₂ ✕ 2¹⁄₂
3.25
3.81
5.69
8.38
2.50
6.8
83
97
145
213
64
3,1
2 - ¹⁄₂ ✕ 2¹⁄₂
–
3.81
5.69
8.38
2.50
6.8
–
97
145
213
64
3,1
2 - ⁵⁄₈ ✕ 3¹⁄₄
3.91
4.59
6.13
9.00
3.69
11.4
99
117
156
229
94
5,2
2 - ⁵⁄₈ ✕ 3¹⁄₄
–
4.59
6.13
9.00
3.69
11.4
–
117
156
229
94
5,2
2 - ³⁄₄ ✕ 4¹⁄₄
6.19
6.88
8.13
12.00
3.69
18.0
157
175
206
305
94
8,2
2 - ³⁄₄ ✕ 4¹⁄₄
6.19
6.88
8.13
12.00
3.69
18.0
157
175
206
305
94
8,2
2 - ³⁄₄ ✕ 4¹⁄₄
–
6.06
8.13
12.00
3.69
18.0
–
154
206
305
94
8,2
@, * Refer to notes on page 13.
*No. 60 Cap is not for use in vacuum services with Style 72 or 750 couplings. No. 61 Bull Plug should be used.
§ Center of run to end of fittings.
# Female threaded; grooved end 2.5 lbs. (1,3 kg)
** Center of run to the engaged pipe end. Female threaded outlet only (dimensions approximate).
For the most up-to-date product information, visit www.victaulic.com
23
GROOVED IPS COUPLINGS
Request publication 06.10.
Style 791
Vic-Boltless® Coupling
& Style 792 Assembly Tool
Vic-Boltless® Style 791 coupling is a one-piece hinged coupling that features locking pin installation
with a separate tool (Style 792) design for assembly and disassembly. The Style 791 coupling provides
a secure, tamper resistant, low profile joint.
Request publication 06.11.
GROOVED IPS COUPLINGS
NOTE
Assembly
Tool
Clearance
Y
Z
X
U
® L
ULC
FM
Pipe Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
2
2.375
Max.
Work
Pres.
PSI*
Max.
End
Load
Lbs.*
Allow.
Pipe
End †
Sep. In.
kPa
N
mm
700
3,100
0 - 0.06
50
60,3
4825
13795
0 - 1,6
2¹⁄₂
2.875
700
4,540
0 - 0.06
65
73,0
4825
20205
0 - 1,6
3
3.500
700
6,730
0 - 0.06
80
88,9
4825
29950
0 - 1,6
4
4.500
700
11,130
0 - 0.13
100
114,3
4825
49530
0 - 3,2
6
6.625
600
20,675
0 - 0.13
150
168,3
4135
92005
0 - 3,2
8
8.625
500
29,200
0 - 0.13
200
219,1
3450
129940
0 - 3,2
Locking
Pin Size
Dia. ✕ Length
Inches
⁵⁄₁₆ ✕ 1⁷⁄₈
Dimensions
Inches/millimeters
X
3.43
Y
4.75
Z
1.84
Aprx.
Wgt.
Each
Lbs.
kg
1.8
87
121
47
0,8
³⁄₈ ✕ 1⁷⁄₈
3.97
5.53
1.84
2.7
101
140
47
1,2
³⁄₈ ✕ 1⁷⁄₈
4.59
6.20
1.84
2.6
117
157
47
1,2
⁷⁄₁₆ ✕ 2
5.94
7.67
1.93
4.8
151
195
49
2,2
¹⁄₂ ✕ 2¹⁄₁₆
8.06
10.17
2.06
6.3
205
258
51
2,9
¹⁄₂ ✕ 2⁵⁄₁₆
10.34
12.48
2.31
12.0
263
317
59
5,4
*† Refer to notes on page 13.
Complete coupling includes one-piece hinged housing, gasket and locking pin only. Assembly Tool Style 792 is required for assembly
(one tool fits all size couplings).
24
For the most up-to-date product information, visit www.victaulic.com
Rigid Coupling
Request publication 06.12.
Y
Y
U
® L
Z
Z
X
ULC
FM
X
2 - 12" Sizes
Max.
Work
Press.
PSI*
Pipe Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
2
2.375
Max.
End
Load
Lbs.*
kPa
N
1,000
4430
Allow.
Pipe
End #
Sep.
In./mm
0.14
14 - 16" Sizes
Dimensions
Inches/millimeters
X
3.50
Y
6.68
Aprx.
Weight
Each
Lbs.
Z
2.00
kg
3.2
50
60,3
6900
19715
3,6
89
168
51
1,5
2¹⁄₂
2.875
1,000
6490
0.14
4.13
7.13
2.00
4.0
65
73,0
6900
28881
3,6
105
181
51
1,8
3
3.500
1,000
9620
0.14
4.75
7.75
2.00
4.4
80
88,9
6900
42810
3,6
121
197
51
2,0
4
4.500
1,000
15900
0.25
6.00
9.63
2.13
7.5
100
114,3
6900
70755
6,4
152
245
54
3,4
6
6.625
1,000
34470
0.25
8.63
12.68
2.50
16.0
150
168,3
6900
153390
6,4
219
321
64
7,3
8
8.625
800
46740
0.25
11.00
15.00
2.75
26.1
200
219,1
5500
207995
6,4
279
381
70
11,8
10
10.750
800
72640
0.25
13.50
17.25
3.00
32.8
250
273,0
5500
323250
6,4
343
438
76
14,9
12
12.750
800
102000
0.25
15.63
19.13
3.13
46.0
300
323,9
5500
453900
6,4
397
486
80
20,9
14 †
14.000
600
92360
0.25
16.75
22.00
3.88
64.0
350
355,6
4100
410800
6,4
425
559
99
29,0
16 †
16.000
600
120600
0.25
18.75
24.13
3.88
72.0
400
406,4
4100
536400
6,4
476
613
99
32,7
† These sizes are not UL Listed or FM Approved.
Refer to notes on page 13.
Style HP-70ES
EndSeal® Couplings
for Plastic Coated Pipe
The Victaulic® HP-70ES EndSeal® coupling incorporates a specially formulated and compounded oilresistant nitrile gasket with a high modulus for resistance to extrusion. EndSeal gaskets have an
integral central leg which positions between the pipe ends for use with plastic-coated or cement-lined
pipe.
Request publication 06.13.
Pipe Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
2
2.375
Y
X
Z
Max.
Work
Press.
PSI*
Max.
End
Load
Lbs.*
Dimensions
Inches/millimeters
Allow.
Pipe
End #
Sep. In.
kPa
N
mm
2,500
11,000
0.19
X
3.44
Y
6.51
Aprx.
Weight
Each
Lbs.
Z
1.88
kg
3.2
50
60,3
17250
48950
4,8
87
765
48
1,5
2¹⁄₂
2.875
2,500
16,200
0.19
4.00
7.10
1.88
4.0
65
73,0
17250
72090
4,8
102
180
48
1,8
3
3.500
2,500
25,400
0.19
4.69
7.74
1.88
4.6
80
88,9
17250
113030
4,8
119
197
48
2,1
4
4.500
2,500
39,000
0.19
5.94
9.54
2.13
8.2
100
114,3
17250
173550
4,8
151
242
54
3,7
6
6.625
2,000
68,800
0.27
8.50
12.61
2.38
16.4
150
168,3
13800
306160
6,7
216
320
60
7,4
8
8.625
1,500
87,500
0.27
10.94
14.97
2.75
26.0
200
219,1
10350
389375
6,7
278
380
70
11,8
10
10.750
1,250
114,500
0.28
13.43
17.22
2.88
37.2
250
273,0
8600
509525
7,1
341
437
73
16,9
12
12.750
1,250
160,800
0.28
15.56
19.06
3.00
42.0
300
323,9
8600
715560
7,1
395
484
76
19,1
Refer to notes on page 13.
HP-70ES couplings must always be used with pipe or fittings grooved to Victaulic “ES” dimensions. HP-70ES couplings cannot be used
with Victaulic Series 700 butterfly valves.
For the most up-to-date product information, visit www.victaulic.com
25
GROOVED IPS COUPLINGS
Style HP-70 is designed with a heavy housing for high pressure service. The housing key is wider than
standard and the coupling housing is designed to clamp the bottom of the groove, thus providing an
essentially rigid joint. To achieve this rigidity it is necessary to torque the nuts on sizes 2 - 4" (50 - 100
mm) to 60 - 80 ft. lbs. (80 - 110 N•m). The nuts on the 14 and 16" (350 and 400 mm) sizes are torqued to
600 and 700 ft. lbs. (810 and 950 N•m), respectively. All other sizes must be bolted securely metal-tometal.
Style HP-70
The Victaulic HP-70ES EndSeal® coupling incorporates a specially formulated and compounded oilresistant nitrile gasket with a high modulus for resistance to extrusion. The HP-70ES with patented
Fire-R™ gasket features a stainless steel inner fire barrier ring that provides for enhanced fire
resistance. Style HP-70ES with Fire-R gasket meets API 607 standards.
Style HP-70ES
Coupling with Fire-R™
Gasket
Request publication 06.14.
GROOVED IPS COUPLINGS
Y
Z
kPa
N
2500
11000
Dimensions
Inches/millimeters
Allow.
Pipe
End #
Sep.
In./mm
0.19
Max.
End
Load
Lbs.*
Max.
Work
Press.
PSI*
Pipe Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
2
2.375
X
3.44
Y
6.53
Aprx.
Weight
Each
Lbs.
Z
1.88
kg
3.2
60,3
17250
48950
4,8
87
166
48
1,5
2.875
2500
16200
0.19
4.00
7.13
1.88
4.0
65
73,0
17250
72060
4,8
102
181
48
1,8
3
3.500
2500
24000
0.19
4.69
7.75
1.88
4.6
80
88,9
17250
106750
4,8
119
197
48
2,1
4
4.500
2500
39700
0.19
5.94
9.59
2.09
8.2
100
114,3
17250
176600
4,8
151
244
53
3,7
6
6.625
2000
68900
0.27
8.50
12.63
2.25
16.4
150
168,3
13800
306500
6,7
216
321
57
7,4
8
8.625
1500
87600
0.27
10.84
14.96
2.56
26.1
200
219,1
10350
389700
6,7
278
380
65
11,8
10
10.750
1250
113400
0.28
13.31
17.22
2.63
32.8
™
-R
FIRE
50
2¹⁄₂
X
250
273,0
8600
504400
7,1
338
437
67
14,9
12
12.750
1250
159600
0.28
15.56
19.06
2.75
46.0
300
323,9
8600
710000
7,1
395
484
70
20,9
Refer to notes on page 13.
HP-70ES couplings with Fire-R gasket must always be used with pipe or fittings grooved to Victaulic “ES” dimensions. HP-70ES couplings with Fire-R gasket cannot be used with Victaulic Series 700 butterfly valves.
Victaulic offers fittings with an extra-heavy (Schedule 80) wall thickness and “ES” EndSeal grooves
especially for use with HP-70ES couplings.
Extra Heavy
“ES” EndSeal
Fittings
Header Tees are especially useful in oil production headers where the top (test) line is 2" (50 mm) and
the bottom production line is 3 or 4" (80 or 100 mm).
Request publication 07.03.
C to E
C to E
C
to
E
C
to E
No. 63 - ES
No. 35 - ES
C to E
C to E
C
to
E
C
to E
No. 62 - ES
No. 64 - ES
C to E
C
to
E
No. 22
Header Tee
26
Fitting Size
Actual
Nominal
Outside
Diameter
Diameter
Inches/mm Inches/mm
2
2.375
90° Elbow
No. 62 - ES
Center
to End
Inches
Approx.
Wgt.
Lbs.
45° Elbow
*No. 63 - ES
Center
to End
Inches
Tee
*No. 64 - ES
Approx.
Wgt.
Lbs.
Center
to End
Inches
Approx.
Wgt.
Lbs.
Cross
*No. 35 - ES
Center
to End
Inches
Approx.
Wgt.
Lbs.
mm
kg
mm
kg
mm
kg
mm
kg
3.25
2.5
2.00
1.8
3.25
4.2
3.25
3.9
50
60,3
83
1,1
51
0,8
83
1,9
83
1,8
2¹⁄₂
2.875
3.75
5.0
2.25
2.9
3.75
7.9
3.75
6.6
65
73,0
95
2,3
57
1,3
95
3,6
95
3,0
3
3.500
4.25
6.0
2.50
4.3
4.25
16.0
4.25
14.2
80
88,9
108
2,7
64
1,9
108
7,3
108
6,4
4
4.500
5.00
10.3
3.00
8.5
5.00
23.5
5.00
15.8
100
114,3
127
4,7
76
3,9
127
10,7
127
7,2
6†
6.625
6.50
27.2
3.50
16.5
6.50
27.0
6.50
46.0
150
168,3
165
12,3
89
7,5
165
12,2
165
20,9
* Steel Fabricated - Cast Full Flow
† For sizes to 12" (300 mm) consult Victaulic.
Steel Full Flow elbows available with longer center to end dimensions. Contact Victaulic for details.
Header Tee No. 22
Fitting Size Mated C to E
Nominal
Actual
Diameter
Outside Diameter
C to E
Inches/mm
Inches/mm
Inches/mm
2 to 3
2.375 to 3.500
4.25
Approx.
Weight Each
Lbs./kg
3.4
50 to 90
60,3 to 88,9
108
1,5
2 to 4
2.375 to 4.500
5.00
4.1
50 to 100
60,3 to 114,3
127
1,9
For the most up-to-date product information, visit www.victaulic.com
Grooved IPS Fittings
Victaulic fittings are designed specifically
for use in grooved piping systems.
ULC
FM
All fittings are supplied with
grooves or shoulders to permit
fast installation without field
preparation. The grooved
design permits flexibility for
easy alignment. These fittings
are not intended for use with
Victaulic couplings for plain
end pipe (refer to Section 14.04
for fittings available for plain
end applications).
Fittings are provided in
various materials including
ductile iron, steel or
segmentally welded steel
depending on styles and size.
Fittings are painted orange
enamel with galvanized
optionally available, contact
Victaulic for details.
Victaulic fittings are designed
specifically for use in grooved
piping systems. Fittings are
Alternate Styles
Fittings Machined for
Rubber or Urethane Lining
(MRL) – For severe abrasive
services, Victaulic fittings
may be rubber or urethane
lined (by others). Lining may
be inside diameter/end
(abrasion resistance) or wraparound (corrosion and/or
abrasion) machined. Refer to
Section 25.03 or contact
Victaulic for specific details.
provided grooved or with
shoulders conforming to
standard steel pipe outside
diameters. When connecting
wafer or lug-type butterfly
valves directly to Victaulic
fittings with 741 or 743 VicFlange® adapters, check disc
clearance dimensions with I.D.
dimension of fitting.
Aluminum – Grooved end
fittings are available in
aluminum alloy 356 T6, in sizes
from 1 - 8" (25 - 200 mm). Refer
to Section 21.03 or contact
Victaulic for details.
GROOVED IPS FITTINGS
U
® L
Victaulic offers a broad line of
fittings in sizes through 48"
(1200 mm) in a variety of
straight and reducing styles.
Most standard fittings are cast
of durable ductile iron to
precise tolerances. Victaulic
standard fittings pressure
ratings conform to the ratings
of Victaulic Style 77
couplings.
A
B
H
+0
-0.030"
0.030" R
C
FOR ABRASION RESISTANCE ONLY
A
H
B
F
G
T
O.D.
O.D.
C
E
0.030" R
FOR CORROSION AND/OR
ABRASION RESISTANCE
For the most up-to-date product information, visit www.victaulic.com
27
Fittings
(Ductile Iron)
C to E
E to E
C to E
C to E
C to E
C to E
C to E
C
to E
Fitting Size
Actual
Nominal Outside
Dia.
Dia.
In./mm
In./mm
³⁄₄
1.050
No. 10
90° Elbow
Aprx.
C to E Wgt. Ea.
Lbs.
Inches
No. 11
45° Elbow
Aprx.
C to E Wgt. Ea.
Lbs.
Inches
No. 12
22¹⁄₂° Elbow
Aprx.
C to E Wgt. Ea.
Lbs.
Inches
C
to
E
No. 13
11¹⁄₄° Elbow
Approx.
C to E Wgt. Ea.
Lbs.
Inches
No. 20
Tee
Aprx.
C to E Wgt. Ea.
Lbs.
Inches
No. 35
Cross (sw)
Aprx.
C to E Wgt. Ea.
Lbs.
Inches
mm
kg
mm
kg
mm
kg
mm
kg
mm
kg
mm
kg
2.25
0.5
1.50
0.5
1.63 sw
–
1.38 sw
–
2.25
0.6
2.25
0.9
20
26,9
57
0,2
38
0,2
41
–
35
–
57
0,3
57
0,4
1
1.315
2.25
0.6
1.75
0.6
3.25 @
0.6
1.38 sw
0.3
2.25
1.0
2.25
1.3
25
33,7
57
0,3
44
0,3
83
0,3
35
0,1
57
0,5
57
0,6
1¹⁄₄
1.660
2.75
1.0
1.75
0.9
1.75
0.8
1.38 sw
0.5
2.75
1.5
2.75
2.1
32
42,4
70
0,5
44
0,4
44
0,4
35
0,2
70
0,7
1,0
1,0
1¹⁄₂
1.900
2.75
1.2
1.75
0.9
1.75
0.8
1.38 sw
0.5
2.75
2.0
2.75
2.5
40
48,3
70
0,5
44
0,4
44
0,4
35
0,2
70
0,9
70
1,1
2
2.375
3.25
1.8
2.00
1.3
3.75 @
1.4
1.38
1.0
3.25
3.0
3.25
3.8
50
60,3
83
0,8
51
0,6
95
0,6
35
0,5
83
1,4
83
1,7
2¹⁄₂
2.875
3.75
3.2
2.25
2.2
4.00 @
2.3
1.50
1.1
3.75
4.3
3.75
6.1
GROOVED IPS FITTINGS
65
76,1 mm
3
73,0
95
1,5
57
1,0
102
1,0
38
0,5
95
2,0
95
2,8
3.000
3.75
3.7
2.25
3.4
–
–
–
–
3.75
5.2
–
–
76,1
95
1,7
57
1,5
–
–
–
–
95
2,4
–
–
3.500
4.25
4.5
2.50
3.1
4.50 @
3.1
1.50
2.1
4.25
6.8
4.25
10.5
80
88,9
108
2,0
64
1,4
114
1,4
38
1,0
108
3,0
108
4,8
3¹⁄₂
4.000
4.50
5.6
2.75
4.3
2.50 sw
4.0
1.75 sw
2.7
4.50 sw
7.9
4.50
11.5
90
101,6
114
2,5
70
2,0
64
1,8
44
1,2
114
3,6
114
5,2
4
4.500
5.00
7.1
3.00
5.6
2.88
5.6
1.75
3.6
5.00
11.9
5.00
15.8
100
108,0 mm
4¹⁄₂
114,3
127
3,2
76
2,5
73
2,5
44
1,6
127
5,4
127
7,2
4.250
5.00
11.0
3.00
5.6
–
–
–
–
5.00
15.5
–
–
108,0
127
5,0
76
2,5
–
–
–
–
127
7,0
–
–
5.000
5.25 sw
10.0
3.13 sw
6.0
3.50
6.6
1.88 sw
4.2
5.25 sw
15.0
5.25
18.5
120
127,0
133
4,5
79
2,7
89
3,0
48
1,9
133
6,8
133
8,4
5
5.563
5.50
11.7
3.25
8.3
2.88 sw
7.8
2.00 sw
5.0
5.50
17.8
5.50
20.0
125
133,0 mm
139,7 mm
6
150
159,0 mm
165,1 mm
8
141,3
140
5,3
83
3,8
73
3,5
51
2,2
140
8,1
140
9,1
5.250
5.50
11.7
3.25
8.3
–
–
–
–
5.50
17.8
–
–
133,0
140
5,3
83
3,8
–
–
–
–
140
8,1
–
–
5.500
5.50
11.7
3.25
8.3
–
–
–
–
5.50
17.8
–
–
139,7
140
5,3
83
3,8
–
–
–
–
140
8,1
–
–
6.625
6.50
17.2
3.50
10.8
6.25 @
12.2
2.00
7.0
6.50
25.7
6.50
28.0
168,3
165
7,8
89
4,9
159
5,5
51
3,2
165
1,7
165
12,7
6.250
6.50
18.6
3.50
10.8
–
–
–
–
6.50
27.1
–
–
159,0
165
8,4
89
4,9
–
–
–
–
165
12,3
–
–
6.500
6.50
15.5
3.50
9.8
3.13
11.4
2.00
7.4
6.50
22.0
6.50
28.0
165,1
165
7,0
89
4,4
79
5,2
51
3,4
165
10,0
165
12,7
8.625
7.75
29.9
4.25
20.4
7.75 @
20.0
2.00
10.1
7.75
47.6
7.75
48.0
200
219,1
197
13,6
108
9,3
197
9,1
51
4,6
197
21,6
197
21,8
10
10.750
9.00
63.3
4.75
37.5
4.38 sw
30.0
2.13 sw
11.8
9.00
99.0
9.00
121.5
250
273,0
229
28,7
121
17,0
111
13,6
54
5,3
229
44,9
229
55,1
12
12.750
10.00
74.0
5.25
66.7
4.88 sw
40.0
2.25 sw
29.3
10.00
133.0
10.00
110.0
300
323,9
254
33,6
133
30,3
124
18,1
57
13,3
254
60,3
254
49,9
14 #
14.000
21.00
164.0
8.75
82.0
5.00 sw
46.0
3.50 sw
32.0
11.00 sw
151.0
11.00
198.0
350
355,6
533
74,4
222
37,2
127
20,9
89
14,5
279
68,5
279
89,8
16 #
16.000
24.00
210.0
10.00
100.0
5.00 sw
58.0
4.00 sw
42.0
12.00 sw
188.0
12.00
250.0
400
406,4
610
95,3
254
45,4
127
26,3
102
19,1
305
85,3
305
113,4
18 #
18.000
27.00
273.0
11.25
135.0
5.50 sw
65.0
4.50 sw
53.2
15.50 sw
263.0
15.50
350.0
450
457,0
686
123,8
286
61,2
140
29,5
114
24,1
394
119,3
394
158,8
20 #
20.000
30.00
343.0
12.50
174.0
6.00 sw
78.6
5.00 sw
65.0
17.25 sw
339.0
17.25
452.0
500
508,0
762
155,6
318
78,9
152
36,0
127
29,5
438
153,8
438
205,0
24 #
24.000
36.00
516.0
15.00
251.0
7.00 sw
140.0
6.00 sw
60.0
20.00 sw
473.0
20.00
795.0
550
610,0
914
234,1
381
113,9
178
63,5
152
27,2
508
214,5
508
360,6
# 14", 16", 18", 20", 24" (350 - 600 mm) elbows (90°, 45°) are 1¹⁄₂ D long radius forged steel elbows No. 100 and No. 110. See page 29.
For 1D radius elbows contact Victaulic.
(sw) Segmentally welded steel
@ Gooseneck design, end-to-end dimension
28
For the most up-to-date product information, visit www.victaulic.com
True Wye
(Segmentally welded steel)
C to LE
C to
SE
No. 29M
Tee with
Threaded Branch
(Ductile Iron)
C to
GE
C to TE
Fitting Size
Actual
Nominal Outside
Dia.
Dia.
In./mm
In./mm
1
1.315
Dimensions
Inches/mm
Approx.
Wgt. Ea.
Lbs.
C to LE
2.25
C to SE
2.25
kg
1.1
Fitting Size
Actual
Nominal Outside
Dia.
Dia.
In./mm
In./mm
6
6.625
Dimensions
Inches/mm
Approx.
Wgt. Ea.
Lbs.
C to LE
6.50
C to SE
4.50
kg
22.3
25
33,7
57
57
0,5
150
168,3
165
114
10,1
1¹⁄₄
1.660
2.75
2.50
1.5
8
8.625
7.75
6.00
36.0
32
42,4
70
64
0,7
200
219,1
197
152
16,3
1¹⁄₂
1.900
2.75
2.75
1.8
10
10.750
9.00
6.50
69.9
40
48,3
70
70
0,8
250
273,0
229
155
31,7
2
2.375
3.25
2.75
2.5
12
12.750
10.00
7.00
80.0
50
60,3
83
70
1,1
300
323,9
254
178
36,3
2¹⁄₂
2.875
3.75
3.00
4.3
14
14.000
11.00
7.50
134.2
65
73,0
95
76
2,0
350
355,6
279
191
60,8
3
3.500
4.25
3.25
6.1
16
16.000
12.00
8.00
167.0
80
88,9
108
83
2,8
400
406,4
305
203
75,7
3¹⁄₂
4.000
4.50
3.50
9.6
18
18.000
15.50
8.50
234.0
90
101,6
114
89
4,4
450
457,0
394
216
106,1
4
4.500
5.00
3.75
10.0
20
20.000
17.25
9.00
281.0
100
114,3
127
95
4,5
500
508,0
438
229
127,5
5
5.563
5.50
4.00
15.0
24
24.000
20.00
10.00
523.0
125
141,3
140
102
6,8
600
610,0
508
254
237,2
Fitting Size
Actual
Nominal Outside
Dia.
Dia.
In./mm
In./mm
³⁄₄
1.050
Dimensions
Inches/mm
Approx.
Wgt. Ea.
Lbs.
C to GE
2.25
C to TE
2.25
kg
0.6
Fitting Size
Actual
Nominal Outside
Dia.
Dia.
In./mm
In./mm
4¹⁄₂
5.000
Dimensions
Inches/mm
Approx.
Wgt. Ea.
Lbs.
C to GE
5.25
C to TE
5.25
kg
15.0 sw
20
26,9
57
57
0,3
120
127,0
133
133
6,8
1
1.315
2.25
2.25
1.0
5
5.563
5.50
5.50
17.8 sw
25
33,7
57
57
0,5
1¹⁄₄
1.660
2.75
2.75
1.5
32
42,4
70
70
0,7
1¹⁄₂
1.900
2.75
2.75
2.0
125
133,0 mm
40
48,3
70
70
0,9
139,7 mm
2
2.375
3.25
4.25
3.0
6
150
50
60,3
83
108
1,4
2¹⁄₂
2.875
3.75
3.75
4.3
65
76,1 mm
3
73,0
95
95
2,0
3.000
3.75
3.75
5.2 sw
159,0 mm
76,1
95
95
2,4
165,1 mm
3.500
4.25
6.00
6.8
8
141,3
140
140
8,1
5.250
5.50
5.50
17.8
133,0
140
140
8,1
5.500
5.50
5.50
17.8
139,7
140
140
8,1
6.625
6.50
6.50
25.7 sw
168,3
165
165
11,7
6.250
6.50
6.50
27.1
159,0
165
165
12,3
6.500
6.50
6.50
22.0
165,1
165
165
10,0
8.625
7.75
7.75
47.6 sw
80
88,9
108
152
3,1
200
219,1
197
197
21,6
3¹⁄₂
4.000
4.50
4.50
7.9 sw
10
10.750
9.00
9.00
73.0
90
101,6
114
114
3,6
250
273,0
229
229
33,1
4
4.500
5.00
7.25
11.9
12
12.750
10.00
10.00
99.0
300
323,9
254
254
44,9
100
108,0 mm
114,3
127
184
5,4
4.250
5.00
5.00
15.5
108,0
127
127
7,0
(sw) Segmentally welded steel.
No. 100 and
No. 110
Long Radius Elbows
1¹⁄₂ D
C to E
C to E
No. 100
No. 110
Fitting Size
No. 100 – 90° No. 110 – 45°
Actual
Aprx.
Aprx.
Nominal Outside C to E Wgt. C to E Wgt.
Dia.
Dia.
Inches Each Inches Each
In./mm
Lbs./kg mm Lbs./kg
In./mm
mm
2
2.375
4.38
2.5
2.75
1.8
Fitting Size
No. 100 – 90° No. 110 – 45°
Actual
Aprx.
Aprx.
Nominal Outside C to E Wgt. C to E Wgt.
Dia.
Dia.
Inches Each Inches Each
In./mm
Lbs./kg mm Lbs./kg
In./mm
mm
10
10.750
15.00 107.0
6.25
57.0
50
60,3
111
1,1
70
0,8
250
273,0
381
48,5
159
25,9
2¹⁄₂
2.875
5.00
4.1
3.00
2.8
12
12.750
18.00
156.0
7.50
90.0
457
70,8
65
73,0
127
1,9
76
1,3
300
323,9
3
3.500
5.88
6.0
3.38
4.9
14
14.000
80
88,9
149
2,7
86
2,2
350
355,6
4
4.500
7.50
12.3
4.00
7.3
16
16.000
100
114,3
191
5,6
102
3,3
400
406,4
5
5.563
+
18.2
+
14.8
18
18.000
125
141,3
+
8,3
+
6,7
450
457,0
6
6.625
10.75
30.4
5.50
17.4
20
20.000
150
165,1 mm
168,3
273
13,8
140
7,9
500
508,0
6.500
10.75
29.0
5.50
19.0
24
24.000
600
610,0
165,1
273
13,2
140
8,6
8
8.625
14.25
66.0
7.25
36.0
200
219,1
362
30,0
184
16,3
21.00 s 164.0
533
74,4
191
40,8
8.75 s
82.0
222
37,2
24.00 s 210.0 10.00 s 100.0
610
95,3
254
45,4
27.00 s 273.0 11.25 s 135.0
686
123,8
286
61,2
30.00 s 343.0 12.50 s 174.0
762
155,6
318
78,9
36.00 s 516.0 15.00 s 251.0
914
234,1
381
113,9
Ductile iron except those marked (s) which are steel.
NOTE: Fittings size 26 - 48" are available roll grooved for installation with Style 770 Large Diameter couplings. Contact Victaulic for details.
For the most up-to-date product information, visit www.victaulic.com
29
GROOVED IPS FITTINGS
No. 33
No. 10-3D and
No. 11-3D
Long Radius Elbows
3D
(With added wall thickness at
bend for abrasive service)
C to E
Fitting Size
Actual
Nominal Outside
Dia.
Dia.
In./mm
In./mm
2
2.375
Wall Thickness
Inches/millimeters
At
Back Wear
Area
0.309
In
Non-critical
Area
0.184
90° Elbow
No. 10 – 3D
Aprx.
C to E
Weight
Inches
Each
Lbs./kg
mm
10.00
5.0
Extra
0.125
45° Elbow
No. 11 – 3D
Aprx.
Weight
C to E
Each
Inches
Lbs./kg
mm
6.50
4.7
50
60,3
4,67
7,85
3,18
254
2,3
165
2,1
3
3.500
0.246
0.371
0.125
13.00
16.0
7.75
10.4
80
88,9
6,25
9,42
3,18
330
7,3
197
4,7
4
4.500
0.267
0.455
0.188
16.00
25.5
9.00
17.2
100
114,3
6,78
11,56
4,78
406
11,6
229
7,8
6
6.625
0.310
0.560
0.250
24.00
70.0
13.50
45.0
150
168,3
7,87
14,22
6,35
610
31,8
343
20,4
C to E
No. 10-3D
No. 11-3D
(Segmentally welded steel)
to
LE
C to
LE
C to
SE
C
GROOVED IPS FITTINGS
No. 30
45° Lateral
Fitting Size
Actual
Nominal Outside
Dia.
Dia.
In./mm
In./mm
³⁄₄
1.050
Dimensions
Inches/mm
Approx.
Wgt. Ea.
Lbs.
C to LE
4.50
C to SE
2.00
kg
1.0
20
26,9
114
51
0,5
1
1.315
5.00
2.25
1.7
Fitting Size
Actual
Nominal Outside
Dia.
Dia.
In./mm
In./mm
6
6.625
150
25
33,7
127
57
0,8
165,1 mm
1¹⁄₄
1.660
5.75
2.50
2.5 d
8
Dimensions
Inches/mm
Approx.
Wgt. Ea.
Lbs.
C to LE
14.00
C to SE
4.50
kg
43.6
168,3
356
114
19,8
6.500
14.00
4.50
43.6
165,1
356
114
19,8
8.625
18.00
6.00
72.0
32
42,4
146
64
1,1
200
219,1
457
152
32,7
1¹⁄₂
1.900
6.25
2.75
3.5
10
10.750
20.50
6.50
105.0
40
48,3
159
70
1,6
250
273,0
521
165
47,6
2
2.375
7.00
2.75
4.6 d
12
12.750
23.00
7.00
165.0
50
60,3
178
70
2,1
300
323,9
584
178
74,8
2¹⁄₂
2.875
7.75
3.00
9.0
14
14.000
26.50
7.50
276.0
65
76,1 mm
3
73,0
197
76
4,1
350
355,6
673
191
125,2
3.000
8.50
3.25
11.0
16
16.000
29.00
8.00
344.2
76,1
216
83
5,0
400
406,4
737
203
156,1
3.500
8.50
3.25
11.7 d
18
18.000
32.00
8.50
429.0
80
88,9
216
83
5,4
450
457,0
813
216
194,6
3¹⁄₂
4.000
10.00
3.50
17.8
20
20.000
35.00
9.00
500.0
90
101,6
254
89
8,1
500
508,0
889
229
226,8
4
4.500
10.50
3.75
22.2 d
24
24.000
40.00
10.00
715.0
600
610,0
1016
254
324,3
100
114,3
267
95
10,1
5
5.563
12.50
4.00
21.8
125
141,3
318
102
9,9
(d) Ductile iron.
30
For the most up-to-date product information, visit www.victaulic.com
(Steel)
E to E
T
No. 60
No. 42
Grv. ✕ Bev.
E to E
E to E
No. 60
No. 40, 42, 43 #
Fitting Size
Cap*
Nipple (Steel)
Actual Thick. Aprx.
Aprx.
Nominal Outside
T
Wgt.
Wgt.
E to E
Dia.
Dia.
Inches
Ea.
Ea.
Inches
In./mm
In./mm
Lbs./kg
Lbs./kg
mm
mm
³⁄₄
1.050
0.88
0.2
3.00
0.3
20
26,9
22
0,1
76
0,1
1
1.315
0.88
0.3
3.00
0.4
25
33,7
22
0,1
76
0,2
139,7 mm
1¹⁄₄
1.660
0.88
0.3
4.00
0.8
6
150
32
42,4
22
0,1
102
0,4
1¹⁄₂
1.900
0.88
0.5
4.00
0.9
40
48,3
22
0,2
102
0,4
2
2.375
0.88
0.6
4.00
1.2
50
60,3
22
0,3
102
0,5
165,1 mm
2.875
0.88
1.0
4.00
1.9
8
65
No. 40
Grv. ✕ Thd.
159,0 mm
2¹⁄₂
76,1 mm
No. 43
Grv. ✕ Grv.
No. 60
No. 40, 42, 43 #
Fitting Size
Cap*
Nipple (Steel)
Actual Thick. Aprx.
Aprx.
T
Wgt.
Wgt.
Nominal Outside
E to E
Dia.
Inches
Ea.
Ea.
Dia.
Inches
In./mm
Lbs./kg
Lbs./kg
In./mm
mm
mm
5.250
1.00
4.5
–
–
133,0 mm 133,0
25
2,0
–
–
3
5.500
1.00
4.5
–
139,7
25
2,0
–
–
–
6.625
1.00
6.1
6.00
9.5
168,3
25
2,8
152
4,3
6.250
1.00
6.8
–
–
159,0
25
3,1
–
–
6.500
1.00
7.3
–
–
165,1
25
3,3
–
–
8.625
1.19
13.1
6.00
14.2
73,0
22
0,5
102
0,9
200
219,1
30
5,9
152
6,4
3.000
0.88
1.2
–
–
10
10.750
1.25
21.0
8.00
27.0
76,1
22
0,5
–
–
250
273,0
32
9,5
203
12,2
3.500
0.88
1.2
4.00
2.5
12
12.750
1.25
35.6
8.00
33.0
80
88,9
22
0,5
102
1,1
300
323,9
32
16,2
203
15,0
3¹⁄₂
4.000
0.88
2.5
4.00
2.1
14
14.000
9.50
*
–
–
90
101,6
22
1,1
102
0,9
350
355,6
241
*
–
–
4
4.500
1.00
2.5
6.00
5.5
16
16.000
10.00
*
–
–
100
108,0 mm
4¹⁄₂
114,3
25
1,1
152
2,5
400
406,4
254
*
–
–
4.250
1.00
2.3
–
–
18
18.000
11.00
*
–
–
108,0
25
1,0
–
–
450
457,0
279
*
–
–
5.000
1.00
2.5
–
–
20
20.000
12.00
*
–
–
120
127,0
25
1,1
–
–
500
508,0
305
*
–
–
5
5.563
1.00
4.6
6.00
7.4
24
24.000
*
*
–
–
125
141,3
25
2,1
152
3,4
600
610,0
*
*
–
–
# For Pump Package Nipples with 1¹⁄₂" (40 mm) hole cut to receive Style 923 Vic-Let™ or Style 924 Vic-O-Well™ request special No. 40,
42 or 43 nipple prices and request No. 40-H, 42-H or 43-H on order. NOTE: 4" - 12" (100 - 300 mm) diameter - 8" (200 mm) minimum
length required.
@ Available with British Standard Pipe Threads, specify “BSP” clearly on order.
* Steel dish caps available through 24" (600 mm), contact Victaulic. No. 60 cap is not suitable for use in vacuum service with Style 72 or
750 couplings. No. 61 Bull Plugs should be used.
No. R-10
Reducing Base
Support Elbows
(Ductile Iron)
Approx. Wgt. Ea.
Lbs./kg
G✕G
G✕F
19.0
33.0
C to E
9.00
229
32
38
8,6
15,0
✕ 5
9.00
1.50
1.50
23.0
38.0
229
38
38
10,4
17,2
8 ✕ 6
10.50
2.13
1.50
33.0
52.0
267
54
38
15,0
23,6
10 ✕ 8
12.00
2.40
1.50
61.0
88.0
305
61
38
27,7
39,9
150 ✕ 100
✕ 125
C to E
Dimensions
Inches/millimeters
H
1.25
Nominal
Size
Inches/mm
6 ✕ 4
200 ✕ 150
250 ✕ 200
B Dia.
1.50
H
B Dia.
Grooved ✕ Grooved (G ✕ G)
C to E
H
B Dia.
Grooved ✕ Flanged (G ✕ F)
For the most up-to-date product information, visit www.victaulic.com
31
GROOVED IPS FITTINGS
No. 60 Cap
No. 40, 42, 43
Nipple
No. 41–ANSI 125
(Cast Iron)
No. 45F–ANSI 150
Flat Face (Steel)
No. 45R–ANSI 150
Raised Face (Steel)
No. 46F–ANSI 300
Approx. Weight Each
Fitting Size
Lbs./kg
Actual Length
Nominal Outside E to E No. 41 No. 45 No. 46
ANSI
Inches ANSI
ANSI
Dia.
Dia.
300
150
In./mm
In./mm
125
mm
³⁄₄
1.050
3
–
2.3
3.3
Fitting Size
Actual Length
Nominal Outside E to E
Dia.
Inches
Dia.
In./mm
In./mm
mm
6
6.625
6
Approx. Weight Each
Lbs./kg
No. 41
ANSI
125
26.5
No. 45 No. 46
ANSI
ANSI
300
150
27.5
47.5
20
26,9
76
–
1,0
1,5
150
168,3
152
12,0
12,5
21,5
1
1.315
3
2.5
2.7
3.9
8
8.625
6
39.0
41.3
70.3
Flat Face (Steel)
25
33,7
76
1,1
1,2
1,8
200
219,1
152
17,7
18,8
31,9
No. 46R–ANSI 300
1¹⁄₄
1.660
4
3.0
3.3
4.8
10
10.750
8
57.0
59.8
100.8
32
42,4
102
1,4
1,5
2,2
250
273,0
203
25,9
27,1
45,7
1¹⁄₂
1.900
4
3.5
3.9
6.9
12
12.750
8
41.0
88.2
146.2
40
48,3
102
1,6
1,8
3,1
300
323,9
203
18,6
40,0
66,3
2
2.375
4
5.5
6.2
8.2
14
14.000
8
–
50
60,3
102
2,5
2,8
3,7
350
355,6
203
–
+
+
2¹⁄₂
2.875
4
8.0
9.9
11.9
16
16.000
8
–
65
73,0
102
3,6
4,5
5,4
400
406,4
203
–
+
+
3
3.500
4
9.5
11.4
16.5
18
18.000
8
–
80
88,9
102
4,3
5,2
7,5
450
457,0
203
–
+
+
3¹⁄₂
4.000
4
12.0
15.1
20.1
20
20.000
8
–
90
101,6
102
5,4
6,8
9,1
500
508,0
203
–
+
+
4
4.500
6
16.7
18.4
27.4
24
24.000
8
–
100
114,3
152
7,6
8,3
12,4
600
610,0
203
–
+
+
5
5.563
6
21.5
21.3
35.3
125
141,3
152
9,8
9,7
16,0
Raised Face (Steel)
Flanged Adapter
Nipples
E to E
Flat Face
E to E
+ Contact Victaulic for details.
NOTE: Flanged adapter nipples are supplied with standard rolled grooves. Standard cut grooves or machining for rubber lining are
optionally available. Contact Victaulic for details.
Raised Face
GROOVED IPS FITTINGS
32
For the most up-to-date product information, visit www.victaulic.com
Steel (except as noted)
E
to E
Nominal
Size
Inches/mm
1¹⁄₄ ✕ ³⁄₄
32 ✕ 20
mm
kg
1.9
–
–
mm
kg
mm
kg
4.00* d
5.0
11.50
14.5
+
0,9
–
–
150 ✕ 25
102
2,3
292
6,6
1.9
–
–
+
5.5
+
+
+
0,9
–
–
✕ 1¹⁄₂
+
2,5
+
+
1¹⁄₂ ✕ ³⁄₄
+
1.4
–
–
✕ 2
4.00* d
6.6
11.50
14.5
102
3,0
292
6,6
✕ 2¹⁄₂
4.00* d
6.4
11.50
14.2
102
2,9
292
6,4
✕ 3
4.00* d
6.4
5.50 d
15.0
102
2,9
140
6,8
✕ 4
4.00 d
6.5
5.50 d
17.0
102
2,9
140
7,7
✕ 5
4.00 d
6.4
5.50 d
17.0
102
2,9
140
7,7
8 ✕ 2¹⁄₂
16.00*
7.9
12.00
26.1
✕ 40
✕ 50
+
0,6
–
–
✕ 1
2.50* d
0.8
8.50
4.5
64
0,4
216
2,0
✕ 1¹⁄₄
2.50* d
1.0
–
–
64
0,5
–
–
2 ✕ ³⁄₄
2.50* d
0.9
9.00
2.0
64
0,3
229
0,9
✕ 1
2.50* d
0.7
9.00
2.3
64
0,3
229
1,0
✕ 1¹⁄₄
2.50* d
1.2
9.00
4.6
64
0,5
229
2,1
200 ✕ 65
406
3,6
305
11,8
✕ 1¹⁄₂
2.50* d
1.0
9.00
4.6
✕ 3
5.00 d
9.3
12.00
22.0
127
4,2
305
10,0
✕ 4
5.00 d
10.4
12.00
23.0
127
4,8
305
10,4
✕ 5
5.00 d
11.6
12.00
23.0
127
5,2
305
10,4
✕ 6
5.00 d
11.9
6.00 d
24.0
127
5,4
152
10,9
10 ✕ 4
6.00 d
19.7
13.00
32.0
✕ 25
✕ 32
50 ✕ 20
No. 51
kg
+
Nominal
Size
Inches/mm
6 ✕ 1
+
40 ✕ 20
E to E
mm
No. 50
No. 51
Approx.
Approx.
E to E Wgt. Ea. E to E Wgt. Ea.
Lbs.
Lbs.
Inches
Inches
✕ 1
✕ 25
No. 50
No. 50
No. 51
Approx.
Approx.
E to E Wgt. Ea. E to E Wgt. Ea.
Inches
Lbs.
Lbs.
Inches
✕ 25
✕ 32
✕ 40
✕ 65
✕ 80
✕ 100
✕ 125
✕ 80
64
0,5
229
2,1
2¹⁄₂ ✕ ³⁄₄
+
1.3
+
3.3
+
0,6
+
1,5
✕ 1
2.50
3.6
9.50
3.5
64
1,5
241
1,6
✕ 1¹⁄₄
2.50* d
3.3
9.50
+
64
1,5
241
+
✕ 1¹⁄₂
2.50* d
3.6
9.50
3.7
64
1,6
241
1,7
250 ✕ 100
152
8,9
330
14,5
✕ 2
2.50 d
3.9
9.50
4.3
+
34.3
+
34.6
64
1,8
241
2,0
✕ 5
+
15,6
+
15,7
3 ✕ ³⁄₄
+
1.5
+
4.5
6.00 d
20.0
13.00
36.9
+
0,7
+
2,0
✕ 6
152
9,1
330
16,7
✕ 1
2.50* d
1.3
9.50
4.8
6.00 d
22.0
7.0 d
21.6
64
0,6
241
2,2
✕ 8
✕ 1¹⁄₄
+
3.0
+
4.8
+
1,4
+
2,2
300 ✕ 100
+
20,0
356
21,8
✕ 1¹⁄₂
2.50* d
5.1
9.50
5.1
7.00 d
24.6
14.00
50.0
64
2,3
241
2,3
✕ 6
178
11,2
356
22,7
✕ 2
2.50* d
1.6
3.50 d
6.0
7.00 d
52.0
14.00
53.5
64
0,7
89
2,7
✕ 8
178
23,6
356
24,3
✕ 2¹⁄₂
2.50* d
1.8
3.50 d
7.0
7.00 d
39.0
14.00
57.0
64
0,8
89
3,2
✕ 10
178
17,7
356
25,9
✕ 76,1 mm
2.50 d
2.1
–
–
14 ✕ 6
13.00
65.0
13.00
60.0
65 ✕ 20
✕ 25
✕ 32
✕ 40
✕ 50
80 ✕ 20
✕ 25
✕ 32
✕ 40
✕ 50
✕ 65
✕ 100
✕ 125
✕ 150
✕ 125
✕ 150
✕ 200
152
10,0
178
9,8
+
44.0
14.00
48.0
12 ✕ 4
✕ 150
✕ 200
✕ 250
64
1,0
–
–
350 ✕ 150
330
29,5
330
27,2
3¹⁄₂ ✕ 3
2.50 d
2.0
9.50
7.0
13.00
65.0
13.00
60.0
64
0,9
241
3,2
✕ 8
330
29,5
330
27,2
4 ✕ 1
3.00* d
3.0
10.00
6.5
✕ 10
13.00
66.0
13.00
65.0
330
29,9
330
29,5
✕ 12
13.00
68.0
13.00
66.0
330
30,8
330
29,9
16 ✕ 8
14.00
73.0
14.00
73.0
90 ✕ 80
100 ✕ 25
✕ 200
✕ 250
76
1,4
254
2,9
✕ 1¹⁄₄
+
4.6
–
–
+
2,1
–
–
✕ 1¹⁄₂
10.00
6.9
10.00
8.1
254
3,1
254
3,7
400 ✕ 200
356
33,1
355
33,1
✕ 2
3.00* d
2.4
4.00 d
3.3
14.00
73.0
14.00
73.0
76
1,1
102
1,5
✕ 10
356
33,1
355
33,1
✕ 2¹⁄₂
3.00* d
2.7
4.00 d
3.4
14.00
73.0
14.00
73.0
76
1,2
102
1,5
✕ 12
356
33,1
355
33,1
✕ 3
3.00* d
3.2
4.00 d
3.5
14.00
73.0
14.00
73.0
76
1,4
102
1,6
✕ 14
356
33,1
355
33,1
✕ 3¹⁄₂
3.00 d
2.9
10.00
8.0
18 ✕ 10
15.00
91.0
15.00
91.0
✕ 32
✕ 40
✕ 50
✕ 65
✕ 80
✕ 90
5 ✕ 2
125 ✕ 50
✕ 350
1,3
254
3,6
450 ✕ 250
381
41,3
381
41,3
9.0
11.00
5.2
✕ 12
15.00
91.0
15.00
91.0
381
41,3
381
41,3
✕ 14
15.00
91.0
15.00
91.0
381
41,3
381
41,3
✕ 16
15.00
91.0
15.00
91.0
381
41,3
381
41,3
102
4,1
279
2,4
11.0
11.00
10.8
279
5,0
279
4,9
✕ 3
4.00 d
5.5
11.00
11.1
102
2,5
279
5,0
✕ 4
3.50 d
4.3
5.00 d
12.0
89
1,9
127
5,4
✕ 100
✕ 300
76
11.00
✕ 80
✕ 250
4.00
✕ 2¹⁄₂
✕ 65
✕ 300
✕ 300
✕ 350
✕ 400
Table continued on page 30.
(d) Ductile iron
+ Contact Victaulic for details.
*Available with male threaded small end No. 52.
@ Steel eccentric reducers available through 30" (750 mm), contact Victaulic for dimensions.
For the most up-to-date product information, visit www.victaulic.com
33
GROOVED IPS FITTINGS
Concentric/
Eccentric
Reducers
Concentric/
Eccentric
Reducers
No. 50
Approx.
E to E Wgt. Ea.
Inches
Lbs.
Nominal
Size
Inches/mm
20 ✕ 10
Steel (except as noted)
500 ✕ 250
No. 51
Approx.
E to E Wgt. Ea.
Lbs.
Inches
mm
kg
mm
kg
20.00
110.0
20.00
177.0
No. 50
No. 51
Approx.
Approx.
E to E Wgt. Ea. E to E Wgt. Ea.
Lbs.
Lbs.
Inches
Inches
Nominal
Size
Inches/mm
24 ✕ 12
mm
kg
mm
kg
20.00
150.0
20.00
150.0
508
49,9
508
80,3
600 ✕ 300
508
68,0
508
68,0
✕ 12
20.00
120.0
20.00
120.0
20.00
162.0
20.00
162.0
508
54,4
508
54,4
✕ 14
508
73,5
508
73,5
✕ 14
20.00
149.0
20.00
149.0
20.00
162.0
20.00
162.0
508
67,9
508
67,9
✕ 16
508
73,5
508
73,5
✕ 16
20.00
120.0
20.00
120.0
20.00
162.0
20.00
162.0
No. 50
508
54,4
508
54,4
✕ 18
508
73,5
508
73,5
✕ 18
20.00
136.0
20.00
136.0
20.00
151.0
20.00
190.0
508
61,7
508
61,7
✕ 20
508
68,5
508
86,2
E to E
24 ✕ 10
20.00
142.0
20.00
142.0
508
64,4
508
64,4
No. 25
Std.
C to E
In/mm
5.00 d
No. 29
w/Thd.
Branch
C to E
In/mm
5.00 d
Aprx.
Wgt. Ea.
Lbs/kg
11.4
E
to E
✕ 300
✕ 350
✕ 400
✕ 450
600 ✕ 250
✕ 350
✕ 400
✕ 450
✕ 500
No. 51
No. 25 and No. 29
Reducing Tees
(Segmentally welded steel)
C to E
Nominal
Size
Inches/mm
1 ✕ 1 ✕ ³⁄₄
+
+
0,5
100 ✕ 100 ✕ 65
1¹⁄₄ ✕ 1¹⁄₄ ✕ 1
+
+
1.3
+
+
0,6
✕3
1¹⁄₂ ✕ 1¹⁄₂ ✕ ³⁄₄
+
+
1.5
+
+
0,7
125 ✕ 125 ✕ 25
+
+
6,4
✕1
+
+
1.5
+
+
14.3
+
+
0,7
✕ 1¹⁄₂
+
+
6,5
✕ 1¹⁄₄
+
+
1.7
✕2
5.50
5.50
14.5
140
140
6,6
✕ 2¹⁄₂
5.50 d
5.50 d
15.2
140
140
6,9
✕3
5.50 d
5.50
16.6
140
140
7,5
✕4
5.50 d
5.50
16.7
140
140
7,6
+
+
23.0
25 ✕25 ✕ 20
32 ✕ 32 ✕ 25
GROOVED IPS FITTINGS
C
to
E
40 ✕ 40 ✕ 20
✕ 25
No. 25
✕ 32
C to E
No. 29
✕ 80
5✕5✕1
✕ 40
✕ 50
127
127
5,2
5.00 d
5.00 d
11.6
127
127
5,3
+
+
14.0
+
+
0,8
3.25 d
3.25 d
2.5
83
83
1,1
✕1
3.25 d
3.25 d
2.7
83
83
1,2
✕ 1¹⁄₄
+
+
1.8
+
+
0,8
✕ 1¹⁄₂
3.25 d
3.25
3.0
83
83
1,4
150 ✕ 150 ✕ 25
+
+
10,4
+
+
3.9
✕ 1¹⁄₂
+
+
24.0
+
+
10,9
✕2
6.50 d
6.50 d
21.6
165
165
9,8
✕ 2¹⁄₂
6.50 d
6.50 d
21.4
165
165
11,7
✕3
6.50 d
6.50 d
26.5
165
165
12,0
✕4
6.50 d
6.50 d
25.0
165
165
11,3
✕5
6.50 d
6.50 d
23.2
165
165
10,5
6¹⁄₂ ✕ 6¹⁄₂ ✕ 3
6.50 d
6.50
24.0
165
165
10,9
6.50 d
6.50
25.0
165
165
11,3
+
+
33.0
✕ 25
✕ 32
✕ 40
2¹⁄₂ ✕ 2¹⁄₂ ✕ ³⁄₄
65 ✕ 65 ✕ 20
+
+
1,8
✕1
3.75 d
3.75
3.8
95
95
1,7
✕ 1¹⁄₄
+
+
4.2
+
+
1,9
✕ 1¹⁄₂
3.75 d
3.75 d
3.9
95
95
1,8
✕2
3.75 d
3.75
4.5
95
95
2,0
+
+
5.7
✕ 25
✕ 32
✕ 40
✕ 50
3 ✕ 3 ✕ ³⁄₄
80 ✕ 80 ✕ 20
✕ 65
✕ 80
✕ 100
6✕6✕1
✕ 40
✕ 50
✕ 65
✕ 80
✕ 100
✕ 125
+
+
2,6
✕1
4.25 d
4.25 d
6.1
108
108
2,8
165,1 ✕ 165,1 ✕ 80
✕ 1¹⁄₄
+
+
8.0
+
+
3,6
✕4
✕ 1¹⁄₂
4.25 d
4.25
6.5
108
108
2,9
200 ✕ 200 ✕ 40
+
+
15,0
✕2
4.25 d
4.25
6.2
7.75
7.75
33.5
108
108
2,8
✕2
197
197
15,2
✕ 2¹⁄₂
4.25 d
4.25
6.4
+
+
39.0
108
108
2,9
✕ 2¹⁄₂
+
+
17,7
+
+
8.0
✕3
7.75
7.75
33.6
197
197
15,2
✕4
7.75 d
7.75 d
41.8
197
197
19,0
✕5
7.75
7.75
34.0
197
197
15,4
✕6
7.75 d
7.75 d
42.3
197
197
19,2
✕
7.75
7.75
48.0
197
197
21,8
✕ 25
✕ 32
✕ 40
✕ 50
✕ 65
4 ✕ 4 ✕ ³⁄₄
100 ✕ 100 ✕ 20
+
+
3,6
✕1
5.00 d
5.00 d
7.8
127
127
3,5
✕ 1¹⁄₄
+
+
9.6
+
+
4,4
✕ 1¹⁄₂
5.00 d
5.00 d
10.2
127
127
4,6
✕2
5.00 d
5.00 d
11.2
127
127
5,1
✕ 25
✕ 32
✕ 40
✕ 50
34
Nominal
Size
Inches/mm
4 ✕ 4 ✕ 2¹⁄₂
2 ✕ 2 ✕ ³⁄₄
50 ✕ 50 ✕ 20
C
to
E
No. 29
w/Thd.
Branch
Aprx.
C to E Wgt. Ea.
In/mm
Lbs/kg
+
1.0
No. 25
Std.
C to E
In/mm
+
✕ 100
8 ✕ 8 ✕ 1¹⁄₂
✕ 50
✕ 65
✕ 80
✕ 100
✕ 125
✕ 150
165,1 mm
For the most up-to-date product information, visit www.victaulic.com
(Segmentally welded steel)
C to E
Nominal
Size
Inches/mm
10 ✕ 10 ✕ 1¹⁄₂
250 ✕ 250 ✕ 40
No. 25
+
+
28,1
9.00
62.0
229
229
28,1
✕ 2¹⁄₂
+
+
62.4
+
+
28,3
✕3
+
+
60.0
✕ 65
✕ 80
229
229
27,2
✕4
9.00
9.00
61.0
229
229
27,7
✕5
9.00
9.00
52.0
229
229
23,6
✕6
9.00
9.00
59.0
229
229
26,8
✕8
9.00
9.00
64.7
229
229
29,3
12 ✕ 12 ✕ 1
+
+
77.0
+
+
34,9
✕2
+
+
80.0
+
+
36,3
✕ 2¹⁄₂
+
+
78.0
+
+
35,4
✕3
10.00
10.00
82.0
254
254
37,2
✕4
10.00
10.00
80.0
254
254
36,3
✕5
10.00
10.00
75.0
254
254
34,0
✕6
10.00
10.00
75.0
254
254
✕8
10.00
10.00
254
254
36,3
✕ 10
10.00
10.00
84.0
✕ 125
C
to
E
No. 29
Aprx.
Wgt. Ea.
Lbs/kg
62.0
9.00
✕ 100
C to E
No. 29
w/Thd.
Branch
C to E
In/mm
+
✕2
✕ 50
C
to
E
No. 25
Std.
C to E
In/mm
+
✕ 150
✕ 200
300 ✕ 300 ✕ 25
✕ 50
✕ 65
✕ 80
✕ 100
✕ 125
✕ 150
✕ 200
✕ 250
+
91,6
15.50
15.50
212.0
394
394
96,2
✕ 12
15.50
15.50
222.6
394
394
101,0
✕ 14
15.50
–
230.1
394
–
104,4
✕ 16
15.50
–
247.6
✕ 200
✕ 250
✕ 300
✕ 350
✕ 400
+
108,9
244.0
+
+
110,7
✕ 10
+
+
256.0
+
+
116,1
✕ 12
+
+
264.0
+
+
119,8
✕ 14
17.25
–
275.0
438
–
124,7
✕ 16
17.25
–
288.6
438
–
130,9
✕ 18
17.25
–
297.0
438
–
134,7
600 ✕ 600 ✕ 200
20.00
20.00
340.0
34,0
24 ✕ 24 ✕ 8
508
508
154,2
80.0
✕ 10
20.00
20.00
343.9
508
508
156,0
✕ 12
20.00
20.00
352.8
508
508
160,0
✕ 14
20.00
–
360.0
508
–
163,3
✕ 16
20.00
–
378.0
508
–
171,5
✕ 18
20.00
–
380.0
508
–
172,4
✕ 20
20.00
–
373.0
508
–
169,2
+
46,3
108.2
+
+
49,1
✕8
11.00
11.00
112.0
279
279
50,8
✕ 10
11.00
11.00
120.0
279
279
54,4
✕ 12
11.00
11.00
129.1
279
279
58,6
16 ✕ 16 ✕ 4
+
+
130.0
+
+
59,0
✕6
+
+
133.5
+
+
60,6
✕8
12.00
12.00
145.0
305
305
65,8
✕ 10
12.00
12.00
149.5
305
305
67,8
✕ 12
12.00
12.00
154.0
305
305
69,9
✕ 14
+
+
167.0
+
+
75,8
For the most up-to-date product information, visit www.victaulic.com
+
✕ 10
+
+
✕ 350
202.0
+
+
✕ 300
90,7
+
+
+
✕ 250
+
+
✕ 150
✕8
✕6
✕ 200
+
✕8
112,3
38,1
✕ 150
200.0
240.0
102.0
400 ✕ 400 ✕ 100
88,0
+
–
+
✕ 300
+
+
+
254
✕ 250
+
✕6
+
+
✕ 200
Aprx.
Wgt. Ea.
Lbs/kg
194.0
394
254
✕ 150
450 ✕ 450 ✕ 100
No. 29
w/Thd.
Branch
C to E
In/mm
+
20 ✕ 20 ✕ 6
14 ✕ 14 ✕ 4
350 ✕ 350 ✕ 100
Nominal
Size
Inches/mm
18 ✕ 18 ✕ 4
No. 25
Std.
C to E
In/mm
+
500 ✕ 500 ✕ 150
✕ 200
✕ 250
✕ 300
✕ 350
✕ 400
✕ 450
✕ 250
✕ 300
✕ 350
✕ 400
✕ 450
✕ 500
(d) Ductile iron.
+ Contact Victaulic for details.
No. 29 Threaded Outlet Reducing Tees are supplied NPT and are
available with British Standard threads. For British Standard
specify “BSP” clearly on order.
35
GROOVED IPS FITTINGS
No. 25 and No. 29
Reducing Tees
No. 52
Reducer Threaded
Small
(Ductile Iron)
Nominal
Size
Inches/mm
1¹⁄₂ ✕ 1
40 ✕ 25
E to E Aprx.
Wgt. Ea.
In.
Lbs./kg
mm
2.50
0.8
Nominal
Size
Inches/mm
3 ✕ ³⁄₄
80 ✕ 20
64
0,4
✕ 1¹⁄₄
2.50
0.9
64
0,4
2 ✕ ³⁄₄
2.50
0.9
64
0,4
✕ 1
2.50
0.7
64
0,3
80 ✕ 50
✕ 1¹⁄₄
2.50
1.2
64
0,5
✕ 2¹⁄₂
✕ 1¹⁄₂
2.50
1.0
✕ 32
50 ✕ 20
✕ 25
✕ 32
✕ 40
2¹⁄₂ ✕ 1
65 ✕ 25
2,0
4.00
5.5
✕ 1
2.50
1.3
64
0,6
150 ✕ 25
102
2,5
✕ 1¹⁄₂
2.50
1.5 s
✕ 2
4.00
5.7
102
2,6
✕ 2¹⁄₂
4.00
5.8
102
2,6
✕ 3
4.00
5.8
102
2,6
✕ 4
+
6.5 s
+
2,9
✕ 5
+
2.0 s
+
0,9
8 ✕ 2
16.00
1.5
✕ 25
✕ 40
3 ✕ 2
✕ 65
4 ✕ 1
64
0,7
2.50
1.5
64
0,7
2.50
2.4
64
1,1
3.00
2.3
✕ 50
✕ 65
✕ 80
100 ✕ 25
76
1,0
✕ 1¹⁄₂
+
2.5 s
+
1,1
✕ 2
3.00
2.6
76
1,2
200 ✕ 50
✕ 2¹⁄₂
3.00
2.6
76
1,2
✕ 2¹⁄₂
✕ 3
3.00
2.5
76
1,1
0,5
64
0,5
✕ 1¹⁄₂
2.50
1.3 s
64
0,6
✕ 2
3.00
1.4
76
0,6
+
0,7
0,5
1.2 s
✕ 50
+
6 ✕ 1
125 ✕ 100
mm
+
1.0 s
+
✕ 40
E to E
In.
+
2.50
Aprx.
Wgt. Ea.
Lbs./kg
4.5
Nominal
Size
Inches/mm
5 ✕ 4
64
✕ 1¹⁄₄
✕ 32
E to E Aprx.
Wgt. Ea.
In.
Lbs./kg
mm
+
1.5 s
✕ 40
✕ 50
✕ 65
✕ 80
✕ 100
✕ 125
✕ 65
406
0,7
16.00
1.7
406
0,8
(s) Steel.
+ Contact Victaulic for details.
Available with British Standard Pipe Threads, specify “BSP” clearly on order.
GROOVED IPS FITTINGS
No. 53, 54 & 55
Swaged Nipples
(Steel)
E to E
Inches
165
0,9
✕ 1¹⁄₄
6.50
2.0
165
0,9
✕ 1¹⁄₂
6.50
2.0
50 ✕ 25
E to E
✕ 32
✕ 40
2¹⁄₂ ✕ 1
65 ✕ 25
No. 53
0,9
3.0
3,4
9.00
7.5
229
3,4
✕ 3¹⁄₂
9.00
7.5
✕ 80
✕ 90
kg
7.5
229
3,4
5 ✕ 2
11.00
11.5
1,4
125 ✕ 50
279
5,2
3.0
11.00
11.3
178
1,4
✕ 3
279
5,1
✕ 1¹⁄₂
7.00
3.0
11.00
11.5
178
1,4
✕ 4
279
5,2
✕ 2
7.00
3.0
17.0
1,4
150 ✕ 25
12.00
178
6 ✕ 1
305
7,7
3 ✕ 1
8.00
4.5
✕ 1¹⁄₄
12.00
17.0
305
7,7
✕ 1¹⁄₂
12.00
17.2
305
7,8
✕ 2
12.00
17.4
305
7,9
✕ 2¹⁄₂
12.00
17.4
305
7,9
✕ 3
12.00
17.4
305
7,9
✕ 3¹⁄₂
12.00
17.4
305
7,9
✕ 4
12.00
17.5
305
7,9
✕ 4¹⁄₂
12.00
17.5
305
7,9
✕ 5
12.00
17.5
305
7,9
8 ✕ 6
+
20.0
+
9,1
✕ 32
203
2,0
✕ 1¹⁄₄
8.00
4.5
203
2,0
✕ 1¹⁄₂
8.00
4.4
203
2,0
✕ 2
8.00
4.5
203
2,0
✕ 2¹⁄₂
8.00
4.5
✕ 32
✕ 40
✕ 50
✕ 65
No. 55
165
7.00
229
✕ 3
100 ✕ 65
mm
9.00
178
80 ✕ 25
E to E
kg
2.0
E to E
Inches
7.00
✕ 50
No. 54
mm
6.50
Approx.
Weight Each
Lbs.
Nominal
Size
Inches/mm
4 ✕ 2¹⁄₂
✕ 1¹⁄₄
✕ 40
E to E
Approx.
Weight Each
Lbs.
Nominal
Size
Inches/mm
2 ✕ 1
203
2,0
3¹⁄₂ ✕ 3
8.00
6.8
203
3,1
4 ✕ 1
9.00
7.5
90 ✕ 80
100 ✕ 25
229
3,4
✕ 1¹⁄₄
9.00
7.5
229
3,4
✕ 1¹⁄₂
9.00
7.5
229
3,4
✕ 2
9.00
7.5
229
3,4
✕ 32
✕ 40
✕ 50
✕ 80
✕ 100
✕ 32
✕ 40
✕ 50
✕ 65
✕ 80
✕ 90
✕ 100
✕ 120
✕ 125
200 ✕ 150
+ Contact Victaulic for details.
36
For the most up-to-date product information, visit www.victaulic.com
No. 18 and 19
Adapter Elbows
(Ductile iron)
C to
GE
C to
TE
No. 18
C to
GE
C to
TE
No. 19
Fitting Size
Actual
Nominal
Outside
Dia.
Dia.
In./mm
In./mm
³⁄₄
1.050
No. 18
90° Adapter Elbow @
Approx.
Weight Each
C to GE
C to TE
Lbs.
Inches
Inches
No. 19
45° Adapter Elbow @
Approx.
Weight Each
C to GE
C to TE
Lbs.
Inches
Inches
mm
mm
kg
mm
mm
kg
2.25
2.25
0.5
1.50
1.50
0.5
20
26,9
57
57
0,2
38
38
0,2
1
1.315
2.25
2.25
0.5
1.75
1.75
0.6
25
33,7
57
57
0,2
44
44
0,3
1¹⁄₄
1.660
2.75
2.75
0.9
1.75
1.75
0.6
32
42,4
70
70
0,4
44
44
0,3
1¹⁄₂
1.900
2.75
2.75
1.1
1.75
1.75
0.9
40
48,3
70
70
0,5
44
44
0,4
2
2.375
3.25
4.25
2.5
2.00
3.00
1.9
50
60,3
83
108
1,1
51
76
0,9
2¹⁄₂
2.875
3.75
3.75
3.0
2.25
2.25
2.3
65
73,0
95
95
1,4
57
57
1,0
3
3.500
4.25
6.00
5.8
2.50
4.25
5.0
80
88,9
108
152
2,6
64
108
2,3
3¹⁄₂
4.000
4.50
6.25
8.0
5.25
5.25
8.8
90
101,6
114
159
3,6
133
133
4,0
4
4.500
5.00
7.25
12.0
3.00
5.25
8.8
100
114,3
127
184
5,4
76
133
4,0
6
6.625
6.50
6.50
17.6
3.50
3.50
12.7
150
168,3
165
165
8,0
89
89
5,8
No. 27
Standpipe Tee
(Ductile Iron)
C to
EOB
Nominal
Size
Inches/mm
4 ✕ 4 ✕ 2¹⁄₂
100 ✕ 100 ✕ 65
6 ✕ 6 ✕ 2¹⁄₂
150 ✕ 150 ✕ 65
C to EOR
Inches
C to EOB
Inches
GROOVED IPS FITTINGS
@ Available with British Standard Pipe Threads, specify “BSP” clearly on order.
+ Contact Victaulic for details.
Approx
Weight Each
Lbs.
mm
mm
kg
3.25
4.00
9.1
83
102
4,1
3.25
5.13
14.8
83
130
6,7
C to EOB
Inches
Approx
Weight Each
Lbs.
Available with British Standard Pipe Threads, specify “BSP” clearly on order.
C to
EOR
No. 27
No. 21
Bullhead Tee
(Ductile Iron)
Nominal
Size
Inches/mm
5✕5✕8
C to EOR
Inches
197
140
13,0
6✕6✕8
7.75
6.50
37.5
197
165
17,0
125 ✕ 125 ✕ 200
C to
EOR
150 ✕ 150 ✕ 200
mm
mm
kg
7.75
5.50
28.7
C to
EOB
No. 21
For the most up-to-date product information, visit www.victaulic.com
37
Fitting Size
No. 61
Bull Plug
Nominal
Diameter
In./mm
2
(Steel)
E to E
Actual
Outside
Diameter
In./mm
2.375
Approx.
Weight Each
Lbs.
E to E
Inches
mm
kg
4.00
2.5
50
60,3
102
1,1
2¹⁄₂
2.875
5.00
3.0
65
73,0
127
1,4
3
3.500
6.00
4.5
80
88,9
152
2,0
4
4.500
7.00
7.5
100
114,3
178
3,4
5
5.563
8.00
12.0
125
141,3
203
5,4
6
6.625
10.00
17.0
150
168,3
254
7,7
‡ Steel dish caps available through 24" (600 mm), contact Victaulic.
No. 60 cap is not suitable for use in vacuum service with Style 72 or 750 couplings.
No. 61 Bull Plugs should be used.
Dimensions – Inches/millimeters
No. 32
Tee Wye
(Segmentally welded steel)
G
2.75
70
178
229
118
2,9
2¹⁄₂ ✕ 2¹⁄₂ ✕ 2¹⁄₂
3.00
7.75
10.50
5.75
11.5
76
197
267
146
5,2
3✕3 ✕ 3
3.25
8.50
11.50
6.50
14.3
83
216
292
165
6,5
3¹⁄₂ ✕ 3¹⁄₂ ✕ 3¹⁄₂
3.25
10.00
13.00
7.75
22.9
89
254
330
197
10,4
4✕4 ✕ 3
3.75
10.50
12.88
7.88
23.0
95
267
327
200
10,4
✕ 4
3.75
10.50
13.63
8.13
26.0
95
267
346
207
11,8
5✕5 ✕ 3
4.00
12.50
14.25
9.25
29.0
102
318
362
235
13,2
✕ 4
4.00
12.50
15.13
9.63
36.7
102
318
384
245
16,6
✕ 5
4.00
12.50
16.13
10.00
48.0
102
318
410
254
21,8
6✕6 ✕ 3
4.50
14.00
15.31
10.31
37.3
114
356
389
262
16,9
✕ 4
4.50
14.00
16.25
10.75
46.3
114
356
413
273
21,0
✕ 5
4.50
14.00
17.25
11.13
55.0
114
356
438
283
24,9
✕ 6
4.50
14.00
18.25
11.50
60.5
114
356
464
292
27,4
8✕8 ✕ 3
6.00
18.00
18.19
13.19
76.0
152
457
462
335
34,5
✕ 4
6.00
18.00
19.00
13.50
76.4
152
457
483
343
34,7
✕ 5
6.00
18.00
20.00
13.88
85.6
152
457
508
352
38,8
✕ 6
6.00
18.00
21.13
14.38
112.0
152
457
537
365
50,8
✕ 8
6.00
18.00
23.25
15.25
127.1
152
457
591
387
57,7
10 ✕ 10 ✕ 3
6.50
20.50
19.88
14.88
96.0
165
521
505
378
43,5
✕ 4
6.50
20.50
20.75
15.25
97.4
165
521
527
387
44,2
✕ 5
6.50
20.50
21.88
15.75
115.0
165
521
556
400
52,2
✕ 6
6.50
20.50
22.88
16.13
133.1
165
521
581
410
60,4
✕ 8
6.50
20.50
27.25
19.25
156.0
165
521
692
489
70,8
✕ 10
6.50
20.50
27.25
18.00
190.0
165
521
692
457
86,2
12 ✕ 12 ✕ 12
7.00
23.00
31.00
20.50
240.0
178
584
787
521
108,9
50 ✕ 50 ✕ 50
65 ✕ 65 ✕ 65
GROOVED IPS FITTINGS
80 ✕ 80 ✕ 80
H
E2
90 ✕ 90 ✕ 90
100 ✕ 100 ✕ 80
G
✕ 100
E1
125 ✕ 125 ✕ 80
✕ 100
✕ 125
150 ✕ 150 ✕ 80
✕ 100
✕ 125
✕ 150
200 ✕ 200 ✕ 80
✕ 100
✕ 125
✕ 150
✕ 200
250 ✕ 250 ✕ 80
✕ 100
✕ 125
✕ 150
✕ 200
✕ 250
300 ✕ 300 ✕ 300
38
Approx.
Weight
Each
Lbs./kg
6.4
Nominal
Size
Inches/mm
2✕2 ✕ 2
H
7.00
E1
9.00
E2
4.63
For the most up-to-date product information, visit www.victaulic.com
(Segmentally welded steel)
Nominal
Size
Inches/mm
3✕3 ✕ 2
80 ✕ 80 ✕ 50
✕ 2¹⁄₂
✕ 65
C to
LE
4✕4 ✕ 2
100 ✕ 100 ✕ 50
mm
kg
3.25
9.8
C to
SE
Inches
Approx.
Weight
Each
Lbs
mm
mm
kg
23.00
7.00
167.0
216
83
4,4
300 ✕ 300 ✕ 250
584
178
75,8
8.50
3.25
9.8
14 ✕ 14 ✕ 4
26.50
7.50
172.0
673
191
78,0
✕6
26.50
7.50
187.0
673
191
84,8
✕8
26.50
7.50
205.8
673
191
93,4
✕ 10
26.50
7.50
235.0
673
191
106,6
✕ 12
26.50
7.50
250.0
673
191
113,4
16 ✕ 16 ✕ 6
29.00
8.00
215.0
737
203
97,5
✕8
29.00
8.00
252.5
737
203
114,5
✕ 10
29.00
8.00
265.0
737
203
120,2
✕ 12
29.00
8.00
295.0
737
203
133,8
✕ 14
29.00
8.00
305.0
737
203
138,3
18 ✕ 18 ✕ 6
32.00
8.50
274.0
813
216
124,3
✕8
32.00
8.50
275.0
813
216
124,7
✕ 12
32.00
8.50
347.0
813
216
157,4
✕ 14
32.00
8.50
350.0
813
216
158,8
✕ 16
32.00
8.50
362.0
813
216
164,2
20 ✕ 20 ✕ 12
35.00
9.00
415.0
216
83
4,4
10.50
3.75
10.0
350 ✕ 350 ✕ 100
✕ 150
4,5
10.0
267
95
4,5
✕3
10.50
3.75
18.3
267
95
8,3
5✕5 ✕ 2
12.50
4.00
24.0
318
102
10,9
✕3
12.50
4.00
27.0
318
102
12,2
✕4
12.50
4.00
26.5
318
102
12,0
6✕6 ✕ 3
14.00
4.50
37.0
356
114
16,8
✕4
14.00
4.50
36.0
356
114
16,3
✕5
14.00
4.50
44.7
356
114
20,3
8✕8 ✕ 4
18.00
6.00
62.0
457
152
28,1
✕5
18.00
6.00
75.5
457
152
34,2
✕6
18.00
6.00
82.0
457
152
37,2
10 ✕ 10 ✕ 4
20.50
6.50
104.8
521
165
47,5
✕5
20.50
6.50
99.0
521
165
44,9
✕6
20.50
6.50
105.8
521
165
48,0
500 ✕ 500 ✕ 300
889
229
188,2
✕8
20.50
6.50
118.0
35.00
9.00
420.0
521
165
53,5
✕ 14
889
229
190,5
12 ✕ 12 ✕ 5
23.00
7.00
122.0
35.00
9.00
425.0
584
178
55,3
✕ 16
889
229
192,8
✕6
23.00
7.00
137.0
10.00
425.0
178
62,1
600 ✕ 600 ✕ 400
40.00
584
24 ✕ 24 ✕ 16
1016
254
192,8
✕8
23.00
7.00
147.0
40.00
10.00
570.0
584
178
66,7
✕ 20
1016
254
258,6
LE
95
3.75
to
✕ 65
✕ 80
✕ 100
150 ✕ 150 ✕ 80
✕ 100
✕ 125
200 ✕ 200 ✕ 100
✕ 125
✕ 150
250 ✕ 250 ✕ 100
✕ 125
✕ 150
✕ 200
300 ✕ 300 ✕ 125
✕ 150
✕ 200
E to E
mm
8.50
Nominal
Size
Inches/mm
12 ✕ 12 ✕ 10
C to
LE
Inches
267
125 ✕ 125 ✕ 50
Ductile Iron (except as noted)
Approx
Weight
Each
Lbs.
10.50
✕ 80
No. 80 Female
Threaded Adapter
C to
SE
Inches
✕ 2¹⁄₂
C
C to
SE
C to
LE
Inches
✕ 200
✕ 250
✕ 300
400 ✕ 400 ✕ 150
✕ 200
✕ 250
✕ 300
✕ 350
450 ✕ 450 ✕ 150
✕ 200
✕ 300
✕ 350
✕ 400
✕ 350
✕ 400
✕ 600
Fitting Size
Nominal
Diameter
In./mm
³⁄₄
Actual
Outside
Diameter
In./mm
1.050
20
26,9
51
0,5
1
1.315
2.06
1.0
E to E
Inches
Approx.
Weight Each
Lbs.
mm
kg
2.00
1.0
25
33,7
52
0,5
1¹⁄₄
1.660
2.31
1.5 s
32
42,4
59
0,7
1¹⁄₂
1.900
2.31
1.5 s
40
48,3
59
0,7
2
2.375
2.50
1.4
50
60,3
64
0,6
2¹⁄₂
2.875
2.75
1.5
65
73,0
70
0,7
3
3.500
2.75
2.9
80
88,9
70
1,3
4
4.500
3.25
4.5
100
114,3
83
2,0
Available with British Standard Pipe threads, specify “BSP” clearly on order.
s = steel
For the most up-to-date product information, visit www.victaulic.com
39
GROOVED IPS FITTINGS
No. 30-R
Reducing Lateral
µ
No. 32-R
Reducing Tee Wye
(Segmentally welded steel)
89
241
273
146
7,3
✕4
3.75
10.50
13.63
8.13
16.0
95
267
346
206
7,3
5✕3 ✕ 3
1.25
9.75
11.50
7.63
25.0
32
248
292
194
11,3
✕5
4.00
12.50
16.13
11.13
43.4
102
318
410
283
19,5
5✕4 ✕ 3
1.88
9.13
11.88
6.88
21.0
48
232
302
175
9,5
✕4
1.88
9.13
12.75
7.25
25.0
48
232
324
184
11,3
6✕4 ✕ 6
4.50
14.00
18.25
11.50
61.0
114
356
464
292
27,7
6✕5 ✕ 3
1.25
10.75
13.00
8.00
27.0
32
273
330
203
12,2
✕4
1.25
10.75
13.88
8.38
31.0
32
273
352
213
14,1
8✕6 ✕ 4
1.00
12.00
14.75
9.25
45.0
25
304
375
235
20,4
8✕6 ✕ 8
6.00
18.00
23.25
15.25
112.0
152
457
591
387
50,8
✕ 100
125 ✕ 80 ✕ 80
E2
✕ 125
125 ✕ 100 ✕ 80
G
E1
✕ 100
150 ✕ 100 ✕ 150
150 ✕ 125 ✕ 80
✕ 100
200 ✕ 150 ✕ 100
200 ✕ 150 ✕ 200
GROOVED IPS FITTINGS
No. 48
Hose Nipple
(Steel)
E to E
40
Approx.
Weight Each
Lbs
G
3.50
100 ✕ 80 ✕ 80
H
Dimensions
Inches/mm
Nominal
Size
Inches/mm
4✕3 ✕ 3
H
9.50
E1
10.75
E2
5.75
kg
16.0
Fitting Size
Nominal
Diameter
In./mm
³⁄₄
Actual
Outside
Diameter
In./mm
1.050
20
26,9
79
0,1
1
1.315
3.38
0.4
E to E
Inches
Approx.
Weight Each
Lbs.
mm
kg
3.12
0.3
25
33,7
86
0,2
1¹⁄₄
1.660
3.88
0.6
32
42,4
98
0,3
1¹⁄₂
1.900
3.88
0.8
40
48,3
98
0,4
2
2.375
4.50
1.1
50
60,3
114
0,5
2¹⁄₂
2.875
5.38
2.0
65
73,0
137
0,9
3
3.500
5.75
3.2
80
88,9
146
1,5
4
4.500
7.00
4.9
100
114,3
178
2,2
5
5.563
8.75
8.0
125
141,3
222
3,6
6
6.625
10.12
14.3
150
168,3
257
6,5
8
8.625
11.88
24.7
200
219,1
302
11,2
10
10.750
12.50
40.1
250
273,0
318
18,2
12
12.750
14.50
62.0
300
323,9
368
28,1
For the most up-to-date product information, visit www.victaulic.com
Grooved End Valves
Victaulic offers a full line of butterfly,
ball, check and plug valves.
Victaulic®, the originator and
leading manufacturer of
grooved end products, has a
full line of butterfly, ball, check
and plug valves for nearly
every market and almost any
application. Victaulic valves
are known for their reliability
and ease of installation. As an
ISO 9001 certified company,
Victaulic manufactures its
products to meet or exceed
your piping requirements.
Valve Size
Nominal
Dia.
Inches
Actual
Out.
Dia.
Inches
mm
mm
DATA
SHEET
Victaulic valves are available
for carbon steel, stainless
steel, copper and ductile iron
piping systems. Vic-Plug™
(Series 365) and Vic-Check®
(Series 317) valves are
specifically designed to meet
AWWA ductile iron pipe
standards.
Butterfly
Globe @
Combo
Check
Ball †
Plug ‡
Vic 300
Series
Series
608
Series
763
Copper 706/709 S.S.
Series
700
3-Way
Circuit
Balance
Series
785 789
08.02
08.17
08.05
08.06
08.16
08.09
08.10
23.10
08.08
08.11
08.13
17.22
23.06/08.12
–
®
08.03
17.23
TriService
Venturi
Check
Series
779
AWWA
VicCheck®
Series
317
VicCheck
Series
716
#
Swinger®
Series
712/713
Vic-Ball®
Series
726/723
Vic-Ball®
Series
726S
AWWA
Vic-Plug™
Series
365/377
1¹⁄₂
1.900
–
–
–
–
200
200
@
–
–
–
–
–
1000
1000
40
48,3
–
–
–
–
1420
1420
@
–
–
–
–
–
6895
6895
–
2*
2.375
300
–
–
300
200
300
@
–
–
–
–
300
1000
1000
–
50
60,3
2065
–
–
2065
1420
2065
@
–
–
–
–
2065
6895
6895
–
2¹⁄₂
2.875
300
300
–
300
200
300
@
300
–
–
300
300
1000
1000
–
65
73,0
2065
2065
–
2065
1420
2065
@
2065
–
–
2065
2065
6895
6895
–
3
3.500
300
300
–
300
200
300
@
300
–
175
300
300
1000
1000
175
80
88,9
2065
2065
–
2065
1420
2065
@
2065
–
1200
2065
2065
6895
6895
1200
4
4.500
300
300
–
300
200
300
@
300
300
175
300
300
1000
800
175
100
114,3
2065
2065
–
2065
1420
2065
@
2065
2065
1200
2065
2065
6895
5515
1200
–
5
5.563
300
300
–
300
200
300
@
300
300
–
300
–
–
800
125
141,3
2065
2065
–
2065
1420
2065
@
2065
2065
–
2065
–
–
5515
–
6
6.625
300
300
–
300
200
300
@
300
300
175
300
–
1000
800
175
150
168,3
2065
2065
–
2065
1420
2065
@
2065
2065
1200
2065
–
6895
5515
1200
8
8.625
300
–
–
300
–
300
@
300
300
175
300
–
–
175
200
219,1
2065
–
–
2065
–
2065
@
2065
2065
1200
2065
–
–
1200
10
10.750
300
–
–
300
–
300
@
300
300
175
300
–
–
175
250
273,0
2065
–
–
2065
–
2065
@
2065
2065
1200
2065
–
–
1200
12
12.750
300
–
–
300
–
300
@
300
300
175
300
–
–
175
300
323,9
2065
–
–
2065
–
2065
@
2065
2065
1200
2065
–
–
1200
14
14.000
–
–
175 §
–
–
175
–
175
300
–
300
–
–
150
350
355,6
–
–
1200
–
–
1200
–
1200
2065
–
2065
–
–
1035
16
16.000
–
–
175 §
–
–
175
–
–
–
–
–
–
–
150
400
406,4
–
–
1200
–
–
1200
–
–
–
–
–
–
–
1035
18
18.000
–
–
175 §
–
–
175
–
–
–
–
–
–
–
150
450
457,2
–
–
1200
–
–
1200
–
–
–
–
–
–
–
1035
–
20
20.000
–
–
175 §
–
–
175
–
–
–
–
–
–
–
500
508,0
–
–
1200
–
–
1200
–
–
–
–
–
–
–
–
24
24.000
–
–
175 §
–
–
175
–
–
–
–
–
–
–
–
600
609,6
–
–
1200
–
–
1200
–
–
–
–
–
–
–
–
* Available as Three Port Diverter.
+ Contact Victaulic for details.
‡ Vic-Plug made to AWWA sizes, adapts to IPS with Transition coupling Style 307.
† Series 722 brass body ball valve available in ¹⁄₄" through 2" size. Series 522, Series 569 and Series 589 Pressfit Ball valves are available.
# Series 713 rated at 1000 psi (6900 kPa).
@ TA Hydronics Circuit Balancing valves available from ¹⁄₂ - 12" (15 - 300 mm). Series 785 - 125 psi (862 kPa); Series 786 & 787 - 300 psi (2065 kPa); Series 788 - 250 psi (1725 kPa);
Series 789 - 350 psi (2415 kPa).
§ Series 706 available for 300 psi (2065 kPa) service.
For the most up-to-date product information, visit www.victaulic.com
41
GROOVED END VALVES
PRESSURE RATING – PSI/kPa
Butterfly
Valves
Vic®-300
Butterfly Valves
5
1. BODY - Vic®-300 cast of durable ductile iron; Series 608 bronze
sand casting; Vic-300S Type 316 stainless steel
9
2. DISC COATING - Synthetic elastomers for most services;
coating functions as upper and lower primary seal
3. BODY COATING - (Vic-300 only) - Polyphenylene sulfide
blend; epoxy coating also available
4. DUAL SEAL DISC - Two molded-in rings assure inner body
wiping action; bubble-tight shut-off to 300 PSI (2065 kPa)
1
including dead-end service in either direction
5. DRIVE HUB - Integrally cast with disc to provide
accurate disc positioning; totally blow-out proof
6. HUB BEARING - Naval Brass (316 SS available); provides
positive hub alignment
4
7. TRUNNION - Naval Brass (316 SS available); acts as lower
disc pivot to maintain disc alignment
8. HUB AND TRUNNION SEALS - O-ring seals provide a
secondary shaft seal
9. BRACKET CONNECTIONS - Integral side wing bracket mounts
permit connection of varied manual or powered actuators
Vic®-300 butterfly valves are
designed for pressures ranging
from vacuum to 300 psi
(2065 kPa). Vic-300 butterfly
valves feature a narrow profile
disc design with a smooth,
coated inner body which
combine for superior flow
characteristics. This
combination results in low
break-away torque, reducing
gear operator and actuator
sizing and costs. Standard
6
Primary
Seals
3
Primary
Seals
2
8
7
service to +230°F (+110°C) and
nitrile for oil services with the
option of fluoroelastomer for
corrosives and aromatics. The
Vic-300 butterfly valve is
available with manual handles,
gear operators or automated in
two-way and three-way
configurations.
Request publication 08.02.
polyphenylene sulfide blend
(PPS) coating accommodates a
wide variety of severe services
(epoxy coating is also available
for severe services). The dualseal disc provides bubble-tight
sealing up to 300 psi (2065 kPa)
in both directions without
added valve modifications or
cost.
Available disc coatings
include EPDM for water
Lever Lock
G
B
G
F
F
H
E
A
A
F
4 - 5" Sizes
(typical)
Valve Size
H
E
F
6" Size
(typical)
E
H
E
8 - 12" Sizes
(typical)
Dimensions – Inches/millimeters
Overall Height – B
D
Lever
Lever
Lock/
Lock/
Inf. Var.
Gear
Inf. Var.
Gear
Handle Operator
Handle Operator
C
E
5.61
5.22
1.52
3.53
3.53
–
Aprx.
Wgt.
Each
Lbs.
F
2.38
G
1.69
H
1.78
kg
3.7
50
60,3
82
142
133
39
90
90
–
60
43
45
1,7
2¹⁄₂
2.875
3.77
6.11
5.72
1.80
3.92
3.92
–
2.88
2.25
2.31
4.1
65
76,1 mm
GROOVED END VALVES
3
73,0
96
155
145
46
100
100
–
73
57
59
1,9
3.000
3.77
6.11
5.72
1.80
3.92
3.92
–
3.02
2.25
2.31
4.8
76,1
96
155
145
46
100
100
–
77
57
59
2,2
3.500
3.77
6.75
6.36
2.14
4.22
4.22
0.08
3.50
2,59
2.31
4.8
80
88,9
96
171
162
54
107
107
2
89
66
59
2,2
4
4.500
4.63
9.03
9.25
2.71
5.15
5.28
0.07
5.88
3.19
2.79
10.5
100
114,3
118
229
235
69
131
134
2
149
81
71
4,8
5
5.563
5.88
9.94
10.17
3.12
5.67
5.80
0.43
5.88
3.70
3.92
14.0
125
139,7 mm
6
150
NOTE: Vic-300 valves in 6 - 12"
(150 - 300 mm) sizes are not
recommended for use in dry
compressed air services. Contact Victaulic Engineering Services for recommendations.
C
C
E
Actual
Nominal Out.
Dia. E - E
Dia.
In./mm In./mm
A
2
2.375 3.21
Two-Position Handle
G B
G
A
2 - 3" Sizes
(typical)
Tamper Resistant
B
A
H
Gear Operator
B
C
C
D
D
D
D
165,1 mm
8
141,3
149
253
258
79
144
147
11
149
94
100
6,4
5.500
5.88
9.94
10.17
3.12
5.67
5.80
0.43
5.88
3.70
3.92
14.0
139,7
149
253
258
79
144
147
11
149
94
100
6,4
6.625
5.88
10.89
12.05
3.61
6.15
6.94
1.00
7.50
4.16
3.96
19.0
168,3
149
277
306
92
156
176
25
191
106
101
8,6
6.500
5.88
10.89
12.05
3.61
6.15
6.94
1.00
7.50
4.16
3.96
19.0
165,1
149
277
306
92
156
176
25
191
106
101
8,6
8.625
5.33
14.53
14.44
5.00
7.93
7.93
1.28
10.20
5.50
2.67
41.0
200
219,1
135
369
367
127
201
201
33
259
140
68
18,6
10
10.750
6.40
17.20
16.67
5.94
8.68
8.68
1.72
12.20
6.69
320
59.0
250
273,0
163
437
423
151
221
221
44
310
170
81
26,6
12
12.750
6.50
19.64
19.11
7.07
10.00
10.00
2.63
14.25
8.00
3.25
85.0
300
323,9
165
499
485
180
254
254
67
362
203
83
38,6
For 14 - 24" (350 - 600 mm) butterfly valves, refer to 08.03.
Large diameter 14 - 24" (350 - 600 mm) butterfly valves are available rated to 300 psi (2065 kPa). Request publication 08.17.
42
For the most up-to-date product information, visit www.victaulic.com
Valve Size
Nominal
Actual
Diameter
Outside Dia.
In./mm
In./mm
2
2.375
Vic-300
Butterfly Valves with
Lever Lock/Infinitely
Variable Handle
60,3
107
181
43
0,7
4.20
7.13
1.70
1.5
3
0,7
1.5
76,1
107
181
43
0,7
3.500
4.20
7.13
1.70
1.5
107
181
43
0,7
6.88
10.50
2.50
1.5
100
114,3
175
267
64
0,7
5
5.563
6.88
10.50
2.50
1.5
165,1 mm
8
OPEN
43
1.70
88,9
150
J
181
7.13
4.500
6
SHUT
107
4.20
4
125
(20" extended)
73,0
3.000
80
139,7 mm
K min.
L
1.70
2.875
76,1 mm
L
K
7.13
50
65
2 - 8" Sizes
J
4.20
Aprx.
Wgt. Ea
Lbs./kg
1.5
2¹⁄₂
L
K
Dimensions – Inches/millimeters
141.3
175
267
64
0,7
5.500
6.88
10.50
2.50
1.5
139,7
175
267
64
0,7
6.625
7.10
12.00
2.50
1.5
168,3
180
305
64
0,7
6.500
7.10
12.00
2.50
1.5
165,1
180
305
64
0,7
8.625
8.88
16.00
2.50
4.5
200
219,1
225
406
64
2,0
10
10.750
7.13
11.66
4.57
12.0
250
273,0
181
296
116
5,4
12
12.750
7.13
11.66
4.57
12.0
300
323,9
181
296
116
5,4
NOTES: Handles for 2 - 8" (50 - 200 mm) valves come complete with hardware for both variations.
10 and 12" (250 and 300 mm) equipped with infinitely variable handle only.
SHUT
10 - 12" Sizes
Valve Size
Actual
Nominal Outside
Dia.
Dia.
In./mm
In./mm
2
2.375
Vic-300
Butterfly Valves with
Two Position Handle
(2 - 3" only)
H
Aprx.
Wgt. Ea.
Lbs.
C
1.52
D
2.06
E
–
F
2.38
H
1.43
K
6.56
kg
2.2
60,3
82
103
39
52
–
60
36
167
1,0
2.875
3.77
5.30
1.80
2.40
–
2.88
1.46
6.81
2.9
73,0
96
135
46
61
–
73
37
173
1,3
3.000
3.77
5.30
1.80
2.40
–
2.88
1.46
6.81
2.9
76,1
96
135
46
61
–
73
37
173
1,3
3
3.500
3.77
5.39
2.14
2.40
0.08
3.50
1.46
6.81
3.6
80
88,9
96
137
54
61
2
89
37
173
1,6
E
D
B
GROOVED END VALVES
A
Overall
Hgt.
B
4.07
50
76,1 mm
K
End to
End
A
3.21
2¹⁄₂
65
F
Dimensions – Inches/millimeters
C
2 - 3" Sizes
For the most up-to-date product information, visit www.victaulic.com
43
Valve Size
Actual
Nom. Out.
Dia. Dia.
In.
In.
Gear Operator
J
T
P
R dia.
L
K
S
O1
M
Q
N1
O2
N2
mm
mm
2
2.375
Dimensions – Inches/millimeters
Handwheel Chain Wheel
J
K
L
M
N1
O1
4.35 5.67 1.81 0.83 4.00 4.09
21
60,3
111
104
100
148
45
2.875
4.35 5.67 1.81 0.83 4.00 4.09
4.00
5.84
1.70 0.55 0.47 3.74 1.67
21
43
73,0
111
104
100
148
45
4.35 5.67 1.81 0.83 4.00 4.09
4.00
5.84
1.70 0.55 0.47 3.74 1.67
111
104
100
148
45
4.35 5.67 1.81 0.83 4.00 4.09
4.00
5.84
1.70 0.55 0.47 3.74 1.67
88,9
111
104
100
148
45
4.500
4.35 5.67 1.81 0.83 4.00 4.09
4.00
5.84
1.70 0.55 0.47 3.74 1.67
114,3
111
104
100
148
45
4.35 5.67 1.81 0.83 4.00 4.09
4.00
5.84
1.70 0.55 0.47 3.74 1.67
125
141.3
150
100
148
45
4.00
5.84
1.70 0.55 0.47 3.74 1.67
168,3
100
148
45
6.90
2.28 0.55 0.47 4.21 1.97
29
125
14
14
12
43
5.75
48
100
95
104
168
21
12
5.24 6.61 2.28 1.14 5.00 4.65
133
46
14
43
104
144
100
95
4.35 5.67 1.81 0.83 4.00 4.09
111
21
12
43
5.563
46
14
95
5
144
100
12
100
111
21
14
43
4
46
100
95
80
144
21
12
43
76,1
46
14
95
3.500
144
100
12
95
3.000
21
14
12
65
46
100
14
76,1
mm
3
144
46
100
P
Q
R
S
T
1.70 0.55 0.47 3.74 1.67
50
144
46
O2
5.84
2¹⁄₂
139,7 5.500
mm 139,7
6
6.625
Chain Wheel
Option
144
N2
4.00
12
95
43
118
146
175
58
5.24 6.61 2.28 1.14 5.00 4.65
5.75
6.90
2.28 0.55 0.47 4.21 1.97
107
50
146
175
58
7.50
10.06 3.25 0.55 0.59 6.69 2.36
165,1 6.500
mm 165,1
8
8.625
118
6.99 10.55 2.87 1.44 6.50 7.68
200
219,1
178
195
191
255
10
10.750 6.99 10.67 2.87 1.44 8.00 7.79
9.00
10.17 3.25 0.55 0.59 6.69 2.36
133
178
168
268
29
73
37
37
160
170
60
229
258
9.00
10.17 3.25 0.55 0.59 6.69 2.36
300
323,9
229
258
198
83
14
15
50
198
200
14
15
107
273,0
37
83
14
12
12.750 6.99 10.67 2.87 1.44 8.00 7.79
73
200
83
14
12
271
73
125
250
178
271
48
15
170
60
170
60
No.
Turns
to
Close
10
10
10
10
10
10
10
9.25
9.25
11.25
11.25
11.25
Aprx.
Wgt.
Each
Lbs./
kg
1.8
0,8
1.8
0,8
1.8
0,8
1.8
0,8
1.8
0,8
1.8
0,8
1.8
0,8
3.9
1,8
3.9
1,8
7.2
3,3
7.2
3,3
7.2
3,3
*Contact Victaulic for details.
Accessories
Chain wheel and Guide
Chain wheels are mounted to
the gear operator handwheels.
Sprocket rim and guide arms
are made of cast aluminum.
Chain is galvanized steel.
HOW TO ORDER:
Specify type valve and operator
by valve numbering system
shown on back page.
Always specify length of chain
required.
For insulation and locking
device, contact Victaulic for
details.
GROOVED END VALVES
Vic-300
Performance
Valve Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
2-5
2.375-5.563
50 - 125
60,3 - 141,3
Dimensions – Inches/millimeters
Chain Wheel
Size
Sprocket
(Dia.)
A
Size
4.00
4.63
0
10
118
6
6.625
5.75
150
165,1 mm
1
165,1
8
8.625
200
219,1
10 &12
10.750 &12.750
250 & 300
273,0 & 323,9
1
1 /2
2
2.0
kg
A
1.5
0,7
146
162
0,9
5.75
6.38
2.0
146
162
0,9
7.50
7.75
2.2
191
197
1,0
9.00
10.50
3.5
229
267
1,6
CV Values
CV values for flow of water at +60°F (+16°C) with various disc positions are shown in tables below.
Valve Size
Actual
Nom. Outside
CV
Dia.
Dia.
(Full
In./mm In./mm Open)
2
2.375
115
50
60,3
2¹⁄₂
2.875
65
73,0
76,1 mm
44
1
168,3
6.500
6.38
Aprx.
Wgt. Ea.
Lbs.
3.000
76,1
325
325
Valve Size
Actual
CV
Nom. Outside
Dia.
Dia.
(Full
In./mm In./mm Open)
3
3.500
482
80
88,9
4
4.500
100
114,3
5
5.563
125
141.3
600
1150
Valve Size
Actual
CV
Outside
Nom.
Dia.
Dia.
(Full
In./mm Open)
In./mm
5.500
139,7 mm 139,7
1150
6
6.625
150
168,3
165,1 mm
6.500
165,1
1850
1850
Valve Size
Actual
CV
Nom. Outside
Dia.
Dia.
(Full
In./mm In./mm Open)
8
8.625
3400
200
219,1
10
10.750
250
273,0
12
12.750
300
323,9
5750
8300
For the most up-to-date product information, visit www.victaulic.com
Three-Way
Automated
Butterfly Valves
B
All Victaulic butterfly valves are available in three-way configuration for mixing or diverting. Victaulic
three-way valves offer all the advantages of the standard butterfly valves – positive, bubble-tight shutoff, self-centering design and low pressure drop performance. Assemblies are rated for 300 psi
(2065 kPa) service for 2 - 12" (50 - 300 mm) sizes and 175 psi (1200 kPa) Series 709 or 300 psi (2065 kPa)
Series 706 for 14 - 24" (350 - 600 mm) sizes; at temperatures from –30°F to +230°F (–34°C to +110°C).
Request publication 08.06.
C
Valve Size
Nom.
Dia.
In./mm
2
E
A
Dimensions – Inches/millimeters
Actual
Outside
Dia.
In./mm
2.375
A
6.52
B
3.25
C
2.79
Aprx.†
Wgt.
Each
Lbs.
E
–
kg
14.8
50
60,3
166
83
71
–
6,7
2¹⁄₂
2.875
7.58
3.75
3.10
–
19.2
65
73,0
193
95
79
–
8,7
3
3.500
8.08
4.25
3.53
–
22.5
80
88,9
205
108
90
–
10,2
4
4.500
9.76
5.00
4.10
–
43.2
100
114,3
248
127
104
–
19,6
5
5.563
11.51
5.50
4.89
–
60.0
125
141.3
292
140
124
–
27,2
6
6.625
12.51
6.50
5.38
–
82.7
150
168,3
318
165
137
–
37,5
8§
8.625
13.27
7.75
6.80
1.28
159.4
200
219,1
337
197
173
32
72,3
10 §
10.750
15.59
9.00
8.36
1.72
258.0
250
273,0
396
229
212
44
117,0
12 §
12.750
16.69
10.00
9.25
2.65
359.4
300
323,9
424
254
235
67
163,0
14
14.000
18.19
11.00
9.88
2.66
496.0
350
355,6
462
279
251
68
225,3
16
16.000
19.19
12.00
10.88
3.66
610.0
400
406,4
487
305
276
93
276,9
18
18.000
23.69
15.50
11.94
4.15
811.0
450
457,0
602
394
303
105
368,1
20
20.000
25.94
17.25
13.69
4.93
1093.4
500
508,0
659
438
348
125
496,0
24
24.000
30.19
20.00
15.75
6.18
1535.4
600
610,0
767
508
400
157
696,5
GROOVED END VALVES
† Without operator or linkage.
For the most up-to-date product information, visit www.victaulic.com
45
The Series 709 grooved end
butterfly valve offers an easily
installed choice to
cumbersome, multi-bolt wafer,
lug-type or flanged valves. The
valves offer excellent flow
characteristics with
exceptionally low torque
operation. The resilient EPDM
seat is rated for water services
up to +230°F (+110°C). For
services with oil content, the
valve is available with Grade
“T” nitrile seat, rated for
petroleum, air with oil vapors,
vegetable and mineral oils up
to +180°F (+82°C).
Series 709
175 psi
(1270 kPa)
Butterfly Valves
The offset disc is
polyphenylene sulfide (PPS)
coated for corrosion resistance.
It securely retains the resilient
seat for bi-directional working
pressure to 175 psi (1270 kPa).
For service to 300 psi (2065
kPa), request 08.17.
profile disc. Ductile iron
conforming to ASTM A-395,
grade 65-45-15, is available
upon special request. The disc
rides on stout stainless steel
(17-4 PH) upper and lower
stems with all other wetted
hardware of stainless steel
construction.
Request 08.03.
The single piece body is cast of
durable ductile iron
conforming to ASTM A-536,
grade 65-45-12 as is the narrow
For additional information on actuator
sizing, flow rate and pressure differential
limitations, request 08.19.
I dia.
E
F
E
A
H1 dia.
H2 dia.
(B, C) (4 places)
G
D
B
C
Valve Size
Series 709
Butterfly Valves without
Gear Operator
Nominal
Dia.
In./mm
14
Dimensions – Inches/millimeters
Actual
Out.
Dia.
In./mm
14.000
Aprx.
Wgt.
Each
w/o
Oper.
Lbs./kg
125.0
Mounting †
Overall
End
to End Height
B
A
7.00
24.45
C
9.68
D
12.89
E
2.66
F
16.00
G
14.77
H1
5.00
H2
0.563
I
Dia.
1.38
350
355,6
178
621
246
327
68
406
375
127
14
35
56,7
16
16.000
7.00
27.14
10.94
14.10
3.66
18.00
16.20
5.00
0.563
1.50
153.0
400
406,4
178
689
278
358
93
457
412
127
14
38
69,4
18
18.000
8.00
29.56
12.31
15.00
4.15
20.00
17.25
5.00
0.563
1.75
199.0
450
457,2
203
751
313
381
105
508
438
127
14
45
90,3
20
20.000
8.50
32.64
14.06
16.10
4.93
23.00
18.58
6.00
0.563
2.00
285.0
500
508,0
216
829
357
409
125
584
472
152
14
51
129,3
24
24.000
10.00
38.89
16.06
20.10
6.18
26.70
22.83
6.00
0.563
2.25
451.0
600
609,6
254
988
408
511
157
678
580
152
14
57
204,6
† Key: 14" – Woodruff #1008 ⁵⁄₁₆ ✕ 1; 16" – Woodruff #1210 ³⁄₈ ✕ 1¹⁄₄; 18" – Woodruff #1212 ³⁄₈ ✕ 1¹⁄₂; 20 & 24" – ¹⁄₂ Sq.
Note: Dimensions provided “without operator” are for sizing data only. Series 709 should never be installed without operators.
Valve Size
Dimensions – Inches/millimeters
Handwheel Chain Wheel
Actual
No.
Nom. Out.
Over.
Turns
Dia.
Dia.
to
E - E Hgt.
In.
In.
B
C
D
F
G
K
N1
T Close
A
O1
N2
O2
mm
mm
14 14.000 7.00 25.28 9.68 12.89 16.00 14.20 6.75 13.00 10.03 15.50 12.16 3.00
10
350
355,6
178
642
246
327
406
361
171
330
255
394
309
76
Series 709
Butterfly Valves with
Gear Operator
O1
K
16
A
T
N1
O2
GROOVED END VALVES
G
B
D
16.000 7.00 27.75 10.94 14.10 18.00 15.41 6.75 13.00 10.03 15.50 12.16 3.00
400
406,4
18
18.000 8.00 30.93 12.31 15.00 20.00 16.55 6.00 14.00 8.50
178
705
203
786
278
394
283
77
15.50 12.13 3.38
15.50 12.13 3.38
600
609,6
394
678
555
178
356
241
76
508,0
511
356
309
24.000 10.00 39.85 16.06 20.10 26.70 21.85 7.00 14.00 9.50
408
178
216
394
15.50 11.13 3.02
24
1012
453
356
255
500
254
584
152
330
457,2
409
420
171
20.000 8.50 33.85 14.06 16.10 23.00 17.85 7.00 14.00 9.50
357
508
391
20
860
381
457
450
216
313
358
241
394
308
308
86
86
10
6.75
7.75
7.75
Aprx.
Wgt.
Ea.
Lbs.
kg
137.0
62,1
166.0
75,3
234.0
106,0
325.0
147,4
490.0
222,3
N2
C
F
µ
Series 709
Performance
46
Valve Size
Actual
Nominal
Outside
Diameter
Dia.
In./mm
In./mm
14
14.000
350
355,6
16
16.000
400
406,4
CV
(Full
Open)
9360
12400
Valve Size
Actual
Outside
Nominal
Dia.
Diameter
In./mm
In./mm
18
18.000
450
457,2
20
20.000
500
508,0
CV
(Full
Open)
15900
Valve Size
Actual
Outside
Nominal
Dia.
Diameter
In./mm
In./mm
24
24.000
600
609,6
CV
(Full
Open)
28900
19800
For the most up-to-date product information, visit www.victaulic.com
Series 706
300 psi
(2065 kPa)
Butterfly Valves
The Series 706 grooved end
butterfly valve offers an easily
installed choice to
cumbersome, multi-bolt wafer
or lug-type flanged valves. The
valve offers excellent flow
characteristics with
exceptionally low torque
operation. The resilient EPDM
seat is rated for water services
up to +230°F (+110°C). For
services with oil content, the
valve is available with Grade
“T” nitrile seat, rated for
petroleum, air with oil vapors,
vegetable and mineral oils up
to +180°F (+82°C).
The offset disc is
polyphenylene sulfide (PPS)
coated for corrosion resistance.
It securely retains the resilient
seat for bi-directional working
pressure to 300 psi (2065 kPa).
narrow profile disc. Ductile iron
conforming to ASTM A-395,
grade 65-45-15 is available
upon special request. The disc
rides on stout stainless steel
(age hardened 17-4 PH) upper
and lower stems with all other
wetted hardware of stainless
steel construction.
The single piece body is cast of
durable ductile iron
conforming to ASTM A-536,
grade 65-45-12, as is the
Request 08.17.
For additional information on actuator
sizing, flow rate and pressure differential
limitations, request Section 08.19.
O1
O2
K
A
G
D
T N1
Dia.
N2
Dia.
B
C
F
Valve Size
Dimensions – Inches/millimeters
Handwheel Chain Wheel
Aprx.
Act.
No.
Over.
Turns Wgt.
Nom. Outside
Ea.
Dia.
to
Dia.
E - E Hgt.
B
C
D
F
G
K
N1
T Close Lbs./kg
In./mm In./mm
A
O1
N2
O2
14
14.000 7.00 25.86 9.68 12.89 16.00 14.44 6.00 14.00 8.56 15.50 12.50 3.02
152.0
6.75
350
355,6
178
657
246
327
406
367
152
356
217
394
318
77
68,9
Series 706
Performance
16
16.000
7.00 28.45 10.94 14.10 18.00 15.85 7.00 18.00 10.20 15.50 12.50 3.38
400
406,4
178
18
18.000
8.00 31.00 12.31 15.00 20.00 16.87 9.00 18.00 10.20 15.50 11.31 4.38
723
508,0
216
600
610,0
1016
408
511
678
558
275
610
300
394
394
287
86
24.000 10.00 40.01 16.06 20.10 26.70 21.97 10.82 24.00 11.82 15.50 12.31 5.38
300
394
318
24
610
259
394
500
275
457
259
203
456
229
457
8.50 34.01 14.06 16.10 23.00 17.97 10.82 24.00 11.82 15.50 12.31 5.38
584
429
178
457,0
409
508
403
20.000
357
381
457
20
864
313
358
450
254
787
278
313
313
111
137
137
7.75
11
11
18
187.0
84,8
257.0
116,6
355.0
161,0
522.0
236,8
CV Values
Series 706 butterfly valves have excellent flow characteristics due to the narrow profile disc design with
separate upper and lower stems.
CV values for flow of water at +60°F (+16°C) with various disc positions are shown in the tables below.
350
355,6
16
16.000
400
406,4
CV
(Full
Open)
9360
12400
For the most up-to-date product information, visit www.victaulic.com
Valve Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
18
18.000
450
457,0
20
20.000
500
508,0
CV
(Full
Open)
15900
Valve Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
24
24.000
600
610,0
CV
(Full
Open)
28900
19800
47
GROOVED END VALVES
Valve Size
Actual
Nominal
Outside
Diameter
Diameter
In./mm
In./mm
14
14.000
Victaulic Series 700 butterfly valves are designed for bubble-tight shut-off to 200 psi (1400 kPa). Two
piece stem permits narrow disc design for low pressure drop performance and is self-centering for
positive shut-off. Valves are available with EPDM for water service to +230°F (+110°C) or nitrile for oil
services to +180°F (+82°C) liners.
Series 700 butterfly valves are available in 1¹⁄₂ - 6" (40 - 150 mm) sizes. The body is fully rubber lined,
and the valve housing is cast of durable ductile iron. Standard disc is aluminum bronze (also available
in 316 stainless steel), with a variety of handles or gear operators available.
Series 700
Butterfly Valves
Request 08.05 for handle details and performance.
STANDARD PROFILE BFV
Valve Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
1¹⁄₂
1.900
F
A
C
1.63
D
2.82
F
3.63
40
48,3
86
113
41
72
92
1,3
2
2.375
3.19
4.97
1.88
3.09
4.06
3.3
60,3
81
126
48
78
105
1,5
2.875
3.81
6.19
2.50
3.69
4.88
6.4
65
73,0
97
157
64
94
124
2,9
3
3.500
3.81
6.75
2.75
4.00
5.63
6.8
80
88,9
97
171
70
102
143
3,1
4
4.500
4.56
8.19
3.50
4.69
7.00
12.1
100
114,3
116
208
89
119
178
5,5
5
5.563
5.81
9.34
4.00
5.34
8.50
26.1
125
141.3
148
237
102
136
216
11,8
6
6.625
5.81
10.38
4.50
5.88
9.50
32.5
150
168,3
148
264
114
149
241
14,7
6.500
5.81
10.38
4.50
5.88
9.50
30.5
165,1
148
264
114
149
241
13,8
LOW PROFILE BFV
1¹⁄₂
1.900
2.8
165,1 mm
3.38
3.57
1.62
1.95
3.93
40
48,3
86
91
41
50
100
1,3
2
2.375
3.20
4.09
1.87
2.22
4.33
3.3
50
60,3
81
104
48
56
110
1,5
2¹⁄₂
2.875
3.81
5.19
2.69
2.50
5.27
6.4
65
73,0
97
132
68
64
134
2,9
3
3.500
3.81
5.75
2.75
3.00
6.05
6.8
80
88,9
97
146
70
76
154
3,1
4
4.500
4.56
7.38
3.50
3.88
7.11
12.1
100
114,3
116
188
89
99
181
5,5
5
5.563
5.81
8.84
4.00
4.84
9.14
26.1
125
141.3
148
225
102
123
232
11,8
6
6.625
5.81
9.88
4.50
5.38
10.08
32.5
150
165,1 mm
GROOVED END VALVES
48
B
4.45
50
C
Series 700
Performance
End to End
A
3.38
Aprx.
Weight
Each
Lbs./kg
2.8
2¹⁄₂
D
B
Dimensions – Inches/millimeters
168,3
148
251
114
137
256
14,7
6.500
5.81
9.88
4.50
5.38
10.08
30.5
165,1
148
251
114
137
256
13,8
CV Values
CV values for flow of water at +60°F (+16°C) with various disc positions are shown in the tables below.
Valve Size
Actual
CV
Nom. Outside
Dia.
Dia.
(Full
In./mm In./mm Open)
1¹⁄₂
1.900
36
40
48,3
2
2.375
50
60,3
70
Valve Size
Actual
CV
Nom. Outside
Dia.
Dia.
(Full
In./mm In./mm Open)
2¹⁄₂
2.875
120
65
73,0
3
3.500
80
88,9
180
Valve Size
Actual
CV
Nom. Outside
Dia.
Dia.
(Full
In./mm In./mm Open)
4
4.500
520
100
114,3
5
5.563
125
141,3
800
Valve Size
Actual
Nom. Outside
CV
Dia.
Dia.
(Full
In./mm Open)
In./mm
6
6.625
1300
150
168,3
165,1 mm
6.500
165,1
1300
For the most up-to-date product information, visit www.victaulic.com
Check Valves
Series 716
®
Vic-Check Valves
Available in sizes 2¹⁄₂ - 14" (65 - 350 mm), the Vic-Check® valve utilizes a spring-assisted, single-disc
design that achieves a leak-free seal with as little as 5 ft. (1,5 m) of head. The valve can be installed in
both horizontal and vertical positions (upward flow only). Every valve is factory tested to its working
pressure of 300 psi (2065 kPa). Drains are provided both upstream and downstream of the disc.
Request publication 08.08.
A
R
3
A
C
P
C
P
Typical 2¹⁄₂ & 3"
DE
65
76,1 mm
3
➀ ¹⁄₂" NPT Upstream Drain (Optional)
➁ ¹⁄₂" NPT Downstream Drain (Optional)
Typical 10 - 14"
Dimensions – Inches/millimeters
E-E
A
3.88
Overall
Width
B
4.25
C
3.60
D
–
E
–
J
–
K
–
P
–
R
–
Approx.
Wgt. Ea.
Lbs./kg
3.6
73,0
99
108
91
–
–
–
–
–
–
1,6
3.000
3.88
4.25
3.60
–
–
–
–
–
–
3.6
76,1
99
108
91
–
–
–
–
–
–
1,6
3.500
4.25
5.06
4.19
–
–
–
–
–
–
4.5
88,9
108
129
106
–
–
–
–
–
–
2,0
4
4.500
9.63
6.00
3.90
2.75
3.50
2.00
4.50
3.50
3.35
16.0
100
114,3
245
152
99
70
89
51
114
89
85
7,3
5
5.563
10.50
6.80
4.50
4.17
4.17
2.15
5.88
4.08
4.02
20.0
125
6
150
165,1 mm
8
NOTE: Placement of check valves too
close to sources of unstable flow will
shorten the life of the valve and potentially may damage the system. To extend
valve life, valves should be installed a
reasonable distance downstream from
pumps, elbows, expanders, reducers or
other similar devices. Sound piping practices dictate a minimum of five (5) times
the pipe diameter for general use. Distances between three (3) and five (5)
diameters are allowable provided the
flow velocity is less than eight (8) feet per
second (2.4 mps). Distances less than
three (3) diameters are not recommended and will violate the Victaulic
product warranty.
1
J
80
139,7 mm
Series 716
Performance
2
K
B
Typical 4 - 8"
Typical 2¹⁄₂ - 3"
Typical 4 - 14" Siz-
1
J
➀ ¹⁄₂" NPT Upstream Drain (Optional)
➁ ¹⁄₂" NPT Downstream Drain (Optional)
➂ 2" NPT (Drain Optional)
C
Valve Size
Actual
Outside
Nominal
Diameter Diameter
In./mm
In./mm
2¹⁄₂
2.875
D E
2
K
B
B
141,3
267
173
114
106
106
55
149
104
102
9,1
5.500
10.50
6.80
4.50
4.17
4.17
2.15
5.88
4.08
4.02
27.0
139,7
267
173
114
106
106
55
149
104
102
12,3
6.625
11.50
8.00
5.00
4.50
4.50
2.38
6.67
4.73
3.89
28.0
168,3
292
203
127
114
114
61
169
120
99
12,7
6.500
11.50
8.00
5.00
4.50
4.50
238
6.67
4.73
3.89
28.0
165,1
292
203
127
114
114
61
169
120
99
12,7
8.625
14.00
9.88
6.10
5.05
5.65
2.15
8.75
5.70
5.75
40.0
200
219,1
356
251
155
128
144
55
222
145
146
18,1
10
10.750
17.00
12.00
7.10
5.96
6.69
2.15
10.92
6.93
–
100.0
250
273,0
432
305
180
151
170
55
277
176
–
45,4
12
12.750
19.50
14.00
8.10
6.91
7.64
2.51
12.81
7.93
–
140.0
300
323,9
495
356
206
176
194
64
325
201
–
63,5
14
14.000
20.25
14.52
10.39
7.57
7.79
2.68
14.06
–
–
280.0
350
355,6
514
369
264
192
198
68
357
–
–
127,0
Vic-Check valves combine high pressure capabilities with low pressure drop performance. The
grooved end design permits fast, easy installation.
The seat provides leak-free sealing under conditions as low as five feet of head.
CV values for flow of water at +60°F (+16°C) with a fully open valve are shown in the table below.
Valve Size
Actual
Nominal
Outside
Diameter
Diameter
In./mm
In./mm
2¹⁄₂
2.875
65
76,1 mm
3
73,0
3.000
76,1
3.500
80
88,9
4
4.500
100
114,3
CV
(Full
Open)
140
140
250
390
For the most up-to-date product information, visit www.victaulic.com
Valve Size
Actual
Outside
Nom.
Diameter
Diameter
In./mm
In./mm
5.500
139,7 mm
139,7
5
125
165,1 mm
5.563
141,3
6.500
165,1
6
6.625
150
168,3
CV
(Full
Open)
700
700
1000
1000
Valve Size
Actual
Outside
Nom.
Diameter
Diameter
In./mm
In./mm
8§
8.625
200
219,1
10 §
10.750
250
273,0
12 §
12.750
300
323,9
14
14.000
350
355,6
CV
(Full
Open)
1800
3000
4200
4300
49
GROOVED END VALVES
A
Series 712 & 713
Swinger® Check Valve
Series 712 and 713 Swinger swing check valves are designed for use with standard Victaulic grooved
fittings and couplings for fast installation on inlet and outlet ports. The large closure access bonnet
permits easy internal coating for corrosive services. A 316 stainless steel clapper features a bonded
bumper for coating protection.
Available in 2 - 4" (50 - 100 mm) sizes, Series 712 swing check valves are cast of rugged ductile iron and
rated to 300 psi (2065 kPa) service.
Series 713 Swinger swing check valves are only available in a 2" (50 mm) size and can be used with
high pressure lines (up to 1000 psi/6900 kPa).
NOTE: Series 712 and Series 713 Swinger check valves should not be installed in vertical pipelines.
Request publication 08.11.
Series 712
A
E
F
D
C
SERIES 712
Dimensions – Inches/millimeters
Series 713
Valve Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
2
2.375
C
1.81
D
4.88
E
4.38
F
6.38
50
60,3
2065
229
46
124
111
162
55,3
2.875
300
9.25
2.25
5.50
5.69
7.69
18.0
65
73,0
2065
235
57
140
145
195
8,2
3
3.500
300
10.75
2.50
5.75
6.25
9.00
22.5
80
88,9
2065
273
64
146
159
229
10,2
4
4.500
300
12.00
3.38
7.63
7.96
10.75
38.0
100
114,3
2065
305
86
194
202
273
17,2
50
GROOVED END VALVES
50
End to End
A
9.00
Approx.
Weight
Each
Lbs./kg
11.6
2¹⁄₂
Valve Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
2
2.375
Series 712 & 713
Performance
Max.
Working
Pressure
PSI/kPa
300
60,3
SERIES 713
Dimensions – Inches/millimeters
Max.
Working
Pressure
PSI/kPa
1000
End to End
A
9.00
C
1.81
D
4.88
E
4.69
F
6.75
Approx.
Weight
Each
Lbs./kg
12.0
6900
229
46
4.69
119
172
5,4
CV values for flow of water at +60°F (+16°C) with a fully open valve are shown in the table below.
Valve Size
Nominal
Actual
Diameter
Outside Dia.
In./mm
In./mm
2
2.375
50
60,3
2¹⁄₂
2.875
65
73,0
CV
(Full Open)
78
125
Valve Size
Nominal
Actual
Diameter
Outside Dia.
In./mm
In./mm
3
3.500
80
88,9
4
4.500
100
114,3
CV
Full Open)
210
358
For the most up-to-date product information, visit www.victaulic.com
The Victaulic Series 779 Venturi check valve provides a variety of functions unlike any other flow
measuring device. The CAD-designed hydrodynamic inlet profile provides a natural venturi as part of
the valve. The inlet is drilled, tapped and plugged, ready to receive the flow kit (optional in Canada).
The venturi-like taps provide much greater measurement accuracy than taps placed across the valve
seat. Valve turbulence and interference across the valve seat need not be a consideration. Twin taps
on both sides of the valve provide positioning of measurement outlets for convenient meter connection
and accurate flow measurement independent of the style of throttling valve or the position of the
throttling element (ball, plug, disc, etc.).
Series 779
Venturi-Check Valves
Series 779 Venturi check valves are available in sizes from 4 - 14" (100 - 350 mm).
Every valve is factory tested and rated to 300 psi (2065 kPa) working pressure. All sizes can be installed
in horizontal or vertical position (upward flow only) and provide leak-free sealing under conditions as
low as five feet (1,5 m) of head pressure.
A
45°
C
P
R
DE
K
B
F
G
Port “L”
Typical 4" Sizes
A
45°
C
P
R
DE
K
B
Valve Size
Actual
Outside
Nom.
Dia.
Dia.
In./mm
In./mm
4†
4.500
C
R
DE
K
B
Typical 8 - 14" Sizes
F
G
C
3.88
D
2.75
F
1.50
G
2.38
K
4.50
P
3.50
245
149
99
70
89
38
60
114
89
7,3
10.50
6.75
4.50
4.25
4.25
1.65
2.38
5.88
4.08
20.0
125
8*
141,3
267
171
114
108
108
42
60
149
104
9,1
5.500
10.50
6.75
4.50
4.25
4.25
1.65
2.38
5.88
4.08
20.0
139,7
267
171
114
108
108
42
60
149
1.04
9,1
6.625
11.50
8.00
5.00
4.50
4.50
1.58
2.68
6.68
4.75
28.0
168,3
292
203
127
114
114
40
68
170
121
12,7
6.500
11.50
8.00
5.00
4.50
4.50
1.58
2.68
6.68
4.75
28.0
165,1
292
203
127
114
114
40
68
170
121
12,7
8.625
14.00
9.88
6.06
5.06
5.68
1.75
3.25
8.88
5.75
40.0
200
219,1
356
251
154
129
144
44
83
226
146
18,1
10*
10.750
17.00
12.00
7.12
6.00
6.68
1.82
3.94
10.94
6.94
100.0
250
273,0
432
305
181
152
170
46
100
278
176
45,4
12*
12.750
19.50
14.00
8.06
6.91
7.68
1.82
3.32
12.82
7.93
140.0
300
323,9
495
356
205
176
195
46
84
326
201
63,5
14
14.000
20 .25
14.52
10.39
7.79
7.79
1.93
3.46
14.77
10.39
280.0
350
355,6
514
369
264
198
198
49
88
375
264
127,0
† Port “L” located 45° off centerline of valve body.
* Both ports on centerline of valve body.
CV values for flow of water at +60°F (+16°C) with a fully open valve are shown in the table below.
Valve Size
Actual
Nom.
Out.
Dia.
Dia.
In./mm In./mm
4
4.500
100
114,3
5
5.563
125
141,3
Valve Size
Nom.
Actual
Out.
Out.
CV
Dia.
Dia.
(Full
In./mm
In./mm
Open)
5.500
390 139,7 mm 139,7
700
6
6.625
150
168,3
CV
(Full
Open)
700
1000
Valve Size
Nom.
Actual
Out.
Out.
Dia.
Dia.
In./mm
In./mm
6.500
165,1 mm 165,1
8
8.625
200
219,1
CV
(Full
Open)
1000
1800
Valve Size
Nom. Actual
Out.
Out.
Dia.
Dia.
In./mm In./mm
10
10.750
250
273,0
12
12.750
300
323,9
CV
(Full
Open)
3000
4200
GROOVED END VALVES
Series 779
Performance
E
3.50
114,3
165,1 mm†
P
B
5.88
5.563
150
A
E-E
A
9.63
Aprx.
Weight
Each
Lbs./kg
16.0
5†
6†
Typical 5 - 6" Sizes
Dimensions – Inches/millimeters
100
139,7 mm†
F
G
Port “L”
Request publication 08.10.
For the most up-to-date product information, visit www.victaulic.com
51
Plug Valves
Series 377 Vic-Plug™ balancing valve is the only eccentric grooved end plug valve made specifically
for throttling services. For 3 - 12" systems, Victaulic Style 307 Transition couplings are available to
directly connect Vic-Plug valves to grooved end steel and other IPS pipe (Refer to Section 23.03 for
details.) The Series 377 has IPS ends on the 14 - 18" sizes.
Series 377
Vic-Plug™ Balancing
Valve
Vic-Plug valves are cast of durable ductile iron and coated with alkyd enamel. The eccentric plug is cast
of high strength ductile iron, as is the bonnet.
The eccentric design also assures shut-off sealing up to 175 psi (1200 kPa) on 3 - 12" sizes and 150 psi
(1034 kPa) on 14 - 18" sizes.
Request publication 08.12.
Valve Size
AWWA
Outside
Nominal
Diameter
Dia.
In./mm
In./mm
3*#
3.96
M
SEAT END
H
D
4.25
F
6.56
G
–
H
4.00
M
4.00
80
100,6
203
95
108
167
–
102
102
14,5
4*#
4.80
9.00
4.44
4.75
7.74
–
4.50
4.00
42.0
100
121,9
229
113
121
197
–
114
102
19,1
6.90
10.50
5.50
7.50
10.32
–
5.25
–
80.0
150
175,3
267
140
191
262
–
133
–
36,3
C
8#
9.05
11.50
6.87
10.80
12.30
16.38
5.75
–
120.0
D
C
200
229,9
292
175
274
312
416
145
–
55,0
10#
11.10
13.00
8.00
12.00
14.78
18.75
6.50
–
185.0
250
281,9
330
203
305
375
476
165
–
84,0
12#
13.20
14.00
9.50
13.75
17.00
21.00
7.00
–
240.0
300
335,3
356
241
349
432
533
178
–
109,0
14@
15.30
17.00
11.25
15.56
20.44
23.94
8.50
–
375.0
350
355,6
432
286
395
519
608
216
–
170,0
16@
17.40
17.75
11.95
16.71
21.94
26.00
9.06
–
450.0
400
406,4
451
304
424
557
660
230
–
204,0
18@
19.50
21.50
13.97
20.05
26.06
30.58
10.94
–
670.0
450
459,2
546
355
509
662
777
278
–
304,0
V
18.50
Approx.
Weight
Each
Lbs./kg
32.0
† Gear operators can be installed in various positions. Contact Victaulic for details.
*3, 4, 6" (80, 100, 150 mm) valves do not include side support lugs.
#Nominal AWWA size.
@
IPS Size
F
G
H
C
3.75
Approx.
Weight
Each
Lbs./kg
32.0
6*#
3 - 4" Sizes
A
End to
End
A
8.00
D
F
A
Dimensions – Inches/millimeters
6 - 18" Sizes
Manual Handle
K
SQUARE
V
B
SEAT END
D
C
H
A
F
Valve Size
AWWA
Outside
Nominal
Diameter
Dia.
In./mm
In./mm
3
3.96
Valve Dimensions – Inches/millimeters
End to
End
A
8.00
B
4.06
C
3.75
D
4.25
F
6.56
H
4.00
K
2.00
80
100,6
203
103
95
108
167
102
51
470
14,5
4
4.80
9.00
4.06
4.44
4.75
7.74
4.50
2.00
18.50
39.0
100
121,9
229
103
113
121
197
114
51
470
17,7
6
6.90
10.50
5.63
5.56
7.50
10.32
5.25
2.00
18.50
74.0
150
175,3
267
143
141
190
262
133
51
470
33,6
GROOVED END VALVES
52
For the most up-to-date product information, visit www.victaulic.com
Gear Operator
O
S
Q
R Dia.
J
4.76
U Dia.
MX
P
O
PE
N
L
T
U
SH
N
Dia.
Dimensions – Inches/millimeters
Gear
Oper.
Style
No.
J
M
T
TOP VIEW
MZ
MV
MA
3 - 4" Sizes
MC
O
S
Q
R Dia.
MFF-36
L
2.07
N
Dia.
6.00
O
4.00
P
1.13
Q
1.30
R
Dia.
0.63
S
4.00
U
Dia.
0.19
T
1.95
121
53
152
102
29
33
16
102
50
5
5.50
2.62
10.00
5.00
1.25
1.30
0.63
4.50
2.36
0.19
140
67
250
127
32
33
16
114
60
5
7.25
3.29
18.00
9.00
1.62
2.25
0.88
6.00
2.63
0.25
184
84
457
229
41
57
22
152
67
6
8.24
3.55
18.00
10.00
1.75
2.25
0.88
7.00
3.38
0.25
209
90
457
254
45
57
22
178
86
6
11.12
4.03
18.00
10.38
1.87
2.25
1.00
7.38
5.38
0.25
283
102
457
264
48
57
25
188
137
6
13.78
5.04
30.00
9.53
2.60
1.77
1.00
15.00
5.43
0.25
350
128
762
242
66
45
25
381
138
6
No.
Turns
to Close
7.5
7.5
7.8
7.8
18
45
Approx.
Wgt.
Each
Lbs./kg
7.5
3,4
15.0
6,8
20.0
9,1
33.0
15,0
68.0
30,8
148.6
67,4
T
N
Dia.
L
J
P
U Dia.
TOP VIEW
6 - 18" Sizes
Series 377
Performance
The Vic-Plug valve is well suited for throttling of liquids, semi-solids, and slurries. The straight-through
flow pattern provides a nearly straight line flow characteristic. Both lever and gear operators can be
used for throttling service. Memory stops are included.
Vic-Plug valve provides exceptional flow with the round port and eccentric plug design. With the plug
moving out of the flow path in the full open position, excellent CV values are obtained. Vic-Plug valves
provide a minimum 90% diameter (81% area) free flow area. Turbulence is reduced due to the eccentric
plug resting out of the flow area in the open position.
CV Values
CV values for flow of water at +60°F (+16°C) with a fully open valve are shown in the table below.
Valve Size
Nominal
AWWA
Diameter
Outside Dia.
In./mm
In./mm
3
3
100,6
4
4
100
121,9
6
6
150
175,3
8
8
200
229,9
10
10
250
281,9
600
1040
2100
3850
300
335,3
14
14
350
–
16
16
400
–
18
18
450
–
CV
(Full Open)
8400
12000
15000
19000
5500
GROOVED END VALVES
80
CV
(Full Open)
Valve Size
Nominal
AWWA
Diameter
Outside Dia.
In./mm
In./mm
12
12
For the most up-to-date product information, visit www.victaulic.com
53
Circuit Balancing Valves
TA Hydronics
The TA Hydronics circuit balancing valves offer a reliable, simple and cost effective way to measure
and balance all flow rates. Full throttling range is achieved by 4, 8, 12 or 16 full turns of the handwheel,
enabling a precise setting.
All valves are rated to +250°F (+120°C) and –22°F (–30°C). Service will be governed by the connecting
coupling gasket ratings for grooved and flanged valves.
Request 08.16.
* Registered trademark of TA Hydronics.
Bypass Valves
Series 782 & 783
B
Valve Size
Actual
Nominal Outside
Dia.
Diameter
In./mm
In./mm
¹⁄₂
0.840
Series 782
Straight
A
End to
End
3.35
B
Center
to Top
3.66
Series 783
Angle
Valve Size
Actual
Nominal Outside
Diameter
Dia.
In./mm
In./mm
³⁄₄
0.840
Aprx.
Wgt.
Each
Lbs.
kg
1.2
A
Center
to End
2.76
B
Height
4.80
Aprx.
Wgt.
Each
Lbs.
kg
1.3
15
21,3
85
93
0,5
20
21,3
70
122
0,6
³⁄₄
1.050
3.86
4.06
1.9
1
1.050
3.27
5.40
1.5
26,7
98
103
0,8
25
26,7
83
138
0,7
20
A
B
A
Valve Size
Series 785
Solder Style
A
Dimensions – Inches/millimeters
Approx.
Weight
Each
Lbs./kg
1.0
Nominal
Diameter
In./mm
¹⁄₂
Actual
Outside Dia.
In./mm
0.840
15
21,3
67
73
0,5
³⁄₄
1.050
3.16
2.56
1.0
26,7
80
65
0,5
20
End to End
A
2.63
Hgt.
B
2.88
B
GROOVED END VALVES
Measuring
Accuracy
The handwheel zero position is calibrated and must not be changed.Valves have an accuracy of flow
measurement of 2% to 3%* when used within their recommended flow range and installed in
accordance with the figure below.
Pump
2D
5D
2D
10 D
*The valve can be installed with opposite flow direction. The
specified flow accuracy is also valid for this direction, although
tolerances can be greater (maximum 5% more).
*For the most accurate results, a TA CBI-II should be used. However, any differential pressure meter may be used.
54
For the most up-to-date product information, visit www.victaulic.com
Valve Size
Series 786
Solder End (300 psi)
A
B
Drain Kit
(Optional)
Dimensions – Inches/mm
Actual
Outside Dia.
In./mm
0.840
15
21,3
89
102
0,6
³⁄₄
1.050
3.81
4.00
1.4
20
26,7
97
102
0,6
1
1.315
4.31
4.50
1.9
NPT (Fem.) End (300 psi)
A
B
(300 psi)
A
Hgt.
B
4.00
kg
1.4
25
33,7
110
114
0,9
1.660
4.88
4.31
2.4
32
42,4
124
110
1,1
1¹⁄₂
1.900
5.13
4.75
3.1
40
48,3
130
121
1,4
2
2.375
6.13
4.75
4.5
50
60,3
156
121
2,0
Dimensions – Inches/mm
Aprx. Wgt.
Each
Lbs.
Nominal
Diameter
In./mm
¹⁄₂
Actual
Outside Dia.
In./mm
0.840
15
21,3
89
102
0,7
³⁄₄
1.050
3.81
4.00
1.6
20
26,7
97
102
0,7
1
1.315
4.31
4.50
2.0
E to E
A
3.50
Hgt.
B
4.00
kg
1.5
25
33,7
110
114
0,9
1¹⁄₄
1.660
4.88
4.31
2.6
32
42,4
124
110
1,2
1¹⁄₂
1.900
5.13
4.75
3.3
40
48,3
130
121
1,5
2
2.375
6.13
4.75
5.0
50
60,3
156
121
2,3
Valve Size
Series 787-U
E to E
A
3.50
1¹⁄₄
Valve Size
Series 787
Aprx. Wgt.
Each
Lbs.
Nominal
Diameter
In./mm
¹⁄₂
Dimensions – Inches/mm
Aprx. Wgt.
Each
Lbs.
Nominal
Diameter
In./mm
¹⁄₂
Actual
Outside Dia.
In./mm
0.840
15
21,3
122
102
0,8
³⁄₄
1.050
5.13
4.00
1.8
20
26,7
130
102
0,8
1
1.315
6.00
4.50
2.2
25
33,7
152
114
1,0
E to E
A
4.81
Hgt.
B
4.00
kg
1.7
B
\
Nominal
Diameter
In./mm
2¹⁄₂
Flanged End (250 psi)
A
B
Dimensions – Inches/mm
Actual
Outside Dia.
In./mm
2.875
E to E
A
11.38
Hgt.
B
8.00
Aprx. Wgt.
Each
Lbs.
kg
24.0
65
73,0
289
203
10,9
3
3.500
12.25
8.63
31.0
80
88,9
311
219
14,1
4
4.500
13.75
9.44
43.0
100
114,3
350
240
19,6
5
5.563
15.75
10.88
62.0
125
141,3
400
276
28,5
6
6.625
18.88
11.25
82.0
150
168,3
480
286
37,5
8
8.625
23.63
17.00
168.0
200
219,1
600
432
76,5
10
10.750
28.75
17.75
270.0
250
273,0
730
451
122,9
12
12.750
33.50
19.00
360.0
300
323,9
851
483
163,9
For the most up-to-date product information, visit www.victaulic.com
GROOVED END VALVES
Valve Size
Series 788
55
Valve Size
Series 789
Nominal
Diameter
In./mm
2¹⁄₂
Grooved End (350 psi)
A
B
Dimensions – Inches/mm
Actual
Outside Dia.
In./mm
2.875
E to E
A
11.38
Hgt.
B
8.00
Aprx. Wgt.
Each
Lbs.
kg
14.0
65
73,0
289
203
6,4
3
3.500
12.25
8.63
20.0
80
88,9
311
219
9,1
4
4.500
13.75
9.44
31.0
100
114,3
350
240
14,1
5
5.563
15.75
10.88
50.0
125
141,3
400
276
22,7
6
6.625
18.88
11.25
69.0
150
168,3
480
286
31,3
8
8.625
23.63
17.00
140.0
200
219,1
600
432
63,7
10
10.750
28.75
17.75
202.0
250
273,0
730
451
91,9
12
12.750
33.50
19.00
280.0
300
323,9
851
483
127,4
Accessories
Series 736
TA Link Differential
Pressure Sensor
Style 738
GROOVED END VALVES
56
Series 736 TA Link provides the connection between a building’s heating and cooling circuits and the
building’s monitoring system (BMS). TA Link continuously measures the flow and differential pressure
through and across the TA Hydronics balancing valves. Measurement probes are provided for direct
connection to the measurement points on all Series 786, 787, 788 and 789 circuit balancing valves.
Style 738 portable differential pressure meter is an accurate device for measuring differential pressure
in TA Hydronics circuit balancing valves. Using the balancing wheel supplied with the meter, the
measured pressure differential can be converted to a flow measurement. Style 738 can be used on
systems up to the full rated working pressure of the TA Hydronics valves (or up to 500 psi on other
devices). Units are supplied in a protective case including a balancing wheel, adapter fittings and
valve.
When using the portable differential pressure meter on other valves, contact Victaulic.
For the most up-to-date product information, visit www.victaulic.com
Style 737
Hand-Held Circuit
Balancing Instrument
Series 786-DK
Series 737 CBI II meter is a hand-held computer balancing instrument programmed for use with TA
Hydronics balancing valves to obtain direct reading of flow and differential pressures. This new
instrument consists of an electronic differential pressure gauge and a microcomputer. Measured values
can be saved in the unit before transferring the information to a PC for printing out a commissioning
report or for creating a permanent record.
A separate drain kit with a ³⁄₄" (20 mm) connection is available for Series 786 and Series 787 valves. This
kit must be field mounted.
Drain Kit
Valve Selection Guide
Series 788/789
Series 785
Valve Size
Act.
Outside
Min.
Nom.
Nom.
Max.
Dia.
Flow
Dia.
Flow
Flow
In./mm GPM/LPM GPM/LPM GPM/LPM
In./mm
¹⁄₂
0.840
0.27
3.0
9.5
Valve Size
Act.
Outside
Min.
Nom.
Nom.
Max.
Dia.
Flow
Dia.
Flow
Flow
In./mm GPM/LPM GPM/LPM GPM/LPM
In./mm
2¹⁄₂
2.875
1.40
92.0
290.0
15
21,3
1,02
11,4
36,0
65
73,0
5,30
348,2
³⁄₄
1.050
0.38
4.2
15.0
3
3.500
1.50
130.0
410.0
26,7
1,44
15,9
56,8
80
88,9
5,68
492,1
1551,9
20
Series 787/786
Valve Size
Act.
Outside
Min.
Nom.
Nom.
Max.
Dia.
Flow
Dia.
Flow
Flow
In./mm GPM/LPM GPM/LPM GPM/LPM
In./mm
¹⁄₂
0.840
0.13
2.7
8.6
15
21,3
0,49
10,2
32,6
³⁄₄
1.050
0.39
6.2
20.0
20
26,7
1,48
23,5
75,7
1
1.315
0.45
9.4
30.0
113,6
25
33,7
1,70
35,6
1¹⁄₄
1.660
0.87
15.0
48.0
32
42,4
3,29
56,8
181,7
1¹⁄₂
1.900
1.30
21.0
66.0
40
48,3
4,92
79,5
249,8
2
2.375
2.00
36.0
110.0
50
60,3
7,57
136,3
416,4
For the most up-to-date product information, visit www.victaulic.com
1097,7
4
4.500
1.90
200.0
650.0
100
114,3
7,19
757,0
2460,3
1020.0
5
5.563
4.20
320.0
125
141,3
15,90
1211,2
3860,7
6
6.625
5.00
450.0
1430.0
150
168,3
18,93
1703,3
5412,6
8
8.625
30.00
820.0
2600.0
200
219,1
113,55
3103,7
9841,0
10
10.750
70.00
1280.0
4040.0
15291,4
250
273,0
264,95
4844,8
12
12.750
115.00
1550.0
4950.0
300
323,9
435,28
5866,8
18735,8
57
GROOVED END VALVES
Balancing valves should be
sized in relation to the GPM
flows (and not in relation to
pipeline size).
• The Min. flow is calculated
from the minimum
recommended pressure
drop 1 Ft WG (=3 kPa)
• The Nom. flow is calculated
from the maximum setting
of the valve and the
minimum recommended
pressure drop, 2 Ft. WG
(= 60 kPa)
• The max. flow is calculated
from the maximum setting
of the valve and the
maximum pressure drop, 20
Ft. WG (= 60 kPa).
A computer program, TASelect, is available from TA
Hydronics for calculation of
pre-setting values and other
applications.
Comparison of Throttling Characteristics
This curve illustrates the
advantage of the four (4) turn
adjustment available with TA
balancing valves (¹⁄₂ - 2"/15 - 50
mm), Valves 2¹⁄₂" (65 mm) and
larger have 8, 12 or 16 turns.
A 90° fully open to closed valve
requires just a 12° change in
adjustment to equal 30%
change of the flow.
A 360° fully open to closed
valve would require 96°
change in adjustment to equal
the same 30% change in the
flow measurement.
TA balancing valves would
require a 408° change in
adjustment to equal the same
30% change in the flow.
Percent of Flow Measurement Range
100
90
90° Turn
Valve
360° Turn
Valve
80
70
TA Hydronics
MULTI-TURN VALVE
60
50
40
30
20
10
180
0
60
360
720
1080
1440
96
12
408
Degrees of Valve Stem Rotation
Triple Service Valves
Triple Service
Valve Assembly
GROOVED END VALVES
Triple Service
w/Vic-Plug
Triple Service
w/Butterfly Valve
58
Victaulic Tri-Service valve is
an assembly (shipped as
individual components) of a
standard Victaulic butterfly or
Vic-Plug™ valve and a check
valve. This combination
provides shut-off, throttling
with positive mechanical
memory and non-slam check
service in one unit. The Series
779 check valve features
accurate flow measurement
capabilities plus spring
assisted closing in a high flow
design. The venturi-like inlet is
drilled, tapped and plugged,
ready to receive the flow
measuring taps (included).
Triple seal butterfly valve
design eliminates the packing
commonly found in many
globe-type combination units.
Infinitely variable and
latchlock handles are available
for 2¹⁄₂ - 8" (65 - 200 mm) sizes.
Low torque gear operator
eases manual operation and
actuation costs. Butterfly
check valve assemblies are
available on all sizes from 2 14". Assembly with either
Style 07 Zero-Flex® rigid
couplings or Style 77 standard
flexible couplings provides the
option of rigidity or a flexible
connection for noise/vibration
isolation.
Plug/Check combinations are
available with lever handles for
3 - 6" (80 - 150 mm) sizes and
with gear operators for 3 - 14"
(80 - 350 mm) sizes.
For 3 - 12" systems, Style 307
transition couplings directly
join Vic-Plug to the check
valve and steel piping system.
The Series 377 has IPS ends on
the 14" size only.
Working pressures for 2 - 12"
sizes of butterfly/check
combinations are 300 psi
(2065 kPa) and 175 psi
(1200 kPa) for plug/check
combinations. 14" butterfly/
check is 175 psi (1200 kPa), 14"
plug/check is 150 psi (1034
kPa).
All butterfly and plugs for triple
service assemblies are
available with memory stop.
Request 08.09.
NOTE: When using Series 716 valves in
place of Series 779, flow data and endto-end dimensions and weights are the
same.
For the most up-to-date product information, visit www.victaulic.com
Dimensions
Approx. Wgt. Ea.
Dimensions
Lbs./kg
Valve Size
Inches/millimeters
Actual Center to Top
Out.
Center
Nom.
Dia.
to
End to Manual
Gear
Dia.
In./mm In./mm Handle Gear Bottom End Handle Operator
2¹⁄₂
2.875
5.62
6.72
2.13 ‡
7.75
11.6
12.7
Tri-Service
Butterfly/Check Valve Combination
C to Top
C to
Bottom
E to E
2¹⁄₂ - 3" Typical with Vic-300
Lever Operator Butterfly
and Series 716
Vic-Check Valves
65
73,0
143
170
54
197
5,3
5,8
3
3.500
5.62
7.02
2.50 ‡
8.12
13.5
14.6
80
88,9
143
178
64
206
6,1
6,6
4
4.500
7.62
8.08
4.00
14.38
37.0
40.1
100
114,3
193
205
102
365
16,8
18,2
5
5.563
8.12
8.60
4.62
16.50
52.0
55.0
125
141,3
206
218
117
419
23,6
25,0
6
6.625
8.62
10.58
5.00
17.50
69.0
72.0
150
168,3
219
269
127
444
31,3
32,7
8
8.625
10.50
12.50
6.12
19.50
125.0
125.0
200
219,1
267
318
155
495
56,7
56,7
10
10.750
–
14.05
7.18
23.50
–
187.0
250
273,0
–
357
182
597
–
84,8
12
12.750
–
15.37
8.12
26.12
–
260.0
300
323,9
–
390
206
663
–
117,9
14
14.000
–
20.98
9.68
27.38
–
336.0
350
355,6
–
533
246
695
–
152,4
‡ Based on Style 77 couplings. When using Style 07 dimensions are 1.94" for 2¹⁄₂" size
and 2.25" for 3" size.
Dimensions
Approx. Wgt. Ea.
Lbs./kg
Valve Size
Dimensions – Inches/millimeters
Actual Center to Top
Out.
Center
Nom.
Dia.
to
End to Manual
Gear
Dia.
In./mm In./mm Handle Gear Bottom End Handle Operator
3
3.500
8.25
12.38
3.75
12.25
40.0
50.0
Tri-Service
Plug/Check Valve Combination
C to Top
C to
Bottom
C to
Bottom
80
88,9
210
315
95
311
18,1
22,7
4
4.500
8.75
12.87
4.44
18.62
60.0
70.0
100
114,3
222
327
113
473
27,2
31,8
6
6.625
10.00
13.75
5.56
22.00
110.0
130.0
150
168,3
254
349
141
559
49,9
59,0
8
8.625
–
17.10
6.87
25.50
180.0
210.0
R
R
C to Top
SEAT END
E to E
SEAT END
R
E to E
4 - 12" Typical Series 377
Vic-Plug with Gear Operator,
Series 779 Vic-Check Valve,
and Series 307 Coupling
219,1
–
434
175
648
81,6
95,3
10
10.750
–
22.63
8.00
30.00
–
307.0
250
273,0
–
575
203
762
–
139,3
12
12.750
–
24.50
9.50
33.50
–
412.0
300
323,9
–
622
241
851
–
186,9
14
14.000
–
26.30
11.25
37.25
–
540.0
350
355,6
–
668
286
946
–
244,9
For connecting Vic-Plug valve to Vic-Check valve or IPS steel pipe (3 - 12"), refer to
Style 307 Transition coupling in 23.03. 14" Series 377 has IPS ends.
GROOVED END VALVES
3" Typical Series 377
Vic-Plug with manual handle,
Series 716 Vic-Check Valve,
and Series 307 Coupling
200
For the most up-to-date product information, visit www.victaulic.com
59
Ball Valves
Series 722
Brass Body Ball Valve
Series 722 Ball Valve is a standard port, female threaded end valve designed for up to 600 psi (4135 kPa)
(WOG) service. Valve body is constructed from forged brass. The ball is chrome plated brass and seals
on TFE seats.
Request publication 08.15.
F
C
2" 600 WOG
B
A
Valve Size
Actual
Outside
Nominal
Diameter Diameter
In./mm
In./mm
¹⁄₄
0.540
Series 723
Three Port
Diverter Ball Valve
Dimensions – Inches/millimeters
A
1.54
B
0.77
C
1.03
CV
Values
F
1.65
8
13,7
39
20
26
42
³⁄₈
0.675
1.77
0.88
1.28
3.07
10
17,1
45
22
33
78
¹⁄₂
0.084
2.13
1.06
1.33
3.07
15
21,3
54
27
34
78
³⁄₄
1.050
2.44
1.22
1.79
3.78
20
26,7
62
31
45
96
1
1.315
2.95
1.48
1.95
3.78
25
33,4
75
37
50
96
1¹⁄₄
1.660
3.31
1.65
2.17
3.78
32
42,2
84
42
55
96
1¹⁄₂
1.900
3.66
1.83
2.68
5.43
40
48,3
93
46
68
138
2
2.375
4.21
2.11
2.89
5.43
50
60,3
107
53
73
138
Approx
Weight
Each
Lbs.
kg
0.2
7
0,09
7
0,14
10
0,18
25
0,32
37
0,45
50
0,68
87
0,95
110
1,09
0.3
0.4
0.7
1.0
1.5
2.1
2.4
Victaulic Series 723 Diverter valve is a NACE MR-01-75 compliant three-port ball valve with common
bottom inlet for diverting flow 90° left or right. 180° operation is optionally available. This valve is rated
for 600 psi (4135 kPa) service.
The body is cast of ductile iron conforming to ASTM A-536, grade 65-45-12, painted with black enamel.
Ductile iron conforming to ASTM A-395, grade 65-45-15, is available upon special request. Internal
plastic coating is available. The three-port ball and blowout proof stem are Type 316 stainless steel.
Request publication 08.13.
K
J
E
I
GROOVED END VALVES
L
G
D
R
B
C
H
F
A
Dimensions
Valve Size
Inches/millimeters
I-Stem Drive Hub
Actual
Out.
Nom.
Dia.
Dia.
Flat
Flat
In./mm In./mm
A
B
C
D
E
F
G
H
Dia. Width Hgt.
2
2.375 6.50 6.19 3.25 1.57 1.25 3.13 2.94 3.25 0.62 0.50 0.50
50
60,3
165
157
83
40
32
80
75
83
16
13
Aprx.
Wgt.
Ea.
Lbs.
J
K
L
1.31 9.13 4.13
7.5
33
3,4
13
232
105
kg
*Bracket hubs are drilled and tapped (¹⁄₄-20 UNC-2B, ⁷⁄₁₆ DP) in four places for mounting actuator brackets.
60
For the most up-to-date product information, visit www.victaulic.com
Series 726
Vic-Ball® Valve
The Series 726 is a high-pressure standard port ball valve with grooved ends. This two-piece, end-entry
valve features a floating ball for lower torque requirements. Series 726 valves are NACE compliant and
are capable of pressures up to 1000 psi (6900 kPa) in sizes 1¹⁄₂ – 3" (40 – 80 mm); 800 psi (5515 kPa) for
sizes 4 – 6" (100 – 150 mm). The valve is available in 1¹⁄₂ to 6-inch (40 – 150 mm) sizes.
Request publication 08.23.
Dimensions
Series 726
L
1¹⁄₂ – 3"
(40 – 80 mm)
H
J
K
DA E
D
F
C
B
A
Valve Size
Actual
Outside
Nominal
Diameter Diameter
Inches/mm Inches/mm
1¹⁄₂
1.900
Dimensions – Inches/millimeters
A
5.12
B
2.00
C
2.36
D
1.25
DA
1.50
E
1.78
F
1.90
H
3.00
J
0.28
K
0.56
L
6.97
Approx.
Weight
Each
Lbs./kg
4.4
40
48,3
130
51
60
32
38
45
48
76
7
14
177
2,0
2
2.375
5.50
2.64
2.48
1.50
2.00
2.25
2.38
3.31
0.34
0.56
6.97
6.5
50
60,3
140
67
63
38
51
57
60
84
9
14
177
3.0
2¹⁄₂
2.875
6.25
3.03
2.80
1.97
2.50
2.72
2.88
4.00
0.34
0.56
9.84
10.4
65
73,0
159
77
71
50
64
69
73
102
9
14
250
4,7
3
3.500
6.56
3.50
3.15
2.50
3.00
3.34
3.50
4.53
0.34
0.56
9.84
14.9
80
88,9
167
89
80
64
76
85
89
115
9
14
250
6,8
N
O
Series 726
With Gear
Operator
Q
1¹⁄₂ – 3" (40 – 80 mm)
R
P
Valve Size
Nominal
Diameter
Inches/mm
1¹⁄₂
Dimensions – Inches/millimeters
Actual
Outside
Diameter
Inches/mm
1.900
M
6.03
N
4.29
O
1.58
P
3.94
Q
2.64
R
1.75
Approx.
Weight
Each
Lbs./kg
7.1
40
48,3
153
109
40
100
92
44
3,2
2
2.375
6.30
4.29
1.58
3.94
2.64
1.75
9.1
50
60,3
160
109
40
100
92
44
4,1
2¹⁄₂
2.875
7.43
4.65
1.97
4.92
4.43
2.28
12.9
65
73,0
189
118
50
125
112
58
5,9
3
3.500
7.94
4.65
1.97
4.92
4.43
2.28
20.0
80
88,9
202
118
50
125
112
58
9,1
For the most up-to-date product information, visit www.victaulic.com
61
GROOVED END VALVES
M
Dimensions
Series 726
L
4 and 6"
(100 and 150 mm)
J
K
H
D
DA E F
C
A
Valve Size
Actual
Outside
Nominal
Diameter Diameter
Inches/mm Inches/mm
4
4.500
Dimensions – Inches/millimeters
A
8.25
C
3.35
D
2.99
DA
4.00
E
4.33
F
4.52
H
5.48
J
0.34
K
0.61
L
15.67
Approx.
Weight
Each
Lbs./kg
41.5
100
114,3
210
85
76
102
111
115
139
9
15
398
18,9
6
6.625
10.10
4.53
4.00
6.00
6.46
6.64
6.48
0.34
0.61
18.07
78.5
150
168,3
257
115
102
152
164
169
165
9
15
459
35,7
Q
R
Series 726
With Gear
Operator
N
O
P
4 and 6"
(100 and 150 mm)
M
Valve Size
Actual
Outside
Nominal
Diameter
Diameter
Inches/mm
Inches/mm
4
4.500
Dimensions – Inches/millimeters
M
9.95
N
4.65
O
1.97
P
4.92
Q
4.43
R
2.28
Approx.
Weight
Each
Lbs./kg
44.7
100
114,3
253
118
50
125
112
58
20,3
6
6.625
11.02
4.65
1.97
4.92
4.43
2.28
89.0
150
168,3
280
118
50
125
112
58
40,3
GROOVED END VALVES
62
For the most up-to-date product information, visit www.victaulic.com
Grooved IPS Accessories
.
Victaulic Series 731-G Suction Diffuser provides optimum flow conditions at the inlet side of the pump.
Each suction diffuser is provided with a removable strainer and a fine mesh sleeve which acts as a
start-up strainer. Pipe support bosses are provided to aid in proper alignment. For convenience, bosses
(tapped ¹⁄₂"/15 mm NPT) on either side are provided for pressure measurement. A plug is also provided
to allow for easy draining of the system. Victaulic Series 731-G is rated at 300 psi (2065 kPa) working
pressure.
Series 731-G
Suction Diffuser
Request publication 09.14.
L1
L1
¹⁄₂" TAP
3/88.9
L2
H1
3-150
8-150
H1
H2
H2
E
L
L2
¹⁄₂" TAP
8/219.1mm
B NPT
L
E
3" – 6" Sizes
B NPT
8" – 16" Sizes
Series 731-G with ANSI Class 150 Flange
SIZE
Pump
Side Flgd.
ANSI
System
CLASS
Side
150
Grvd. ✕
Nominal Inches/mm
3 X 2
Dimensions
Inches/millimeters
L
10.63
L1
6.30
L2*
7.05
H1
5.51
H2
3.00
B
NPT
1
E
7.48
Aprx.
Wgt.
Each
Lbs./kg.
21.7
80 X 50
270
160
179
140
76,2
25
190
9,8
X 2¹⁄₂
10.63
6.30
7.05
5.51
3.50
1
7.48
21.7
X 65
270
160
179
140
89
25
190
9,8
X 3
10.63
6.30
7.05
5.51
3.74
1
7.48
21.7
X 80
270
160
179
140
95,1
25
190
9,8
4 X 2†
–
–
–
–
–
–
–
–
100 X 65
–
–
–
–
–
–
–
–
12.48
7.36
8.70
6.50
3.50
1
8.74
35.4
X 2¹⁄₂
X 65
317
187
221
165
89,0
25
222
16,1
X 3
12.48
7.36
8.70
6.50
3.74
1
8.74
35.4
X 80
317
187
221
165
95,1
25
222
16,1
X 4
12.48
7.36
8.70
6.50
4.50
1
8.74
35.4
X 100
5 X 3
317
187
221
165
114,5
25
222
16,1
14.29
8.39
9.88
7.52
4.51
1¹⁄₄
9.84
51.9
125 X 80
363
213
251
191
114,5
32
250
23,5
X 4
14.29
8.39
9.88
7.52
4.51
1¹⁄₄
9.84
51.9
X 100
363
213
251
191
114,5
32
250
23,5
X 5
14.29
8.39
9.88
7.52
4.92
1¹⁄₄
9.84
51.9
X 125
6 X 3
363
213
251
191
125
32
250
23,5
15.51
9.02
10.75
7.99
4.51
1¹⁄₄
10.98
68.2
150 X 80
394
229
273
203
114,5
32
279
30,9
X 4
15.51
9.02
10.75
7.99
4.51
1¹⁄₄
10.98
68.2
X 100
6 X 5
394
229
273
203
114,5
32
279
30,9
15.51
9.02
10.75
7.99
4.92
1¹⁄₄
10.98
68.2
150 X 125
394
229
273
203
125
32
279
30,9
X 6
15.51
9.02
10.75
7.99
5.49
1¹⁄₄
10.98
68.2
X 150
8 X 5
394
229
273
203
139,5
32
279
30,9
18.27
10.24
12.72
9.02
5.00
1¹⁄₄
12.52
120.6
200 X 125
464
260
323
229
127,0
32
318
54,7
X 6
18.27
10.24
12.72
9.02
5.49
1¹⁄₄
12.52
120.6
X 150
464
260
323
229
139,5
32
318
54,7
X 8
18.27
10.24
12.72
9.02
6.75
1¹⁄₄
12.52
120.6
X 200
464
260
323
229
171,5
32
318
54,7
For the most up-to-date product information, visit www.victaulic.com
63
GROOVED IPS ACCESSORIES
Victaulic offers a full line of strainers, suction diffusers
and other specialty items for grooved piping systems
L1
L1
¹⁄₂" TAP
3/88.9
L2
L2
¹⁄₂" TAP
8/219.1mm
H1
3-150
8-150
H1
H2
GROOVED IPS ACCESSORIES
H2
E
B NPT
L
L
E
3" – 6" Sizes
B NPT
8" – 16" Sizes
Series 731-G with ANSI Class 150 Flange
SIZE
Pump
Side Flgd.
ANSI
System
CLASS
Side
150
Grvd. ✕
Nominal Inches/mm
10 X 6
Dimensions
Inches/millimeters
L
22.11
L1
12.40
L2*
15.67
H1
10.98
H2
5.50
B
NPT
1¹⁄₄
E
15.55
Aprx.
Wgt.
Each
Lbs./kg.
192.5
250 X 150
561,5
315
398
279
139,7
32
395
87,3
X 8
22.11
12.40
15.67
10.98
6.75
1¹⁄₄
15.55
192.5
X 200
561,5
315
398
279
171,5
32
395
87,3
X 10
22.11
12.40
15.67
10.98
7.99
1¹⁄₄
15.55
192.5
X 250
12 X 8
561,5
315
398
279
203,0
32
395
87,3
26.30
15.43
18.66
13.19
6.75
1¹⁄₄
18.58
290.4
300 X 200
668
392
474
335
171,5
32
472
131,7
X 10
26.30
15.43
18.66
13.19
7.99
1¹⁄₄
18.58
290.4
X 250
668
392
474
335
203,0
32
472
131,7
X 12
26.30
15.43
18.66
13.19
9.70
1¹⁄₄
18.58
290.4
X 300
668
392
474
335
246,5
32
472
131,7
14 X 10
28.62
16.14
20.94
14.37
7.99
1¹⁄₂
21.25
332.2
350 X 250
727
410
532
365
203,0
40
540
150,7
X 12
28.62
16.14
20.94
14.37
9.50
1¹⁄₂
21.25
332.2
X 300
727
410
532
365
241,3
40
540
150,7
X 14
28.62
16.14
20.94
14.37
10.50
1¹⁄₂
21.25
332.2
X 350
727
410
532
365
266,7
40
540
150,7
16 X 12†
–
–
–
–
–
–
–
–
400 X 300
–
–
–
–
–
–
–
–
X 14
34.25
19.57
25.31
15.87
10.50
1¹⁄₂
25.16
398.2
X 350
870
497
643
403
226,7
40
639
180,6
X 16†
–
–
–
–
–
–
–
–
X 400
–
–
–
–
–
–
–
–
ASSEMBLY CLEARANCE
The recommended access
requirements are listed in the
following table. *NOTE: These
recommended clearances are
equal to the minimum
clearance, plus 2" (51 mm).
Nominal
Diameter
Inches/mm
3
80
4
100
139,7 mm
5
125
165,1 mm
6
150
216,3 mm
#
#Recommended Minimum Clearance Required to Remove Diffuser Basket – Inches/mm
Nominal
Recommended
Actual
Actual
Diameter
Support Leg
Outside Dia.
Outside Dia.
Inches/mm
Pipe Diameter †
Inches/mm
Inches/mm
Clearance
Clearance
3.500
9.00
8
8.625
15.00
1¹⁄₄
88,9
230
200
219,1
381
4.500
11.00
114,3
279
5.500
139,7
305
5.563
12.00
141,3
305
6.500
165,1
300
6.625
13.00
168,3
330
8.515
216,3
381
1¹⁄₄
2
2
2
2
2
267,4 mm
10
250
318,5 mm
12
10.528
Recommended
Support Leg
Pipe Diameter †
2
267,4
457
10.750
18.00
273,0
457
2
318,5
533
2
12.750
21.00
12.539
300
323,9
533
14
14.000
23.00
350
355,6
584
16
16.000
27.00
400
406,4
686
2
2
2
2
† Based on Schedule 40 pipe diameter.
64
For the most up-to-date product information, visit www.victaulic.com
Vic-Strainer® – Tee Type
Request publication 09.02.
Pipe Size
Nominal
Diameter
Inches/mm
1¹⁄₂
PIPE PLUG, "H" N.P.T.
B
Y
A
X
Typical 1¹⁄₂ - 12" sizes
PIPE PLUG,
"H" N.P.T.
Y
X
B
A
Typical 14 - 30" sizes
Series 730
Performance
Dimensions – Inches/millimeters
Actual
Outside
Diameter
Inches/mm
1.900
Maximum
Working
Pressure
PSI †
Approx.
Weight
Each
Lbs.
A
5.50
kPa
750
B
3.75
X*
2.94
Y*
5.81
H
0.25
kg
7.0
40
48,3
5175
140
95
75
148
6
3,2
2
2.375
750
6.50
4.25
3.35
5.78
0.50
5.8
50
60,3
5175
165
108
85
147
13
2,6
2¹⁄₂
2.875
750
7.50
4.75
3.88
6.38
0.50
8.9
65
73,0
5175
191
121
98
162
13
4,0
3
3.500
750
8.50
5.25
4.54
6.81
0.75
21.0
80
88,9
5175
216
133
115
173
19
9,5
4
4.500
750
10.00
6.00
5.83
8.21
1.00
19.6
100
114,3
5175
254
152
148
209
25
8,9
5
5.563
750
11.00
6.50
7.03
9.89
1.25
31.3
125
141,3
5175
279
165
179
251
32
14,2
6
6.625
700
13.00
7.50
8.26
10.83
1.25
43.3
150
168,3
4825
330
191
210
275
32
19,6
8
8.625
600
15.50
9.00
10.54
13.74
2.00
75.0
200
219,1
4130
394
229
268
349
51
34,0
10
10.750
500
18.00
10.25
12.86
16.98
2.00
136.0
250
273,0
3450
457
260
327
431
51
61,7
12
12.750
400
20.00
11.25
14.86
18.88
2.00
197.2
300
323,9
2750
508
286
377
480
51
89,4
14
14.000
300
22.00
17.75
12.25
19.75
2.00
300.0
350
355,6
2065
559
451
311
502
51
136,1
16
16.000
300
24.00
18.75
13.75
21.75
2.00
350.0
400
406,4
2065
610
476
349
553
51
158,8
18
18.000
+
31.00
23.25
15.82
29.75
2.00
400.0
450
457,0
+
787
591
402
756
51
181,4
20
20.000
+
34.50
25.88
16.94
31.75
2.00
565.0
500
508,0
+
876
657
430
807
51
256,3
24
24.000
+
40.00
30.13
19.94
37.63
2.00
830.0
600
610,0
+
1016
765
506
956
51
376,5
30
30.000
+
50.00
35.63
24.75
44.50
2.00
1273.0
750
762,0
+
1270
905
629
1130
51
577,4
† Working pressure is maximum based on Style 07 access coupling and will be governed by couplings used for installation and related
system components. Maximum differential pressure from inlet to outlet must not exceed 10 psi (69 kPa).
+Working Pressure is dependent upon the style of coupling used to join Series 730 to the piping system.
CV Values
CV values for flow of water at +60°F (+16°C) are shown in the table below.
Pipe Size
Actual
Nom.
Out.
Dia.
Dia.
In./mm
In./mm
1¹⁄₂
1.900
40
48,3
2
2.375
50
60,3
2¹⁄₂
2.875
65
73,0
3
3.500
80
88,9
4
4.500
100
114,3
CV
Values
61
190
230
Pipe Size
Nom.
Actual
Out.
Out.
Dia.
Dia.
In./mm
In./mm
5
5.563
125
141,3
6
6.625
150
168,3
8
8.625
200
219,1
290
10
10.750
250
273,0
425
12
12.750
300
323,9
CV
Values
685
950
2108
Pipe Size
Nom.
Actual
Out.
Out.
Dia.
Dia.
In./mm
In./mm
14
14.000
350
355,6
16
16.000
400
406,4
18
18.000
450
457,0
CV
Values
5050
8000
10540
2683
3872
For 20 - 30" (500 - 750 mm) sizes contact Victaulic.
For the most up-to-date product information, visit www.victaulic.com
65
GROOVED IPS ACCESSORIES
Series 730 Vic-Strainer is lighter than flanged “Y” type strainers and provides straight-through flow for
lower pressure drop. It installs with two Victaulic couplings, and is rated up to 300 psi (2065 kPa)
depending upon the installed coupling’s pressure rating. A durable 304 stainless screen is provided.
The standard mesh sizes are 12 mesh for sizes 1¹⁄₂ - 3" (40 - 80 mm); 6 mesh for sizes 4 - 16" (100 - 400
mm) and 4 mesh for sizes 18 - 30" (450 - 750 mm); other smaller sizes available.
Series 730
Series 732
Vic-Strainer – Wye Type
Series 732 Vic-Strainer provides straight through flow for lower pressure drop. Installs with two
Victaulic couplings. Series 732 strainers range in size from 2 - 12" (50 - 300 mm). All sizes are rated to
300 psi (2065 kPa) maximum working pressure.
Durable 304 stainless perforated metal basket, 0.062" diameter holes for 2 - 3" (50 - 80 mm) sizes; 0.125"
diameter holes for 4 - 12" (100 - 300 mm) sizes standard.
GROOVED IPS ACCESSORIES
Request publication 09.03.
Pipe Size
Actual
Nominal Outside
Diameter Diameter
In./mm
In./mm
2
2.375
F
D
E
8.54
F
3.50
G*
5.25
H
0.50
kg
10.0
248
178
70
192
217
89
133
13
4,5
300
10.75
7.75
3.00
8.32
9.32
4.13
5.81
0.50
14.0
73,0
2065
273
197
76
211
237
105
148
13
6,4
3.000
300
10.75
7.75
3.00
8.32
9.32
4.13
5.81
0.50
14.0
76,1
2065
273
197
76
211
237
105
148
13
6,4
3.500
300
11.75
8.50
3.25
9.08
10.14
4.75
6.63
0.75
20.0
80
88,9
2065
299
216
83
231
258
121
168
19
9,1
4
4.500
300
14.25
10.50
3.75
11.06
12.36
6.25
7.94
1.00
32.0
100
114,3
2065
362
267
95
281
314
159
202
25
14,5
5
5.563
300
16.50
12.50
4.00
13.00
14.36
7.88
9.50
1.00
50.0
125
141,3
2065
419
318
102
330
365
200
241
25
22,7
6
6.625
300
18.50
14.00
4.50
14.44
16.06
9.25
10.50
1.25
72.0
168,3
2065
470
356
114
367
408
235
267
32
32,7
6.500
300
18.50
14.00
4.50
14.44
16.06
9.25
10.50
1.25
72.0
165,1
2065
470
356
114
367
408
235
267
32
32,7
8.625
300
24.00
18.00
6.00
18.38
20.50
12.38
13.19
1.50
125.0
200
219,1
2065
610
457
152
467
521
315
335
38
56,7
10
10.750
300
27.00
21.00
6.00
22.00
23.82
14.25
15.92
2.00
205.0
250
273,0
2065
686
533
152
559
605
362
404
51
93,0
12
12.750
300
30.00
24.50
5.50
24.75
27.37
17.00
18.23
2.00
280.0
300
323,9
2065
762
622
140
629
695
432
463
51
127,0
8
"G" DIA.
D
7.54
2065
165,1 mm
PIPE PLUG, "H" N.P.T.
C
2.75
60,3
150
E
B
7.00
2.875
3
C
End to
End
A
9.75
Approx.
Weight
Each
Lbs.
50
76,1 mm
B
kPa
300
Dimensions - Inches/millimeters
2¹⁄₂
65
A
Max.
Work
Press.
PSI #
#Working pressure is maximum and will be governed by couplings used for installation and related system components. Maximum differential pressure from inlet to outlet must not exceed 10 psi (69 kPa).
*Dimensions will vary depending upon coupling orientation.
Series 732
Performance
CV Values
CV values for flow of water at +60°F (+16°C) are shown in the table below.
Pipe Size
Pipe Size
Nominal
Diameter
Inches/mm
2
50
60,3
2¹⁄₂
2.875
65
76,1 mm
3
66
Actual
Outside
Diameter
Inches/mm
2.375
73,0
3.000
76,1
3.500
80
88,9
4
4.500
100
114,3
5
5.563
125
141,3
CV
Values
72
111
111
164
285
Nominal
Diameter
Inches/mm
6
150
165,1 mm
8
Actual
Outside
Diameter
Inches/mm
6.625
168,3
6.500
165,1
8.625
200
219,1
10
10.750
250
273,0
12
12.750
300
323,9
CV
Values
597
597
1000
1800
2800
410
For the most up-to-date product information, visit www.victaulic.com
Mover® Expansion Joint
The Victaulic Style 150 Mover® is a slip-type expansion joint providing up to 3" (80 mm) axial end
movement. Mover expansion joints permit easy adjustments prior to installation, to accommodate
expansion, contraction or both. It is designed for service up to +230°F (+110°C) and for working
pressures up to 350 psi (2400 kPa); depending on the type of coupling used for installation.
Style 150 is supplied with grooved ends for installation with the use of Style 07 Zero-Flex® rigid
couplings or with plain ends for use with Style 99 Roust-A-Bout® couplings.
Request publication 09.04.
Y
X
Z max.
Z min.
Pipe Size
Actual
Outside
Nominal
Diameter
Diameter
Inches/mm Inches/mm
2
2.375
Maximum
Working
Pressure
PSI
Maximum
Available
Movement
Inches
Height
X
Inches
Length
Z
Inches/mm
Width
Y
Inches
kPa
mm
mm
mm
350
3
4.75
6.75
Minimum
11.88
Approx.
Weight
Each
Lbs.
Maximum
14.88
kg
15.9
50
60,3
2410
76.2
121
172
302
378
7,2
3
3.500
350
3
6.00
8.50
12.13
15.13
25.6
80
88,9
2410
76.2
152
216
308
384
11,6
4
4.500
350
3
7.25
9.88
14.13
17.13
39.6
100
114,3
2410
76.2
184
251
359
435
18,0
5
5.563
350
3
+
+
+
+
55.0
125
141,3
2410
76.2
+
+
+
+
24,9
6
6.625
350
3
10.75
14.00
16.00
19.00
75.0
150
168,3
2410
76.2
273
356
406
483
34,0
+ Contact Victaulic for details.
Expansion Joint
Installation
For proper expansion joint
operation, the piping system
must be sectioned into
individual straight pipe runs
with suitable anchor
installations. Within each pipe
section, properly spaced
alignment guides and weight
support devices are also
necessary to permit free axial
pipe movement. Refer to
installation instructions
supplied with each unit.
Whenever possible, the
expansion joint should be
located adjacent to an anchor
within four (4) pipe diameters.
The first and second alignment
guides on the opposite side of
the expansion joint should be
located at maximum distances
of four (4) and fourteen (14) pipe
For the most up-to-date product information, visit www.victaulic.com
diameters, respectively.
Additional intermediate
guides should be placed. If
expansion joint cannot be
located adjacent to an anchor,
install guides on both sides of
the unit.
In addition, where long length,
low pressure applications may
require few intermediate
alignment guides, the pipe
weight, including any liquid
contents, must be adequately
supported. (For recommended
spacing for a water system
request 26.01).
When installed the expansion
joint can provide
compensation for 3" (80 mm) of
axial pipe movement.
Expansion joint may be set to
compensate for pipe
expansion, contraction, or
some combination. The
movement caused by
installation at a temperature
other than the minimum or
maximum operation
temperature should also be
accounted for. Refer to
installation instructions
supplied with each unit, or
contact Victaulic for
recommendations.
Request 09.06 for installation
details.
67
GROOVED IPS ACCESSORIES
Style 150
Style 155 Expansion Joints are a combination of couplings and short nipples, joined in tandem to
provide increased expansion.
Style 155
Expansion Joint
Victaulic expansion joints may be used as flexible connectors; however, they will not simultaneously
provide full expansion and full deflection. Expansion joints installed horizontally require independent
support to prevent deflection which will reduce the available expansion.
GROOVED IPS ACCESSORIES
Request publication 09.05.
The ties holding the couplings
in position must be removed
after installation.
Y
X
L
Sizes ³⁄₄ - 3"
Y
X
L
Sizes 4 - 12"
Y
Pipe Size
Actual
Outside
Nominal
Diameter
Diameter
Inches/mm Inches/mm
³⁄₄
1.050
20
26,7
1
1.315
25
33,7
1¹⁄₄
1.660
32
42,4
1¹⁄₂
1.900
40
48,3
2
2.375
50
60,3
2¹⁄₂
2.875
65
73,0
3
3.500
80
88,9
3¹⁄₂
4.000
90
101,6
4
4.500
100
114,3
5
5.563
125
141,3
6
6.625
150
168,3
8
8.625
200
219,1
10
10.750
250
273,0
12
12.750
300
323,9
14
14.000
350
355,6
16
16.000
400
406,4
18
18.000
450
457,0
20
20.000
500
508,0
24
24.000
600
610,0
STANDARD UNITS †
Dimensions – Inches/millimeters
L - Length (ref.) §
Cplg.
Style
77
77
77
77
75
75
75
75
75
75
75
75
77
77
77
77
77
77
77
Compressed
26.25
Expanded
28.13
Height
X
2.13
Width
Y
3.63
Total
Movement
Capability
1.88
Approx.
Weight
Each
Lbs.
kg
17.0
667
715
54
92
48
7,7
26.25
28.13
2.38
3.88
1.88
20.0
667
715
61
99
48
9,1
28.25
30.13
2.63
4.63
1.88
28.0
718
765
67
118
48
12,7
28.25
30.13
3.00
5.00
1.88
31.0
718
765
76
127
48
14,1
28.25
30.13
3.50
5.13
1.88
27.0
718
765
89
130
48
12,2
28.25
30.13
4.00
5.88
1.88
36.0
718
765
102
149
48
16,3
28.25
30.13
4.63
6.75
1.88
46.0
718
765
118
172
48
20,9
28.25
30.13
5.25
7.38
1.88
54.0
718
765
133
188
48
24,5
26.25
28.00
5.88
8.00
1.75
54.0
667
711
149
203
45
24,5
26.25
28.00
7.00
10.18
1.75
72.0
667
711
178
259
45
32,7
26.25
28.00
8.13
11.00
1.75
90.0
667
711
207
279
45
40,8
28.50
30.25
10.38
14.00
1.75
150.0
724
768
264
356
45
68,0
32.50
34.25
13.50
16.75
1.75
320.0
826
870
343
426
45
145,2
32.50
34.25
15.50
19.00
1.75
373.0
826
870
394
483
45
169,2
30.00
31.75
16.63
20.00
1.75
423.0
762
807
422
508
45
191,9
30.00
31.75
19.00
22.38
1.75
500.0
762
807
483
569
45
226,8
30.00
31.75
21.25
24.38
1.75
632.0
762
807
540
619
45
286,7
30.00
31.75
23.63
27.50
1.75
800.0
762
807
600
699
45
362,9
30.00
31.75
27.63
31.38
1.75
840.0
762
807
702
797
45
381,0
† Contact Victaulic for performance requirements not listed above.
§ Dimensions may vary slightly due to tolerances.
For Performance Data refer to 06.05 for Style 75 and 06.04 for Style 77.
X
L
Sizes 14 - 24"
68
For the most up-to-date product information, visit www.victaulic.com
Venturi Flow
Metering Sensor
Request publication 09.08.
Pipe Size
Nominal
Diameter
Inches/mm
2¹⁄₂L
Disconnect
Valve
Actual
Outside Diameter
Inches/mm
2.875
Maximum
Working Pressure
PSI /kPa
250
End to End
A
Inches/mm
4.63
Approx.
Weight Each
Lbs./kg
2.5
65
73,0
1725
118
1,1
2¹⁄₂H
2.875
250
4.00
2.7
65
73,0
1725
101.6
1,2
3L
3.500
250
5.25
3.5
Metal
Identification
Tag
80
88,9
1725
133
1,6
3H
3.500
250
4.25
3.5
80
88,9
1725
108.0
1,6
VICTAULIC
4L
4.500
250
5.88
5.5
100
114,3
1725
149
2,5
4H
4.500
250
5.38
5.5
100
114,3
1725
136.5
2,5
5
5.563
250
5.00
6.9
125
141,3
1725
127
3,1
6
6.625
250
6.00
6.0
150
168,3
1725
152
2,7
8
8.625
250
7.00
19.0
200
219,1
1725
178
8,6
10
10.750
250
8.00
19.0
250
273,0
1725
203
8,6
12
12.750
250
12.00
60.0
300
323,9
1725
305
27,2
14
14.000
250
14.00
72.0
350
355,6
1725
356
32,7
16
16.000
250
26.00
153.0
400
406,4
1725
660
69,4
18
18.000
250
29.00
196.0
450
457,0
1725
737
88,9
20
20.000
250
32.00
245.0
500
508,0
1725
813
111,1
24
24.000
250
39.00
365.0
600
610,0
1725
991
165,6
30
30.000
250
48.00
512.0
750
762,0
1725
1219
232,2
A
Series 733
Performance
CV Values
Flow co-efficient (CV) equal to GPM with 1 inch of water meter reading.
Pipe Size
Actual
Nom.
Out.
Dia.
Dia.
In./mm
In./mm
2¹⁄₂L
2.875
65
73,0
2¹⁄₂H
2.875
65
73,0
3L
3.500
80
88,9
3H
3.500
80
88,9
4L
4.500
100
114,3
4H
4.500
100
114,3
C
Values
13
22
19
32
35
53
For the most up-to-date product information, visit www.victaulic.com
Pipe Size
Actual
Out.
Nom.
Dia.
Dia.
In./mm
In./mm
5
5.563
125
141,3
6
6.625
150
168,3
8
8.625
200
219,1
10
10.750
250
273,0
12
12.750
300
323,9
14
14.000
350
355,6
C
Values
65
95
173
285
380
Pipe Size
Actual
Out.
Nom.
Dia.
Dia.
In./mm
In./mm
16
16.000
400
406,4
18
18.000
450
457,0
20
20.000
500
508,0
24
24.000
600
610,0
30
30.000
750
762,0
C
Values
635
820
960
1500
1780
520
69
GROOVED IPS ACCESSORIES
The Victaulic Venturi-type metering sensor provides an accurate and economical way to obtain flow
measurements in HVAC, industrial, municipal and mining systems. A flow loss equal to as little as 10%
of the differential pressure is typical.
Grooved end design allows fast, easy installation with standard Victaulic couplings. All sizes have a
minimum straight pipe requirement of five diameters upstream and two downstream.
Available in 2¹⁄₂ - 30" (65 - 750 mm) sizes for measuring flow balance from the smallest coils to the largest
pumps. Standard rating for the system is 250 psi (1725 kPa) at +230° (+110°C) water.
Series 733
Series 734 & 734S
Orifice/Indicator
Flow Metering Sensor
GROOVED IPS ACCESSORIES
Victaulic Series 734/734S Orifice/Indicator flow metering system (orifice type) provides an accurate
and economical way to obtain flow measurements in HVAC systems. Grooved ends allow fast, easy
installation with two standard Victaulic couplings.
For proper installation, 2¹⁄₂" to 4" (65 - 100 mm) sizes have a minimum straight pipe requirement of 5
diameters upstream and two downstream; for 5" (125 mm) and up, 10 diameters upstream and four
downstream. Standard rating for Series 734 is 250 psi (1725 kPa) at 230°F (+110°C) water.
Request publication 09.09.
Pipe Size
Actual
Outside Diameter
Inches/mm
2.875
Maximum
Working Pressure
PSI /kPa
250
65
73,0
1725
89
0,9
3
3.500
250
3.50
3.0
80
88,9
1725
89
1,2
4
4.500
250
3.63
4.0
100
114,3
1725
92
1,8
5
5.563
250
4.25
6.0
125
141,3
1725
108
2,6
6
6.625
250
4.25
7.2
150
168,3
1725
108
3,3
8
8.625
250
4.75
12.0
200
219,1
1725
121
5,4
10
10.750
250
5.00
17.0
250
273,0
1725
127
8,1
12
12.750
250
5.00
21.2
300
323,9
1725
127
9,6
14
14.000
250
5.38
30.0
350
355,6
1725
137
10,0
16
16.000
250
5.38
30.5
400
406,4
1725
137
13,8
18
18.000
250
5.50
35.0
450
457,0
1725
140
15,9
20
20.000
250
6.19
45.5
500
508,0
1725
157
20,6
24
24.000
250
7.19
62.7
600
610,0
1725
183
28,4
Nominal
Diameter
Inches/mm
2¹⁄₂
Metal
Identification
Tag
Disconnect
Valve
VICTAULIC
A
Series 734 & 734S
Performance
Approximate
Weight Each
Lbs./kg
2.0
CV Values
Flow co-efficient (CV) equal to GPM with 1 inch of water meter reading.
Pipe Size
Pipe Size
Nominal
Diameter
Inches/mm
2¹⁄₂L
70
End to End
A
Inches/mm
3.50
Actual
Outside
Diameter
Inches/mm
2.875
65
73,0
2¹⁄₂H
2.875
65
73,0
3H
3.500
80
88,9
3L
3.500
80
88,9
3M
3.500
80
88,9
4L
4.500
100
114,3
4M
4.500
100
114,3
4H
4.500
100
114,3
5
5.563
125
141,3
CV
Values
12
19
29
16
Nominal
Diameter
Inches/mm
6
Actual
Outside
Diameter
Inches/mm
6.625
150
168,3
8
8.625
200
219,1
10
10.750
250
273,0
12
12.750
300
323,9
22
14
14.000
350
355,6
25
16
16.000
400
406,4
18
18.000
35
52
64
450
457,0
20
20.000
500
508,0
24
24.000
600
610,0
CV
Values
89
177
269
406
490
640
810
1000
1500
For the most up-to-date product information, visit www.victaulic.com
Orifice/Indicator and
Venturi
Brass Flow Sensors with
Threaded or Sweat Ends
The Victaulic® Orifice/Indicator flow metering system (orifice type) provides an accurate and
economical way to obtain flow measurements in HVAC systems.
For proper installation, all sizes have a minimum straight pipe requirement of five diameters upstream
and two downstream. Standard rating for Series 734 is 250 psi (1725 kPa) at 230°F (+110°C) water.
Request publication 09.10.
Pipe Size
Actual
Nominal Outside
Diameter Diameter
In./mm
In./mm
¹⁄₂
0.840
Series 734 Orifice/Indicator
Series 733
Threaded Venturi
End to
Aprx.
End
Wgt. Ea.
Inches
Lbs.
Series 734 XT-M/F
Threaded
Orifice/Indicator
End to
Aprx.
End
Wgt. Ea.
Inches
Lbs.
Series 734 XF-F/F
Threaded
Orifice/Indicator
End to
Aprx.
End
Wgt. Ea.
Inches
Lbs.
Series 734 XS-M/F
Sweated
Orifice/Indicator
End to
Aprx.
End
Wgt. Ea.
Inches
Lbs.
mm
kg
mm
kg
mm
kg
mm
kg
2.75
1.5
1.50
0.7
1.50
0.6
1.50
0.5
15
21,3
70
0,7
38
0,3
38
0,3
38
0,2
³⁄₄
1.050
3.00
2.0
1.50
1.3
1.50
0.8
1.50
1.3
20
26,7
76
0,9
38
0,6
38
0,4
38
0,6
1
1.315
3.75
2.5
1.88
2.0
1.88
2.0
1.88
1.3
25
33,7
95
1,1
48
0,9
48
0,9
48
0,6
1¹⁄₄
1.660
4.00*
3.0
2.75
2.0
2.75
2.0
–
–
32
42,4
102
1,4
70
0,9
70
0,9
–
–
1¹⁄₂
1.900
4.25*
3.5
2.75
3.0
2.75
2.0
–
–
40
48,3
108
1,6
70
1,4
70
0,9
–
–
2
2.375
5.00*
6.8
3.25
5.7
3.25
3.0
–
–
50
60,3
127
3,1
83
2,6
83
1,4
–
–
* “L” size shown. “H” size 1¹⁄₄" = 3.75" (95 mm); 1¹⁄₂ & 2" = 4.25" (108 mm).
Series 733 Venturi
Style 739
Portable Test Meter
Style 739 portable master meters connect directly to Style 733 Venturi or Style 734 Orifice indicators for
accurate measurement of system flow. Meters available as standard in inches of H2O or millimeters of
H2O.
Request publication 09.11.
For other meters please see page 56 – 57.
For the most up-to-date product information, visit www.victaulic.com
71
GROOVED IPS ACCESSORIES
Series 733 &
Series 734
Style 47
Dielectric Waterway
Fittings
current problems, Clearflow
Dielectric Waterway fittings
continuously provide the most
effective corrosion protection
possible in any waterway
system connection.
GROOVED IPS ACCESSORIES
Clearflow* Dielectric
Waterway fittings create a
dielectric waterway by
utilizing an inert, noncorrosive thermoplastic lining
(NSF/FDA listed), to insulate
the inside of the metal casing,
thus inhibiting the internal
formation of galvanic local cell
corrosion between the
dissimilar metals in the
presence of water.
Style 47-GT and 47-TT are NSF
Listed in accordance with
ANSI/NSF 61, up to 180°F
(82°C) for potable water
service. Style 47-GG is UL
Classified in accordance with
ANSI/NSF 61, up to 180°F
(82°C) for potable water
service.
Clearflow fittings use materials
which meet the requirements
of ASTM F-492-77. Clearflow
fittings are designed for
continuous use at
temperatures up to 230°F
(110°C) and pressures up to
300 psi (2065 kPa).
By essentially eliminating
galvanic local cell and stray
Request publication 09.07.
*Clearflow is a registered trademark of
Perfection Corp.
SBCCI
Dimensions
Styles 47-GT, 47-TT
and 47-GG
E to E
Style 47-GT
Grooved ✕ Threaded
E to E
Style 47-TT
Threaded ✕ Threaded
E to E
Style 47-GG
Grooved End Steel
(IPS) to
Grooved Copper
Transition Fitting
72
Pipe Size
Style 47-GT Grooved ✕ Threaded
Nominal
Actual
Max. Working
Aprx. Wgt.
Diameter Outside Dia.
Pressure
Each
End to End
Inches/mm Inches/mm
PSI/kPa
Lbs./kg
Inches/mm
¹⁄₂
0.840
–
–
–
Style 47-TT Threaded ✕ Threaded
Max. Working
Aprx. Wgt.
Pressure
Each
End to End
PSI/kPa
Lbs./kg
Inches/mm
300
3.00
0.2
15
21,3
–
–
–
2065
76
0,1
³⁄₄
1.050
–
–
–
300
3.00
0.2
20
26,7
–
–
–
2065
76
0,1
1
1.315
300
4.00
0.3
300
4.00
0.3
25
33,7
2065
102
0,2
2065
102
0,2
1¹⁄₄
1.660
300
4.00
0.6
300
4.00
0.6
32
42,4
2065
102
0,3
2065
102
0,3
1¹⁄₂
1.900
300
4.00
0.8
300
4.00
0.8
40
48,3
2065
102
0,3
2065
102
0,3
2
2.375
300
4.00
1.0
300
4.00
1.0
50
60,3
2065
102
0,5
2065
102
0,5
2¹⁄₂
2.875
300
6.00
1.6
300
6.00
1.6
65
73,0
2065
152
0,7
2065
152
0,7
3
3.500
300
6.00
2.0
300
6.00
2.0
80
88,9
2065
152
0,9
2065
152
0,9
3¹⁄₂
4.000
300
6.00
2.3
300
6.00
2.3
90
101,6
2065
152
1,1
2065
152
1,1
4
4.500
300
6.00
4.5
300
6.00
4.5
100
114,3
2065
152
2,0
2065
152
2,0
Grooved ✕ Grooved
Grooved End Steel to Grooved Copper Transition
Nominal
Diameter
2
Pipe Size – Inches/millimeters
Actual Outside Diameter
Steel (IPS)
Copper (CTS)
2.375
2.125
Maximum
Work. Press.
PSI/kPa
300
End to End
Inches/mm
4.19
Aprx.
Wgt. Each
Lbs./kg
1.3
50
60,3
54,0
2065
106
0,6
2¹⁄₂
2.875
2.625
300
6.19
3.3
65
73,0
66,7
2065
157
1,5
3
3.500
3.125
300
6.19
4.5
80
88,9
79,4
2065
157
2,0
4
4.500
4.125
300
6.19
5.8
100
114,3
104,8
2065
157
2,6
5
5.563
5.125
300
6.19
7.8
125
141,3
130,2
2065
157
3,5
6
6.625
6.125
300
6.19
10.1
150
168,3
155,6
2065
157
4,6
8
8.625
8.125
300
6.19
15.0
200
219,1
206,4
2065
157
6,8
For the most up-to-date product information, visit www.victaulic.com
Hole Cut Piping System
Developed by Victaulic to provide
a fast, easy mid-pipe outlet without welding.
Threaded
Outlet
Housing
Locating
Collar
Bolt/Nut
Styles 920 &
920N
Mechanical-T®
Bolted Branch Outlet
for maximum flow
characteristics.
Victaulic Mechanical-T®
Outlet provides a direct branch
connection at any location a
hole can be cut in pipe. The
hole is cut oversize to receive a
“holefinder” locating collar
which secures the outlet in
position permanently. A
pressure responsive gasket
seals on the pipe O.D.
Cross-type connections can be
achieved by utilizing two
upper housings of the same
style and size, with the same or
differing branch size
connections. NOTE: Style 920
and Style 920N housings
cannot be mated to achieve a
cross connection.
Style 920 and Style 920N
Mechanical-T outlets are
available with grooved or
female threaded outlet. Units
are supplied painted with
plated bolts. Galvanized
housings are available,
supplied with plated bolts.
The gasket is molded to
conform to the pipe O.D. and is
of pressure - responsive
design. Gasket seal is further
enhanced by pressure or
vacuum in the line.
Styles 920, 920N and 929 are
ideal for a variety of branch
connections. Styles 923 and
924 provide a weldless
connection for a variety of
gauges, drains and
thermometers.
Victaulic hole cut products
must be installed on the true
centerline of the pipe. Vic Hole
Cutting Tools are
recommended for preparing
pipe to receive all Victaulic
hole cut products.
Request publication 11.01.
All sizes of Style 920 and 920N
are rated at 500 psi (3450 kPa)
working pressure on steel pipe.
They may also be used on high
density polyethylene (HDPE)
pipe. Pressure ratings on
HDPE are dependent on the
pipe rating. Style 920 and
920N are not
recommended for use on
PVC plastic pipe.
Request 11.02.
Style 920
Style 920 Cross
For the most up-to-date product information, visit www.victaulic.com
73
HOLE CUT PIPING SYSTEM
Gasket
The bolted mechanical branch
connection concept was
developed by Victaulic to
provide a fast, easy mid-pipe
outlet without welding. A hole
is first cut or drilled in the pipe
to receive the outlet.
Positioning in the hole is
enhanced with either a
locating collar (Styles 920,
920N and 929) or a toe and heel
(Styles 923 and 924) and
provides a smooth outlet area
Styles 920 &
920N
SIZE
Run ✕ Branch
Nominal Inches
Mechanical-T®
Bolted Branch Outlet
mm
2 ✕ ¹⁄₂ (a)
920N
✕ ³⁄₄ (a)
920N
50 ✕ 15
Z
Y
✕ 20
✕ 1 (a)
✕ 25
V
✕ 1¹⁄₄ (a) †
✕ 32
✕ 1¹⁄₂ (a) †
W
✕ 40
Styles 920 and 920N
w/Grooved Outlet
920N
✕ 25
✕ 1¹⁄₄ † (a)
✕ 32
T
W
Styles 920 and 920N
w/Female Threaded Outlet
✕ 1¹⁄₂ † (a)
✕ 40
920
✕ 1 (a)
920
✕ 20
HOLE CUT PIPING SYSTEM
✕ 32
✕ 40
920
920
3 ✕ ¹⁄₂ (a)
920N
✕ ³⁄₄ (a)
920N
✕ 1 (a)
920N
80 ✕ 15
✕ 20
✕ 25
✕ 1¹⁄₄ (a) †
✕ 32 (b)
✕ 1¹⁄₂ (a) †
✕ 440 (b)
920N
920N
✕ 2 (a)
920N
4 ✕ ¹⁄₂ (a)
920N
✕ ³⁄₄ (a)
920N
✕ 50
100 ✕ 15
✕ 20
✕ 1 (a)
✕ 25
✕ 1¹⁄₄ (a) †
✕ 32 (b)
920N
920N
✕ 1¹⁄₂ (a) †
920N
✕ 2 (a) †
920N
✕ 2¹⁄₂ (a) †
920
✕ 40 (b)
✕ 50
✕ 65
✕ 76,1 mm
✕ 3 (a) †
✕ 80
74
920N
✕ ³⁄₄ (a)
✕ 1¹⁄₂ (a)
These new size Style 920N
products require a different hole size than the Style
920 it replaces, for proper
installation. Use caution to
assure the proper size
hole is prepared for the
specific size and style
used. Failure to use the
proper hole size could
result in joint leakage and
property damage.
920N
920
✕ 15
✕ 25
NEW
HOLE SIZE
920N
76,1 mm ✕ ¹⁄₂ (a)
✕ 1¹⁄₄ (a) †
NOTE: Style 920 and Style 920N housings cannot be mated to one another to
achieve cross connections.
920N
✕ ³⁄₄ (a)
✕ 20
V
920N
920N
65 ✕ 15
Z
920N
2¹⁄₂ ✕ ¹⁄₂ (a)
✕ 1 (a)
Y
Style
No.
108,0 mm ✕ 1¹⁄₄ (a)
✕ 32
920
920
920N
✕ 1¹⁄₂ (a)
920N
✕ 2 (a)
920N
✕ 40
✕ 50
✕ 2¹⁄₂ (a)
✕ 65
✕ 3 (a)
✕ 80
Table continued on page 74.
920
920
Max.
Work.
Press.
PSI
kPa
500
Hole
Dia.
+0.13
–0.00
1.50
Dimensions – Inches/millimeters
Fem.
Thd. Grv.
V
V
‡
W
Y
‡#
T **
2.00
2.53
–
1.63 4.91
Z
2.50
Aprx.
Wgt. Each
Lbs./kg
Fem.
Thd. Grv.
3.1
–
3450
38,1
51
64
–
41
125
64
1,5
–
500
1.50
1.97
2.53
–
1.63
4.91
2.75
3.1
–
3450
38,1
50
64
–
41
125
70
1,5
–
500
1.50
1.81
2.53
–
1.63
4.91
2.75
3.0
–
3450
38,1
46
64
–
41
125
70
1,4
–
500
1.75
2.04
2.75
3.00
1.63
4.91
3.00
3.5
3.2
3450
44,5
52
70
76
41
125
76
1,7
1,5
500
1.75
2.03
2.75
3.12
1.63
4.91
3.25
3.6
3.2
3450
44.5
52
70
79
41
125
83
1,7
1,5
500
1.50
2.21
2.74
–
1.82
5.14
2.75
3.0
–
3450
38,1
56
70
–
46
131
70
1,4
–
500
1.50
2.18
2.74
–
1.82
5.14
2.75
3.0
–
3450
38,1
55
70
–
46
131
70
1,4
–
500
1.50
2.06
2.74
–
1.82
5.14
2.75
2.9
–
3450
38,1
52
70
–
46
131
70
1,4
–
500
1.75
2.29
3.00
3.25
1.82
5.14
3.00
3.5
3.2
3450
44,5
58
76
83
46
131
76
1,7
1,5
500
2.00
2.27
3.00
3.25
1.82
5.14
3.25
3.6
3.3
3450
50,8
58
76
83
46
131
83
1,7
1,6
300
1.50
2.22
2.75
–
2.25
6.50
3.18
3.9
–
2065
38,1
56
70
–
57
165
81
1,8
–
300
1.50
2.19
2.75
–
2.25
6.50
3.18
3.9
–
2065
38,1
56
70
–
57
165
81
1,8
–
300
1.50
2.07
2.75
–
2.25
6.50
3.18
3.8
–
2065
38,1
53
70
–
57
165
81
1,7
–
500
2.00
2.69
3.50
3.50
2.25
6.28
3.63
4.4
–
3450
50,8
68
89
89
57
162
92
2,0
–
500
2.00
2.69
3.50
–
2.25
6.38
3.63
4.4
4.4
3450
50,8
68
89
–
57
162
92
2,0
2,0
500
1.50
2.53
3.06
–
2.29
5.75
2.75
3.4
–
3450
38,1
64
78
–
58
146
70
1,6
–
500
1.50
2.50
3.06
–
2.29
5.75
2.75
3.4
–
3450
38,1
64
78
–
58
146
70
1,6
–
500
1.50
2.37
3.06
–
2.29
5.75
2.75
3.3
–
3450
38,1
60
78
–
58
146
70
1,6
–
500
1.75
2.54
3.25
3.56
2.29
5.75
3.00
3.8
3.7
3450
44,5
65
83
90
58
146
76
1,8
1,8
500
2.00
2.77
3.50
3.56
2.29
5.75
3.25
4.1
3.8
3450
50,8
70
89
90
58
146
83
1,9
1,8
500
2.50
2.74
3.50
3.56
2.29
5.75
3.88
4.9
4.6
3450
63,5
70
89
90
58
146
99
2,3
2,1
500
1.50
3.03
3.56
–
2.69
6.69
2.75
3.7
–
3450
38,1
77
90
–
68
170
70
1,8
–
500
1.50
3.00
3.56
–
2.69
6.69
2.75
3.7
–
3450
38,1
76
90
–
68
170
70
1,8
–
500
1.50
2.88
3.56
–
2.69
6.69
2.75
3.6
–
3450
38,1
73
90
–
68
170
70
1,8
–
500
1.75
3.07
3.78
4.00
2.69
6.69
3.00
4.0
3.6
3450
44,5
78
96
102
68
170
76
1,9
1,8
500
2.00
3.28
4.00
4.00
2.69
6.69
3.25
4.2
3.9
3450
50,8
83
102
102
68
170
83
2,0
1,9
500
2.50
3.24
4.00
4.00
2.69
6.69
3.88
5.0
4.6
3450
63,5
82
102
102
68
170
99
2,3
2,1
500
2.75
3.06
4.00
4.00
2.69
7.25
4.63
5.8
5.0
3450
69,9
78
102
102
68
184
118
2,6
2,3
500
2.75
–
–
4.00
2.69
7.25
4.63
–
6.4
3450
69,9
–
–
102
68
184
118
–
2,9
500
3.50
3.50
4.50
4.13
2.69
7.25
5.25
8.4
6.4
3450
88,9
89
114
105
68
184
133
3,8
2,9
500
1.75
3.06
3.78
–
2.63
7.25
3.13
5.0
–
3450
44,5
78
96
–
67
184
80
2,3
–
500
2.00
3.28
4.00
–
2.63
7.25
3.38
5.0
–
3450
50,8
83
102
–
67
184
86
2,3
–
500
2.50
3.24
4.00
–
2.63
7.25
4.00
5.6
–
3450
63,5
82
102
–
67
184
102
2,5
–
500
2.75
3.06
4.00
–
2.63
7.25
4.41
5.6
–
3450
69,9
78
102
–
67
184
112
2,5
–
500
3.50
–
–
4.00
2.63
7.25
5.00
–
6.5
3450
88,9
–
–
102
67
184
127
–
3,0
See notes on page 75.
For the most up-to-date product information, visit www.victaulic.com
SIZE
Run ✕ Branch
Nominal Inches
Mechanical-T®
Bolted Branch Outlet
mm
5 ✕ 1¹⁄₂ (a) †
125 ✕ 40
✕ 2 (a) †
Z
Y
V
920
✕ 76,1 mm (a)(b)
920
✕ 3 (a) †
920
✕ 40
✕ 2†
✕ 50
Z
T
920
920
6 ✕ 1¹⁄₄
920N
150 ✕ 32 (b)
✕ 40 (b)
✕ 2 (a) †
Styles 920 and 920N
w/Female Threaded Outlet
✕ 50
920
✕ 76,1 mm (a)(b)
920
✕ 3 (a) †
920
✕ 100
159,0 mm ✕ 1¹⁄₂ (a)
✕ 40
920
920N
✕ 2 (a)
920N
✕ 2¹⁄₂ (a)
920
✕
920
✕ 50
✕ 65
108,0 mm
165,1 mm ✕ 1¹⁄₂ (a) †
✕ 40
920
✕ 2 (a) †
920
✕ 2¹⁄₂ †
✕ 65
920
✕ 76,1 mm (a)(b)
920
✕ 50
NEW
HOLE SIZE
920N
✕ 65
✕ 80
These new size Style 920N
products require a different hole size than the Style
920 it replaces, for proper
installation. Use caution to
assure the proper size
hole is prepared for the
specific size and style
used. Failure to use the
proper hole size could
result in joint leakage and
property damage.
920N
✕ 2¹⁄₂ (a) †
✕ 4 (a) †
NOTE: Style 920 and Style 920N housings cannot be mated to one another
to achieve cross connections.
920
✕ 3
✕ 1¹⁄₂ (a) †
W
920
✕ 76,1 mm (a)(b)
✕ 80
V
920
✕ 65
139,7 mm ✕ 1¹⁄₂ †
Styles 920 and 920N
w/Grooved Outlet
920
✕ 2¹⁄₂ (a) †
✕ 80
W
Y
✕ 50
Style
No.
✕ 3 (a) †
✕ 80
✕ 4 (a) †
✕ 100
8 ✕ 2 (a)
200 ✕ 50
920
920
920
✕ 2¹⁄₂ (a) †
✕ 65
920
✕ 76,1 mm (a)(b)
920
✕ 3 (a) †
920
✕ 80
✕ 4 (a) †
✕ 100
920
Max.
Work.
Press.
PSI
kPa
500
Hole
Dia.
+0.13
–0.00
2.00
Dimensions – Inches/millimeters
Fem.
Thd. Grv.
V
V
‡
W
Y
‡#
T **
4.06
4.75
4.75 3.25 8.38
Z
3.75
Aprx.
Wgt. Each
Lbs./kg
Fem.
Thd. Grv.
7.4
7.6
3450
50,8
103
121
121
83
213
95
3,4
3,4
500
2.50
4.06
4.75
4.75
3.25
8.38
4.38
8.2
8.0
3450
63,5
103
121
121
83
213
111
3,7
3,6
500
2.75
3.81
4.75
4.75
3.25
8.38
4.63
8.3
7.9
3450
69,9
97
121
121
83
213
118
3,8
3,6
500
2.75
3.81
4.75
–
3.25
8.38
5.38
–
–
3450
69,9
97
121
–
83
213
137
–
–
500
3.50
4.00
5.00
4.63
3.25
8.38
5.38
8.4
8.8
3450
88,9
102
127
118
83
213
137
3,8
4,0
500
2.00
4.06
4.75
–
3.25
8.38
3.75
7.4
–
3450
50,8
103
121
–
83
213
95
3,4
–
500
2.50
4.06
4.75
–
3.25
8.38
4.38
8.3
–
3450
63.5
103
121
–
83
213
111
3,7
–
500
3.50
–
–
4.63
3.25
8.38
5.38
–
8.8
3450
88,9
–
–
118
83
213
137
–
4,0
500
3.50
–
–
4.63
3.25
8.38
5.38
–
8.8
3450
88,9
–
–
118
83
213
137
–
4,0
500
1.75
–
–
5.13
3.79
9.13
3.25
–
4.8
3450
44,5
–
–
130
96
232
83
–
2,2
500
2.00
4.40
5.13
5.13
3.79
9.13
3.25
5.4
5.1
3450
50,8
112
130
130
96
232
83
2,4
2,3
500
2.50
4.37
5.13
5.13
3.79
9.13
3.88
6.0
5.6
3450
63,5
111
130
130
96
232
99
2,7
2,5
500
2.75
4.19
5.13
5.13
3.69
9.38
4.63
8.3
7.6
3450
69,9
106
130
130
94
238
118
3,8
3,4
500
2.75
–
–
5.21
3.69
9.38
5.38
–
8.4
3450
69,9
–
–
132
94
238
137
–
3,8
500
3.50
4.50
5.50
5.13
3.69
9.38
5.38
9.9
8.4
3450
88,9
114
140
130
94
238
137
4,5
3,8
500
4.50
4.50
5.75
5.38
3.69
9.38
6.25
10.1
10.1
3450
114,3
114
146
137
94
238
159
4,6
4,6
500
2.00
4.41
5.13
–
3.63
9.25
3.38
7.8
–
3450
50,8
112
130
–
92
235
86
3,5
–
500
2.50
4.37
5.13
–
3.63
9.25
4.00
8.0
–
3450
63,5
111
130
–
92
235
102
3,6
–
500
2.75
4.56
5.50
–
3.63
9.25
4.75
8.6
–
3450
69,9
116
140
–
92
235
121
3,9
–
500
4.50
–
–
5.38
3.63
9.25
6.25
–
10.0
3450
114,3
–
–
137
92
235
159
–
4,5
500
2.00
4.44
5.13
5.13
3.69
9.38
3.75
7.9
6.9
3450
50,8
113
130
130
94
238
95
3,6
3,1
500
2.50
4.44
5.13
5.13
3.63
9.38
4.38
8.0
7.0
3450
63,5
113
130
130
92
238
111
3,6
3,2
500
2.75
4.19
5.13
5.13
3.69
9.38
4.63
8.6
7.6
3450
69,9
106
130
130
94
238
118
3,9
3,4
500
2.75
4.08
5.13
5.21
3.69
9.38
5.38
8.6
7.6
3450
69,9
104
130
132
94
238
137
3,9
3,4
500
3.50
4.50
5.50
5.13
3.69
9.38
5.38
10.2
8.4
3450
88,9
114
140
130
94
238
137
4,6
3,8
500
4.50
4.50
5.75
5.38
3.63
9.38
6.25
10.5
8.4
3450
114,3
114
146
137
92
238
159
4,8
3,8
500
2.75
5.19
6.25
–
4.88 12.00 4.50
11.6
–
3450
69,9
132
159
–
124
114
5,3
–
500
2.75
5.19
6.25
6.25
4.88 12.25 4.50
11.6
11.6
305
3450
69,9
132
159
159
124
114
5,3
5,3
500
2.75
5.19
6.25
–
4.88 12.00 5.38
311
–
–
3450
69,9
132
159
–
124
–
–
500
3.50
5.50
6.50
6.25
12.6
11.6
305
137
4.88 12.00 5.38
3450
88,9
140
165
159
124
137
5,7
5,3
500
4.50
5.31
6.75
6.38
4.88 12.00 6.25
305
15.3
12.5
3450
114,3
135
171
162
124
6,9
5,7
305
159
**Center of run to engaged pipe end, female threaded outlet only (Dimensions approximate).
† Available with grooved or female threaded outlet. Specify choice on order.
‡ Center of run to end of fitting.
# Female threaded outlets are available to NPT and BSPT specifications.
(a) British Standard female pipe threaded outlet is available as listed. Specify “BSPT” clearly on order.
(b) For 76,1 mm threaded outlet, specify 2¹⁄₂" BSPT clearly on order.
For the most up-to-date product information, visit www.victaulic.com
75
HOLE CUT PIPING SYSTEM
Styles 920 &
920N
Styles 920 &
920N
Performance
CV Values
Values for flow of water at
+60°F (+16°C) are shown in the
table at right.
Styles 920 &
920N Flow Data
HOLE CUT PIPING SYSTEM
Flow test data has shown that
the total head loss between
point ➀ and ➁ for the Style 920,
900N and 929 Mechanical-T®
fittings can best be expressed
in terms of the pressure
difference across the inlet and
branch. The pressure
difference can be obtained
from the relationship below.
2
1
Pipe Size
Actual
Nominal
Outside
Diameter
Diameter
Inches/mm Inches/mm
¹⁄₂
0.840
15
21,3
³⁄₄
1.050
20
26,7
1
1.315
25
33,7
CV
Values
17
21
25
Pipe Size
Actual
Outside
Nominal
Diameter
Diameter
Inches/mm Inches/mm
1¹⁄₄
1.660
32
42,4
1¹⁄₂
1.900
40
48,3
2
2.375
50
60,3
CV
Values
45
60
100
Pipe Size
Actual
Outside
Nominal
Diameter
Diameter
Inches/mm Inches/mm
2¹⁄₂
2.875
65
73,0
3
3.500
80
88,9
4
4.500
100
114,3
CV
Values
135
200
400
Equivalent Length
Feet/meter of Pipe
OUTLET SIZE
Nominal
Diameter
In./mm
¹⁄₂
Actual
Out. Dia.
In./mm
0.840
15
21,3
–
0,6
³⁄₄
1.050
–
4.0
20
26,7
–
1,2
1
1.315
–
5.0
Grooved
–
Female
Threaded
2.0
25
33,7
–
1,5
1¹⁄₄
1.660
5.5
6.0
32
42,4
1,7
1,8
1¹⁄₂
1.900
7.0
8.0
40
48,3
2,1
2,4
2
2.375
9.0
10.5
50
60,3
2,7
3,2
2¹⁄₂
2.875
11.0
12.5
65
73,0
3,4
3,8
3
3.500
13.5
15.5
80
88,9
4,1
4,7
4
4.500
20.0
22.0
100
114,3
6,1
6,7
Exaggerated for Clarity
76
For the most up-to-date product information, visit www.victaulic.com
Style 923
Vic-Let™
Strapless Outlet
The Victaulic Style 923 Vic-Let outlet provides a fast, easy pipe outlet without the need for a strap or
lower housing to wrap around the pipe. The Vic-Let outlet main body casting has integral lugs which
insert into a hole cut in the pipe, gripping against the pipe’s inside wall, while a nut threaded on the
main body is tightened to cause the gasket and containing collar to be forced against the pipe’s outside
surface resulting in a rigid joint. Both sizes of Style 923 Vic-Let outlets are rated at 300 psi (2065 kPa)
working pressure for standard weight steel pipe for sizes 4 - 8" (100 - 200 mm) and Schedules 10 - 40
steel pipe for sizes 10" (250 mm) and larger.
Request publication 11.05.
Nominal Size
Inches/millimeters
4 - 8" IPS
10" and larger
Run ✕ Branch
4 - 8 ✕ ¹⁄₂
2065
38.1
39.6
63
76
78
0,9
✕ ³⁄₄
300
1.50
1.56
2.44
3.00
3.09
1.6
100 - 200 ✕ 15
T
T
Approx.
Weight
Each
Lbs./kg
1.9
✕ 20
2065
38.1
39.6
62
76
78
0,7
10 and larger ✕ ¹⁄₂
300
1.50
1.56
2.47
3.00
3.00
1.9
250 and larger ✕ 15
2065
38.1
39.6
63
76
76
0,9
✕ ³⁄₄
300
1.50
1.56
2.44
3.00
3.00
1.6
2065
38.1
39.6
62
76
76
0,7
✕ 20
4 - 8" IPS
Dimensions – Inches/millimeters
Hole Dimensions
Vic-Let Dimensions
Hole Saw
Max.
Size
Perm. Dia.
T **
X
Y ***
1.50
1.56
2.47
3.00
3.09
Maximum
Working
Pressure
PSI */kPa
300
* On Schedule 40 pipe 4" to 8" (100 - 200 mm) and Schedule 10 - 40 for sizes 10" (250 mm) and larger. Minimum 0.165" (4,2 mm), maximum 0.375" (9,5 mm) wall thickness on large pipe or flat plate. Pressure rating is for Vic-Let outlet only, pipe used must also be rated at
this pressure or higher.
** Inside wall of run to engaged pipe end.
*** Width of collar is as supplied, width assembled changes due to collar deformation at assembly.
FLOW DATA: Flow area equivalent to ³⁄₄" (20 mm) pipe. Accepts ⁷⁄₁₆" (11 mm) diameter probe.
WARNING: Always depressurize system and drain before disassembly.
DUE TO DEFORMATION OF THE COLLAR, VIC-LET OUTLET SHOULD NOT BE RE-USED AFTER INITIAL INSTALLATION.
Style 924
Vic-O-Well™ Strapless
Thermometer Outlet
The Victaulic Style 924 Vic-O-Well™ outlet provides a fast, easy connection, combining the features of
a thermowell and strapless mechanical outlet. The Vic-O-Well outlet main body is machined internally
to standard thread well dimensions, making it ideal for a variety of industrial glass thermometers with
a 6" (150 mm) nominal bulb length. The Style 924 design provides 2¹⁄₂" (65 mm) for insulation and
lagging. Both sizes are rated at 300 psi (2065 kPa) working pressure on steel pipe.
Request publication 11.06.
SIZE
Nominal Inches
mm
Run ✕ Branch
4 - 8 for 6" Stem †
4 - 8" sizes
10" and larger
Max.
Work
Press.
PSI *
kPa
300
Dimensions – Inches/millimeters
Hole Dimensions
Vic-O-Well Dimensions
Max.
Hole
Perm.
Saw
Dia.
T **
X
Y ***
Size
1.50
1.56
3.00
7.09
3.09
Approx.
Wgt.
Each
Lbs.
kg
2.4
100 - 200 for 150 mm Stem
2065
38.1
39.6
76
180
78
1,1
10 and larger for 6" Stem †
300
1.50
1.56
3.00
7.09
3.09
2.3
250 and larger for 150 mm Stem
2065
38.1
39.6
76
180
78
1,0
*Pressure rating for steel pipe minimum, 0.165" (4,2 mm), maximum 0.375" (5 mm) wall. Not for use on Schedule 10 for 4 to 8"
(100 - 200 mm) pipe. Pressure rating is 200 psi (1375 kPa) for standard wall aluminum pipe.
**Inside wall of run to end of probe.
***Width of collar is as supplied, width assembled changes due to collar deformation at assembly.
*FLOW DATA: Flow characteristics for Vic-O-Well Style 924 and Vic-Let Style 923 are superior to standard welded or threaded outlets
of equivalent branch sizes.
WARNING: Always depressurize system and drain before disassembly.
DUE TO DEFORMATION OF THE COLLAR, VIC-O-WELL THERMOMETER WELL AND VIC-LET OUTLET SHOULD NOT BE RE-USED
AFTER INITIAL INSTALLATION.
† 1¹⁄₄" outlet – 1¹⁄₄ – NEF18 – 2B
T
4 - 8" Sizes
T
10" and larger
For the most up-to-date product information, visit www.victaulic.com
77
HOLE CUT PIPING SYSTEM
10" and larger
Plain End Piping System for Steel Pipe
No special pipe end preparation
is required. Cut squarely and
couple. Victaulic plain end
couplings can also be used with
beveled end pipe. The Victaulic
plain end piping method is ideal
for maintenance and repairs as
well as new systems such as roof
drains, slurries, tailings and
oilfield services. Roust-A-Bout®
couplings and plain end fittings
are UL and ULC Listed for fire
protection services.
Victaulic plain end couplings are
primarily designed for use on
standard weight steel pipe
(Schedule 40), but may be used
on lightwall steel or other
metallic pipe such as aluminum
or stainless steel. They are not
intended for use on plastic pipe,
plastic-coated pipe or brittle
pipe, such as asbestos cement or
cast iron. Nor are they intended
for use on pipe with a surface
hardness greater than 150
Brinell.
UL
®
ULC
Reliable and leak-free
Union at every joint
Pressure responsive gasket
design seals under pressure or
vacuum • Standard gaskets
cover most services • Special
gaskets available for many
chemical services
Permits easy access to
existing lines • Removal of
only two couplings permits
removal of pipe, valves or
equipment • Permits rotation
of pipe
(Exaggerated for clarity)
(Exaggerated for clarity)
Jaws conform to pipe
Roust-A-Bout jaws
rigid to grip pipe
Set at right angle to the pipe
for gripping efficiency
(Exaggerated for clarity)
(Exaggerated for clarity)
Roust-A-Bout jaws are
circumferentially curved to
match pipe contour • Provide
greater pipe contact for
positive grip • Pinned into
housing to prevent loss before
installation
PLAIN END PIPING SYSTEM
78
For the most up-to-date product information, visit www.victaulic.com
Style 99
Roust-A-Bout® Coupling
Style 99 Roust-A-Bout couplings are designed with heavy housings and grips to provide a strong
component for joining plain and beveled end, including Schedule 80 steel pipe and Victaulic plain end
fittings. Roust-A-Bout couplings are not designed for use on plastic pipe, pipe with brittle linings, cast
or ductile iron pipe nor any pipe with a surface hardness greater than 150 Brinell.
Pipe is secured together by heavy jaws, which are set into the housing.
Request publication 14.02.
Pipe Size
UL
ULC
®
Y
Z
X
Nominal
Diameter
Inches/mm
1
Y
X
kg
1.7
3560
65
108
57
0,8
2100
3.25
5.50
2.88
3.6
40
48,3
5175
9345
83
140
73
1,6
2
2.375
750
3300
3.75
6.75
3.38
5.3
50
60,3
5175
14685
95
171
86
2,4
2¹⁄₂
2.875
600
3890
4.25
7.13
3.38
5.7
73,0
4130
17310
108
181
86
2,5
3.000
400
2825
4.69
6.25
2.75
4.4
76,1
2700
12500
119
159
70
2,0
3.500
600
5770
5.00
8.50
3.38
8.7
80
88,9
4130
25676
127
216
86
3,9
3¹⁄₂
4.000
500
6280
5.50
9.25
3.63
10.6
90
101,6
3450
27946
140
235
92
4,8
4
4.500
450
7155
6.13
10.00
4.00
12.8
3
114,3
3100
31840
156
254
102
5,8
5.500
250
5940
7.80
10.75
3.19
9.0
139,7
1700
26440
200
260
81
4,1
5.563
350
8500
7.25
11.38
4.38
17.3
125
141,3
2400
37825
184
289
111
7,8
6
6.625
300
10340
8.50
13.38
4.38
23.2
165,1 mm
168,3
2065
46013
216
340
111
10,5
6.500
300
9955
8.38
13.25
4.38
22.2
165,1
2065
44300
213
337
111
10,1
8.625
250
14600
10.88
14.38
5.00
37.2
200
219,1
1700
64970
276
365
127
16,9
10
10.750
250
22700
13.38
16.38
5.00
48.2
250
273,0
1700
101015
340
416
127
21,9
12
12.750
250
31900
15.50
19.63
5.13
60.0
300
323,9
1700
141955
394
499
130
27,2
14
14.000
200
30800
16.75
20.75
5.38
89.0
350
355,6
1400
137060
425
527
137
40,4
16
16.000
150
30200
19.00
22.63
5.38
105.0
400
406,4
1000
134390
483
575
137
47,6
18
18.000
150
38200
21.00
23.50
5.38
125.0
450
457,0
1000
169990
533
597
137
56,7
8
PLAIN END PIPING SYSTEM
14 & 16" Sizes
Z
2.25
750
150
X
Y
4.25
4130
5
Z
X
2.56
33,7
100
Y
N
800
1.900
139,7 mm
8 - 12" Sizes
kPa
600
Aprx.
Weight
Each
Lbs.
25
76,1 mm
Z
Dimensions
Inches/millimeters
Max.
End
Load
Lbs.*
1¹⁄₂
65
1 - 6" Sizes
Actual
Outside
Diameter
Inches/mm
1.315
Max.
Work
Press.
PSI
For the most up-to-date product information, visit www.victaulic.com
79
Plain End Fittings
Victaulic Plain End Fittings are designed for use with Style 99 Roust-A-Bout® couplings in conjunction
with plain end or beveled end pipe. Fittings are cast of ductile iron and finished with a dip coat of
enamel.
Request publication 14.04.
T
T
Dimensions
Plain End Fittings
Required Tangent Length
UL
®
Fitting Size
Actual
Out.
Nom.
Dia.
Dia.
In./mm In./mm
1¹⁄₂
1.900
ULC
C to E
C to E
No. 10P
No. 11P
C to E
PLAIN END PIPING SYSTEM
No. 20P
C to
LE
C to
SE
No. 30P (sw)
Min.
Tang.
Length
“T”
In./mm
1.50
T
Fitting Size
Actual
Out.
Nom.
Dia.
Dia.
In./mm In./mm
3¹⁄₂
4.000
40
48,3
38
90
101,6
2
2.375
1.75
4
4.500
T
Roust-A-Bout
Fitting Size
Min.
Actual
Tang.
Out.
Length Nom.
Dia.
“T”
Dia.
In./mm In./mm In./mm
1.75
165,1
6.500
45
165,1
mm
2.00
8
8.625
Min.
Tang.
Length
“T”
In./mm
2.13
Fitting Size
Actual
Out.
Nom.
Dia.
Dia.
In./mm In./mm
12
12.750
Min.
Tang.
Length
“T”
In./mm
2.25
54
300
323,9
57
2.25
14
14.000
2.25
50
60,3
45
100
114,3
51
200
219,1
57
350
355,6
57
2¹⁄₂
2.875
1.75
5
5.563
2.13
10
10.750
2.25
16
16.000
2.25
250
273,0
57
400
406,4
57
65
73,0
45
125
141,3
54
3
3.500
1.75
6
6.625
2.13
80
88,9
45
150
168,3
54
Fitting Size
Actual
Out.
Nom.
Dia.
Dia.
In./mm In./mm
1
1.315
No. 10P
90° Elbow
C to E
In./mm
2.25
Aprx.
Weight
Lbs./kg
0.6
No. 11P
45° Elbow
C to E
In./mm
1.75
Aprx.
Weight
Lbs./kg
0.6
No. 20P
Tee
C to E
In./mm
2.25
No. 30P (sw)
45° Lateral
Aprx.
Weight
Lbs./kg
1.0
C to LE
In./mm
5.00
C to SE
In./mm
2.25
Aprx.
Weight
Lbs./kg
3.5
25
33,7
57
0,3
44
0,3
57
0,5
127
57
1,6
1¹⁄₂
1.900
4.00 (sw)
1.4
2.88 (sw)
1.0
2.75 (sw)
1.7
6.25
2.75
3.5
40
48,3
102
0,6
73
0,5
70
0,8
159
70
1,6
2
2.375
4.75 (sw)
2.9
3.13 (sw)
1.4
3.25 (sw)
3.0
7.25
2.75
5.1
50
60,3
121
1,3
80
0,6
83
1,4
184
70
2,3
2¹⁄₂
2.875
5.50 (sw)
3.9
3.50 (sw)
2.3
3.75 (sw)
6.8
7.75
3.00
9.3
65
73,0
140
1,8
89
1,0
95
3,1
197
76
4,2
3
3.500
6.25 (sw)
6.15
3.75 (sw)
4.3
4.25 (sw)
9.0
8.75
3.25
12.8
80
88,9
159
2,8
95
2,0
108
4,1
222
83
5,8
3¹⁄₂
4.000
7.00 (sw)
7.0
4.00 (sw)
5.5
5.50 (sw)
12.5
10.00
3.50
20.0
90
101,6
178
3,2
102
2,5
140
5,7
254
89
9,1
4
4.500
7.75 (sw)
9.9
4.25 (sw)
7.0
5.00
11.9
10.75
3.75
19.0
100
114,3
197
4,5
108
3,2
127
5,4
263
95
8,6
5
5.563
9.50
20.4
5.13 (sw)
18.0
6.88 (sw)
17.1
12.75
4.00
30.0
125
141,3
241
9,3
130
8,2
175
7,8
324
102
13,6
6
6.625
6.50
20.4
3.50
11.9
6.50
29.5
14.00
4.50
43.3
150
168,3
165
9,3
89
5,4
165
13,3
356
114
19,6
8
8.625
10.00 (sw)
42.0
6.00 (sw)
28.5
10.00 (sw)
71.5
18.00
6.00
92.0
200
219,1
254
10
10.750 11.50 (sw)
292
19,1
152
12,9
254
32,4
457
152
41,7
50.0
6.50 (sw)
41.0
11.50 (sw)
116.0
20.75
6.50
106.0
250
273,0
22,7
165
18,6
292
52,6
527
165
48,1
12
12.750 13.50 (sw)
156.0
7.00 (sw)
57.8
13.50 (sw)
120.0
24.50
7.00
167.0
300
323,9
70,8
178
26,2
343
54,4
622
178
75,8
343
(sw) = Segmentally welded steel
80
For the most up-to-date product information, visit www.victaulic.com
Reducing Tee
SIZE
Nominal Inches
✕ 1
C to E
In./mm
4.00
✕ 1
4.25
108
1,3
✕ 1¹⁄₂
4.25
3.1
108
1,4
✕ 1
5.13
6.7
130
3,0
✕ 1¹⁄₂
5.13
6.9
130
3,1
✕ 2
5.13
7.1
130
3,2
✕ 1
5.88
10.9
149
4,9
✕ 1¹⁄₂
5.88
11.1
149
5,0
✕ 2
5.88
11.3
149
5,1
✕ 2¹⁄₂
5.88
11.6
149
5,3
✕ 3
5.88
11.9
149
5,4
✕ 2
7.63
24.7
194
11,2
✕ 3
7.63
25.4
194
11,5
mm
C to E
1¹⁄₂ ✕
1¹⁄₂
2 ✕
2
40 ✕
50 ✕
40
50
✕ 25
102
✕ 25
✕ 40
3 ✕
80 ✕
3
80
✕ 25
✕ 40
✕ 50
4 ✕
100 ✕
4
100
✕ 25
✕ 40
✕ 50
✕ 65
✕ 80
6 ✕
150 ✕
6
150
✕ 50
✕ 80
Plain End Fittings
C to LE
C to
SE
No. 33P
C to E
No. 35P
E to E
No. 61P
Fitting Size
Actual
Nominal
Outside
Diameter
Diameter
In./mm
In./mm
1
1.315
1,0
150 ✕
150
✕ 100
194
11,9
2.9
8 ✕
8
✕ 2
10.00
42.0
254
15,2
✕ 3
10.00
44.0
254
20,0
✕ 4
10.00
46.0
254
20,9
✕ 5
10.00
48.0
254
21,8
✕ 6
10.00
50.0
254
22,7
✕ 4
11.50
74.0
292
33,6
✕ 6
11.50
78.0
292
35,4
✕ 8
11.50
86.0
292
39,0
✕ 6
13.50
112.0
343
50,8
✕ 8
13.50
118.0
343
53,5
✕ 10
13.50
130.0
343
59,0
200 ✕
C to SE
In./mm
2.25
200
✕ 50
✕ 80
✕ 100
✕ 125
✕ 150
10 ✕
250 ✕
10
250
✕ 100
✕ 150
✕ 200
12 ✕
300 ✕
12
300
✕ 150
✕ 200
✕ 250
No. 33P (sw)
90° Wye
C to LE
In./mm
3.25
Aprx.
Weight
Lbs./kg
26.2
C to E
In./mm
7.63
No. 35P (sw)
Cross
Aprx.
Weight
Lbs./kg
1.1
C to E
In./mm
3.25
Aprx.
Weight
Lbs./kg
1.7
No. 61P Steel
Bull Plug
E to E
In./mm
3.00
Aprx.
Weight
Lbs./kg
0.7
25
33,7
83
57
0,5
83
0,8
76
0,3
1¹⁄₂
1.900
4.00
2.75
1.8
4.00
3.5
3.50
1.2
40
48,3
102
70
0,8
102
1,6
89
0,5
2
2.375
4.25
2.75
2.9
4.25
5.2
4.00
2.0
50
60,3
108
70
1,3
108
2,4
102
0,9
2¹⁄₂
2.875
4.75
3.00
9.0
4.75
5.4
5.00
3.0
65
73,0
121
76
4,1
121
2,4
127
1,4
3
3.500
5.13
3.25
8.5
5.13
8.5
6.00
4.5
80
88,9
130
83
3,9
130
3,9
152
2,0
3¹⁄₂
4.000
5.50
3.50
10.0
5.50
9.0
6.50
6.0
90
101,6
140
89
4,5
140
4,1
165
2,7
4
4.500
5.88
3.75
14.0
5.88
10.8
7.00
7.5
100
114,3
149
95
6,4
149
4,9
178
3,4
5
5.563
6.88
4.00
21.6
6.88
20.0
8.50
11.5
125
141,3
175
102
9,8
175
9,1
216
5,2
6
6.625
7.63
4.50
31.2
7.63
30.0
10.00
17.0
150
168,3
194
114
14,2
194
13,6
254
7,7
8
8.625
10.00
6.00
36.0
10.00
66.4
11.0
29.0
200
219,1
254
152
16,3
254
30,1
279
13,2
10
10.750
11.50
6.50
52.0
11.50
103.0
13.00
48.0
250
273,0
292
165
23,6
292
46,7
330
21,8
12
12.750
13.50
7.00
81.2
13.50
158.0
14.00
60.0
300
323,9
343
178
36,8
343
71,7
356
27,2
PLAIN END PIPING SYSTEM
No. 25P
Reducing Tee
Aprx.
SIZE
Weight
Nominal Inches
Lbs./kg
mm
2.2
6 ✕ 6 ✕ 4
No. 25P
(sw) = Segmentally welded steel
For the most up-to-date product information, visit www.victaulic.com
81
No. 53P
Aprx.
Wgt.
Lbs./kg
1.2
No. 53P – Swaged Nipple
Aprx.
Wgt.
E to E
Lbs./kg
In./mm
mm
4 ✕ 2
9.00
7.5
SIZE
Nominal In.
Swaged Nipple
SIZE
Nominal In.
E to E
1¹⁄₂ ✕ 1
E to E
In./mm
4.50
114
0.6
100 ✕ 50
229
2 ✕ 1
6.50
2.0
✕ 2¹⁄₂
9.00
229
3,4
✕ 3
9.00
7.5
229
✕ 3¹⁄₂
9.00
mm
40 ✕ 25
50 ✕ 25
✕ 1¹⁄₂
✕ 40
2¹⁄₂ ✕ 1
65 ✕ 25
1.4
3.0
178
✕ 2
7.00
178
1.4
3 ✕ 1
8.00
4.5
305
7,7
✕ 5
12.00
17.0
305
7,7
200 ✕ 80
13.00
29.0
3,4
8 ✕ 3
330
13,2
7.5
✕ 4
13.00
29.0
330
13,2
✕ 5
13.00
29.0
330
13,2
✕ 6
13.00
48.0
330
21,8
10 ✕ 3
15.00
48.0
✕ 125
✕ 100
229
3,4
125 ✕ 50
11.00
11.5
1.4
5 ✕ 2
279
5,2
3.0
✕ 3
11.00
11.5
279
5,2
✕ 4
11.00
11.5
279
5,2
250 ✕ 80
381
21,8
6 ✕ 1
12.00
16.0
✕ 4
15.00
48.0
381
21,8
✕ 6
15.00
48.0
381
21,8
✕ 8
15.00
48.0
381
21,8
12 ✕ 6
16.00
59.0
✕ 80
✕ 100
✕ 125
✕ 150
2.0
4.5
203
2.0
150 ✕ 25
305
7,3
✕ 2
8.00
4.5
12.00
16.0
203
2.0
✕ 1¹⁄₂
305
7,3
✕ 2¹⁄₂
8.00
4.5
✕ 2
12.00
17.0
305
7,7
✕ 2¹⁄₂
12.00
17.0
305
7,7
300 ✕ 150
406
26,8
✕ 3
12.00
17.0
16.00
59.0
305
7,7
✕ 8
406
26,8
✕ 3¹⁄₂
12.00
17.0
16.00
59.0
305
7,7
✕ 10
406
26,8
203
2.0
3¹⁄₂ ✕ 3
8.00
6.8
203
3.1
4 ✕ 1
9.00
7.5
90 ✕ 80
100 ✕ 25
✕ 1¹⁄₂
✕ 40
E to E
✕ 90
150 ✕ 100
7.5
mm
203
✕ 65
No. 42P
✕ 80
3,4
6 ✕ 4
8.00
✕ 50
No. 40P
✕ 65
Aprx.
Wgt.
Lbs./kg
17.0
E to E
In./mm
12.00
✕ 1¹⁄₂
✕ 40
E to E
0.9
3.0
178
80 ✕ 25
E to E
165
7.00
7.00
✕ 50
Adapter Nipples
0.9
2.0
✕ 1¹⁄₂
✕ 40
No. 40P, No. 42P
& No. 43P
165
6.50
SIZE
Nominal In.
229
3.4
9.00
7.5
229
3.4
Fitting Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
1
1.315
E to E
In./mm
3.00
✕ 40
✕ 50
✕ 65
✕ 80
✕ 90
Aprx.
Weight
Lbs./kg
0.9
✕ 100
✕ 150
✕ 200
✕ 200
✕ 250
Fitting Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
3
3.500
E to E
In./mm
4.00
Aprx.
Weight
Lbs./kg
2.5
25
33,7
76
0,4
80
88,9
102
1,1
1¹⁄₂
1.900
4.00
0.9
4
4.500
6.00
5.4
40
48,3
102
0,4
100
114,3
152
2,5
2
2.375
4.00
1.2
6
6.625
6.00
9.4
150
168,3
152
4,3
50
60,3
102
0,5
2¹⁄₂
2.875
4.00
1.9
65
73,0
102
0,9
No. 43P
Long Radius
Elbows
PLAIN END PIPING SYSTEM
Nominal
Diameter
In./mm
2
C to E
C to E
No. 100P
No. 110P
82
Fitting Size
Actual
Outside
Diameter
In./mm
2.375
No. 100P
90° Long Radius Elbow
No. 110P
45° Long Radius Elbow
C to E
In./mm
4.25
C to E
In./mm
3.13
Weight Ea.
Lbs./kg
2.5
Weight Ea.
Lbs./kg
1.8
50
60,3
108
1,1
80
0,8
2¹⁄₂
2.875
5.50
4.0
3.50
2.5
65
73,0
140
1,8
89
1,1
3
3.500
6.25
6.5
3.75
4.5
80
88,9
159
3,0
95
2,0
4
4.500
8.00
11.5
4.50
7.5
100
114,3
203
5,2
114
3,4
6
6.625
11.13
28.5
5.88
17.3
150
168,3
283
12,9
149
7,9
8
8.625
14.13
56.7
7.13
24.0
200
219,1
359
25,7
181
15,4
10
10.750
17.13
96.5
8.38
57.0
250
273,0
435
43,8
213
25,9
12
12.750
20.13
145.0
9.63
95.0
300
323,9
511
65,8
245
43,1
For the most up-to-date product information, visit www.victaulic.com
C
to
E
C to E
90° Elbows
Fitting Size
Plain End Fittings
Nominal
Diameter
In./mm
1
Actual
Outside
Diameter
In./mm
1.315
No. 10P
Seg. Welded Steel
C to E
Wgt. Each
In./mm
Lbs./kg
3.25
0.9
45° Elbows
No. 11P
Seg. Welded Steel
C to E
Wgt. Each
In./mm
Lbs./kg
2.63
0.8
25
33,7
83
0,4
67
0,4
1¹⁄₂
1.900
4.00
1.7
2.88
1.4
40
48,3
102
0,8
73
0,6
2
2.375
4.75
2.7
3.13
2.0
50
60,3
121
1,2
80
0,9
2¹⁄₂
2.875
5.50
4.8
3.50
3.5
65
73,0
140
2,2
89
1,6
3
3.500
6.25
7.2
3.75
4.8
80
88,9
159
3,3
95
2,2
3¹⁄₂
4.000
7.00
9.4
4.00
6.2
90
101,6
178
4,3
102
2,8
4
4.500
7.75
12.3
4.25
8.0
100
114,3
197`
5,6
108
3,6
5
5.563
9.50
13.4
5.13
9.2
125
141,3
241
6,1
130
4,2
6
6.625
11.00
31.0
5.75
18.5
150
165,1 mm
8
168,3
279
14,1
146
8,4
6.500
–
–
–
–
165,1
–
–
–
–
8.625
10.00
38.7
6.00
24.9
200
219,1
254
17,6
152
11,3
10
10.750
11.50
52.1
6.50
32.8
273,0
292
23,6
159
14,9
12
12.750
13.50
76.7
7.00
47.5
300
323,9
343
34,8
178
21,6
PLAIN END PIPING SYSTEM
250
For the most up-to-date product information, visit www.victaulic.com
83
Grooved System for Stainless Steel Pipe
GROOVED SYSTEM FOR SS PIPE
The Grooved System
for Stainless Steel Piping
The Victaulic® system for
stainless steel piping provides
fast, easy, economical joining
of Schedule 5, 10, 20 and 40
austenitic pipe for widely
varied services. Designed
around Type 316/316L
components, it is generally
suitable for Type 304 and
others for services within the
capabilities range.
Pipe can be field roll grooved to
conform to ANSI/AWWA
C-220 requirements (C-606
section reference) with
Victaulic tools. Fittings are
supplied grooved to the same
standards ready to install.
Couplings are available for
both rigid and flexible joints.
Request PB-222 for complete
stainless steel product details.
Style 489
Style 489 is available in 1¹⁄₂ – 12" (40 – 300 mm) sizes. Style 489 is rated to 600 psi (4136 kPa) on Schedule
40S stainless steel pipe, 300 psi (2065 kPa) on Schedule 10S stainless steel pipe and 200 psi (1375 kPa)
on Schedule 5S stainless steel pipe.
Stainless Steel Rigid
Coupling
Request publication 17.25.
Pipe Size
Nominal
Diameter
Inches/mm
1¹⁄₂
Y
Z
Dimensions
Inches/millimeters
X
2.86
Y
4.42
Approx.
Weight
Each
Lbs.
Z
1.84
kg
1.6
40
48,3
1,3
73
118
47
0,7
2
2.375
0.05
3.34
5.19
1.86
1.6
50
60,3
1,3
85
132
47
0,7
2¹⁄₂
2.875
0.05
3.92
5.62
1.86
1.9
65
76,1 mm
X
Actual
Outside
Diameter
Inches/mm
1.900
Allow.
Pipe
End
Sep. #
In./mm
0.05
3
73,0
1,3
100
143
47
0,9
3.000
0.05
4.02
5.72
1.86
2.0
76,1
1,3
102
145
47
0,9
3.500
0.05
4.54
6.78
1.86
2.8
80
88,9
1,3
115
172
47
1,3
4
4.500
0.19
5.77
7.90
2.07
4.0
100
139,7 mm
165,1 mm
6
150
216,3 mm
8
200
267,4 mm
10
250
318,5 mm
114,3
4,8
147
201
53
1,8
5.500
0.25
7.07
11.13
2.38
12.0
139,7
6,4
180
283
60
5,5
6.500
0.25
8.16
12.68
2.50
15.5
165,1
6,4
207
321
64
7,0
6.625
0.25
8.16
12.68
2.50
15.5
168,3
6,4
207
321
64
7,0
8.515
0.25
10.63
15.00
2.75
24.0
216,3
6,4
270
381
70
10,9
8.625
0.25
10.63
15.00
2.75
24.0
219,1
6,4
270
381
70
10,9
10.528
0.25
13.09
17.25
3.00
33.0
267,4
6,4
332
438
76
15,0
10.750
0.25
13.09
17.25
3.00
33.0
273,0
6,4
332
438
76
15,0
12,539
0.25
15.13
19.13
3.13
40.0
318,5
6,4
384
486
80
18,1
12
12.750
0.25
15.13
19.13
3.13
40.0
300
323,9
6,4
384
486
80
18,1
# @ Refer to notes on page 13.
84
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Rigid Coupling for
Stainless Steel Pipe
Request publication 17.24.
Pipe Size
Actual
Outside
Diameter
Inches/mm
2.375
Nominal
Diameter
Inches/mm
2
2 - 12" (60,3 - 323,9 mm) Sizes
Y
Z
X
Dimensions
Inches/millimeters
Allow.
Pipe
End
Sep. #
In./mm
0.14
X
3.50
Y
6.68
Approx.
Weight
Each
Lbs.
Z
2.00
kg
3.1
50
60,3
3,6
89
168
51
1,4
2¹⁄₂
2.875
0.14
4.13
7.13
2.00
4.0
65
73,0
3,6
105‘
181
51
1,8
3
3.500
0.14
4.75
7.75
2.00
4.3
80
88,9
3,6
121
197
51
2,0
4
4.500
0.25
6.00
9.63
2.13
7.5
100
114,3
6,4
152
245
54
3,4
6
6.625
0.25
8.63
12.68
2.50
16.0
150
168,3
6,4
219
321
64
7,3
8
8.625
0.25
11.00
15.00
2.75
26.1
200
219,1
6,4
279
381
70
11,8
10
10.750
0.25
13.50
17.25
3.00
32.8
250
273,0
6,4
343
438
76
14,9
12
12.750
0.25
15.63
19.13
3.13
46.0
300
323,9
6,4
397
486
80
20,9
# @ Refer to notes on page 13.
Style 77S
Flexible Stainless Steel
Coupling
Designed to provide a rugged mechanical joint for grooved end stainless steel piping systems, Style 77S
couplings are cast of Type 316 stainless steel for corrosion resistance and strength. Available in ³⁄₄ - 18"
(20 - 450 mm) sizes for working pressures up to 750 psi (5175 kPa) depending on pipe size and wall
thickness.
Request publication 17.03.
Pipe Size
Y
X
Z
Actual
Outside
Nominal
Diameter Diameter
Inches/mm Inches/mm
³⁄₄
1.050
Allow.
Pipe End
Sep. #
In./mm
0 - 0.06
Schedule 10S*
Max.
Max.
Joint
Perm.
Nom.
Work.
End
Wall
Press.
Load
Thick.
PSI/kPa
Lbs./N
In./mm
500
430
0.083
Dimensions
Inches/millimeters
Approx.
Wgt. Ea.
Lbs.
X
2.08
Y
3.89
Z
1.70
kg
1.2
20
26,9
0 - 1,6
3445
1915
2,11
53
99
43
0,6
1
1.315
0 - 0.06
500
680
0.109
2.54
4.50
1.66
1.6
25
33,7
0 - 1,6
3445
3025
2,77
65
114
42
0,7
1¹⁄₄
1.900
0 - 0.06
500
1080
0.109
2.87
4.79
1.76
1.9
32
42,4
0 - 1,6
3445
4805
2,77
73
122
45
0,9
1¹⁄₂
1.900
0 - 0.06
500
1415
0.109
3.24
4.80
1.76
2.1
40
48,3
0 - 1,6
3445
6295
2,77
82
122
45
1,0
2
2.375
0 - 0.06
500
2215
0.109
3.70
5.33
1.84
2.5
50
60,3
0 - 1,6
3445
9855
2,77
94
135
47
1,1
2¹⁄₂
2.875
0 - 0.06
500
3245
0.120
4.20
5.79
1.84
2.9
65
73,0
0 - 1,6
3445
14440
3,05
107
147
47
1,3
3
3.500
0 - 0.06
400
3850
0.120
4.83
6.99
1.84
4.1
80
88,9
0 - 1,6
2760
17133
3,05
123
178
47
1,9
4
4.500
0 - 0.13
350
5565
0.120
5.93
8.20
2.06
6.7
100
114,3
0 - 3,2
2413
24764
3,05
151
208
52
3,0
6
6.625
0 - 0.13
200
6900
0.134
8.30
11.06
2.06
8.5
150
168,3
0 - 3,2
1379
30705
3,40
211
281
52
3,9
8
8.625
0 - 0.13
125
7300
0.148
11.38
14.74
2.44
23.5
200
219,1
0 - 3,2
862
32485
3,76
229
374
62
10,7
10
10.750
0 - 0.13
75
6810
0.165
13.50
17.33
2.63
33.0
250
273,0
0 - 3,2
517
30305
4,19
343
440
67
15,0
12
12.750
0 - 0.13
125
15960
0.180
15.50
19.15
2.56
35.0
300
323,9
0 - 3,2
862
71022
4,57
394
486
65
15,9
14
14.000
0 - 0.13
100
15400
0.188
16.56
20.44
2.81
37.0
350
355,6
0 - 3,2
689
68530
4,77
421
519
71
16,8
16
16.000
0 - 0.13
80
16080
0.188
18.94
22.52
2.94
53.0
400
406,4
0 - 3,2
552
71556
4,77
481
572
75
24,0
18
18.000
0 - 0.13
60
15300
0.188
21.25
24.62
3.06
62.0
450
457,0
0 - 3,2
414
68085
4,77
540
625
78
25,0
† Allowable Pipe End Separation and Deflection figures show the maximum nominal range of movement available at each joint for
standard roll grooved pipe. Figures for standard cut grooved pipe may be doubled. These figures are maximums; for design and
installation purposes these figures should be reduced by: 50% for ³⁄₄ - 3¹⁄₂" (20 - 90 mm); 25% for 4" (100 mm) and larger.
For the most up-to-date product information, visit www.victaulic.com
85
GROOVED SYSTEM FOR SS PIPE
Style 89 is designed with a heavy ductile iron housing for pressures up to 750 psi on standard wall
stainless steel pipe only. The housing key is wider than standard and the coupling housing is designed
to clamp the bottom of the groove, thus providing an essentially rigid joint.
Style 89 is rated to 300 psi (2065 kPa) on Schedule 10S stainless steel pipe and 200 psi (1375 kPa) on
Schedule 5S stainless steel pipe.
Style 89
Style 475
Designed to provide a durable mechanical joint for grooved end stainless steel piping systems, Style
475 stainless steel couplings are CF8M stainless steel for corrosion resistance and strength.
Lightweight Flexible
Stainless Steel Coupling
The Victaulic system accommodates expansion/contraction/deflection and permits designing to take
advantage of these characteristics.
GROOVED SYSTEM FOR SS PIPE
Request publication 17.14.
Pipe Size
Nominal
Diameter
In./mm
1
Y
X
Z
Actual
Outside
Diameter
In./mm
1.315
Allow.
Pipe End
Sep. †
In./mm
0 - 0.06
Schedule 10S
Max.
Max.
Joint
Perm.
Nom.
Work.
End
Wall
Press.*
Load
Thick.
PSI/kPa
Lbs./N
In./mm
500
680
0.109
Dimensions
Inches/millimeters
Approx.
Wgt. Ea.
Lbs.
X
2.45
Y
4.36
Z
1.63
kg
1.5
25
33,7
0 - 1,6
3447
3026
2,77
62
111
41
0,7
1¹⁄₄
1.660
0 - 0.06
500
1080
0.109
2.84
4.67
1.72
1.9
32
42,4
0 - 1,6
3447
4806
2,77
72
119
44
0,9
1¹⁄₂
1.900
0 - 0.06
500
1415
0.109
3.22
4.74
1.72
2.2
40
48,3
0 - 1,6
3447
6295
2,77
82
120
44
1,0
2
2.375
0 - 0.06
350
1550
0.109
3.30
5.03
1.80
1.7
50
60,3
0 - 1,6
2413
6898
2,77
84
128
46
0,8
2¹⁄₂
2.875
0 - 0.06
350
2275
0.120
3.88
5.59
1.80
1.9
73,0
0 - 1,6
2413
10124
3,05
99
142
46
0,9
3.000
0 - 0.06
350
2475
0.120
4.00
5.73
1.80
2.0
76,1
0 - 1,6
2413
11014
3,05
102
146
46
0,9
3.500
0 - 0.06
350
3370
0.120
4.50
6.67
1.80
2.9
65
76,1 mm
3
80
88,9
0 - 1,6
2413
14997
3,05
114
169
46
1,3
4
4.500
0 - 0.13
300
4775
0.120
5.75
7.96
2.00
4.2
114,3
0 - 3,2
2068
21250
3,05
146
202
51
1,9
5.500
0 - 0.13
200
4750
0.134
6.81
8.97
2.00
4.9
100
139,7 mm
‡165,1 mm
139,7
0 - 3,2
1379
21138
3,40
173
228
51
2,2
6.500
0 - 0.13
200
6640
0.134
7.87
10.53
2.00
6.8
165,1
0 - 3,2
1379
29550
3,40
200
268
51
3,1
† Allowable Pipe End Separation and Deflection figures show the maximum nominal range of movement available at each joint for standard roll grooved pipe. Figures for standard cut grooved pipe may be doubled. These figures are maximums; for design and installation purposes these figures should be reduced by: 50% for ³⁄₄ - 3¹⁄₂" (20 - 90 mm); 25% for 4" (100 mm) and larger.
‡ Denotes JIS pipe sizes.
86
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Stainless Steel Vic-Flange
Adapter
The Style 441 Stainless Steel Vic-Flange adapter is designed for directly incorporating stainless flanged
components with ANSI Class 150 bolt hole patterns into a grooved stainless steel pipe system.
Available with a variety of gasket materials to meet most service applications, Style 441 is available in
2 through 6-inch 503 – 150 mm) sizes.
Request publication 17.27.
Pipe Size
Actual
Outside
Nominal
Diameter Diameter
In./mm
In./mm
2
2.375
Z
A
X
Y W
B
Note: Gray area of mating face must
be free from gouges, undulations or
deformities of any type for effective
sealing.
Maximum Working
Pressure
PSI*/kPa
Sch. 5S Sch. 10S Sch. 40S
200
275
275
Dimensions
Inches/millimeters
Max.
End
Load
Lbs.*
N
1220
W
6.84
X
6.00
Y
4.75
Aprx.
Wgt.
Each
Lbs.
Z
0.82
kg
3.0
50
60,3
1379
1896
1896
5429
174
152
121
21
1,4
2¹⁄₂
2.875
200
275
275
1785
7.72
7.00
5.50
0.88
4.3
65
73,0
1379
1896
1896
7943
196
178
140
22
2,0
3
3.500
200
275
275
2645
8.22
7.50
6.00
0.94
4.8
80
88,9
1379
1896
1896
11770
209
191
152
24
2,2
4
4.500
200
275
275
4375
9.72
9.00
7.50
0.94
6.9
100
114,3
1379
1896
1896
19469
247
229
191
24
3,1
6
6.625
125
200
275
6895
11.78
11.00
9.50
1.00
9.5
150
168,3
862
1379
1896
30683
299
279
241
25
4,3
*Refer to notes below.
†Total bolts required to be supplied by installer. Bolt sizes for conventional flange-to-flange connection
Vic-Flange Adapter Notes
1. Working Pressure and End Load
are total, from all internal and external
loads, based on Schedule 10S stainless steel pipe, roll grooved with Victaulic “Rx” stainless steel rolls in
accordance with Victaulic specifications. Contact Victaulic for performance on other pipe.
WARNING: FOR ONE TIME FIELD
TEST ONLY, the maximum Joint Working Pressure may be increased to 1¹⁄₂
times the figures shown.
2. The Style 441 does not rigidly
attach to the grooved pipe. Some axial, angular and rotation flexibility of the
pipe is to be expected.
3. The Style 441 is designed for use
with Class 150 raised-face flanges, in
accordance with ANSI B16.5. When a
For the most up-to-date product information, visit www.victaulic.com
Style 441 is used with a flat-faced
flange, the raised projections on the
outside edge and around the mating
holes of the flange adapter must be
ground flush to the body. Refer to the
Style 441 Installation Instructions.
4. The Style 441 cannot be used, unless it mounts flush to the mating
flange; therefore, flange washers, or
anything else that prevents flush
mounting, cannot be used.
5. The Style 441 must not be used as
anchor points for tie rods across nonrestrained joints.
6. The Style 441 must not be used
against rubber coated surfaces or
with wafer or lug-type valves, or when
the flange adapter does not mount
flush with the mating flange.
7. Because of the outside flange
dimension, the Style 441 must not be
used 90° to one another on a standard
fitting.
8. Area A-B noted in the accompanying drawing must be free from gouges, undulations or deformitities of any
type for effective sealing.
9. Style 441 Flange adapter gaskets
must always be assembled with the
color coded lip on the pipe and the
other lip facing the mating flange. The
markings on the outside of the gasket
must face the Style 441 flange adapter.
10. WARNING: Piping systems must
always be depressurized and drained
before attempting to install or remove
any Victaulic products.
87
GROOVED SYSTEM FOR SS PIPE
Style 441
Stainless Steel Fittings – ASTM A-403
GROOVED SYSTEM FOR SS PIPE
Victaulic offers roll grooved Schedule 10S Types 304L and 316L stainless steel fittings (specify choice
on order) manufactured from material conforming to ASTM A-403 in sizes up to 12". Fittings are
optionally available in Schedule 5S. Configurations include elbows, tees, reducing tees and concentric
reducers. Cast stainless steel caps are also available.
Request publication 17.16.
C to E
C to E
C
to E
No. 410 SS
No. 411 SS
Long Radius
Elbows
(Manufactured from material
conforming to ASTM A-403)
Schedule 10S 304L or 316L
No. 410 SS – 90° Elbow
Fitting Size
Actual
Outside
Nominal
Diameter
Diameter
C to E
Inches/mm Inches/mm
Inches/mm
2
2.375
4.50
50
60,3
114,3
0,5
50
60,3
69,9
0,3
2¹⁄₂
2.875
5.00
1.8
2¹⁄₂
2.875
2.81
0.9
65
73,0
127
0,8
65
73,0
71,4
0,4
3
3.500
4.50
2.6
3
3.500
2.00
1.3
80
88,9
114,3
1,2
80
88,9
50,8
0,6
4
4.500
6.00
4.4
4
4.500
2.50
2.2
100
114,3
152,4
2,0
100
114,3
63,5
1,0
6
6.625
9.00
11.0
6
6.625
3.75
5.5
150
168,3
228,6
5,0
150
168,3
95,3
2,5
8
8.625
12.00
21.2
8
8.625
5.00
11.0
200
219,1
304,8
9,6
200
219,1
127
5,0
10
10.750
15.00
36.6
10
10.750
6.25
18.5
250
273,0
381
16,6
250
273,0
158,8
8,4
12
12.750
18.00
56.9
12
12.750
7.50
28.4
300
323,9
457,2
25,8
300
323,9
190,5
12,9
C to E
Inches/mm
5.91
Aprx.
Weight
Each
Lbs./kg
11.7
No. 420 SS - Tee
Tees
(Manufactured from material
conforming to ASTM A-403)
Schedule 10S 304L or 316L
C to E
C
to
E
No. 420 SS
Reducers –
Concentric &
Eccentric
(Manufactured from material
conforming to ASTM A-403)
Schedule 10S 304L or 316L
Fitting Size
Actual
Outside
Nominal
Diameter
Diameter
Inches/mm
Inches/mm
2
2.375
E to E
No. 450 SS
C to E
Inches/mm
2.75
Aprx.
Weight
Each
Lbs./kg
1.3
Fitting Size
Actual
Outside
Nominal
Diameter
Diameter
Inches/mm
Inches/mm
6
6.625
50
60,3
70.0
0,6
150
168,3
150,0
5,3
2¹⁄₂
2.875
3.07
2.2
8
8.625
7.79
20.3
65
73,0
78,0
1,0
200
219,1
197.8
9,2
3
3.500
3.77
3.1
10
10.750
8.89
34.4
80
88,9
95.7
1,4
250
273,0
225.9
15,6
4
4.500
4.47
4.9
12
12.750
10.39
52.5
100
114,3
113.6
2,2
300
323,9
264,0
23,8
SIZE
Nominal Inches
mm
2 ✕ 1¹⁄₂
50 ✕ 40
2¹⁄₂ ✕ 2
65 ✕ 50
E to E
Inches/mm
5.00
127
5.00
No. 450 SS – Concentric Reducer
SIZE
Aprx.
Nominal Inches
Wgt. Each
Lbs./kg
mm
0.7
8 ✕ 4
0,3
200 ✕ 100
1.1
✕ 6
✕ 150
E to E
Inches/mm
6.00
Aprx.
Wgt. Each
Lbs./kg
5.3
152,4
2,4
6.00
7.0
127
0,5
3 ✕ 2¹⁄₂
5.00
1.5
127
0,7
250 ✕ 150
177,8
4,0
4 ✕ 3
5.00
2.0
7.00
11.5
127
0,9
✕ 8
6 ✕ 3
5.50
4.0
80 ✕ 65
88
Aprx.
Weight
Each
Lbs./kg
1.1
No. 411 SS – 45° Elbow
Fitting Size
Actual
Outside
Nominal
Aprx.
Diameter
Diameter
Weight Each
C to E
Inches/mm
Inches/mm
Lbs./kg
Inches/mm
2
2.375
2.75
0.7
100 ✕ 80
10 ✕ 6
✕ 200
12 ✕ 8
152,4
3,2
7.00
8.8
177,8
5,2
8.00
13.2
150 ✕ 80
139,7
1,8
300 ✕ 200
203,2
6,0
✕ 4
5.50
4.2
8.00
17.0
139,7
1,9
✕ 10
203,2
7,7
✕ 100
✕ 250
For the most up-to-date product information, visit www.victaulic.com
✕ 1¹⁄₂
No. 425 SS – Reducing Tee
Inches/mm
Aprx.
Wgt .
SIZE
Each
Nominal Inches
C to E
C to E
Run
Branch Lbs./kg
mm
✕ 4
2.75
2.75
2.4
8 ✕
8
C to E
Run
7.79
70.0
70.0
1,1
197.8
160.2
8,2
✕ 2
3.07
3.07
2.4
7.79
6.62
18.5
50
77.9
77.9
1,1
✕ 6
197.8
168.1
8,4
✕ 2¹⁄₂
3.77
3.23
3.1
8.89
7.70
28.2
65
95.7
82,0
1,4
225.8
195.5
12,8
✕ 3
4.47
3.88
4.9
8.89
8.59
31.3
(Manufactured from material
conforming to ASTM A-403)
Schedule 10S 304L or 316L
SIZE
Nominal Inches
mm
2 ✕
50
2¹⁄₂ ✕
2¹⁄₂
65
65
3 ✕
3
80
80
4 ✕
4
100
6 ✕
No. 425 SS
2
50
150
100
6
150
40
80
113.5
98.5
2,2
✕ 3
5.91
4.88
8.8
80
150,0
123.9
4,0
✕ 4
5.91
5.12
9.5
150,0
130.0
4,3
100
200
200
100
150
10 ✕
250
10
250
✕ 6
150
✕ 8
200
12 ✕
300
12
300
Inches/mm
Aprx.
Wgt .
Each
C to E
Branch Lbs./kg
6.31
18.1
225.8
218.1
14,2
✕ 8
10.39
9.51
40.1
200
263.9
241.5
18,2
✕ 10
10.39
9.89
47.6
263.9
251.2
21,6
250
No. 460SS Cap
Caps
Type 316 stainless steel
conforming to ASTM A-351,
A-743, and A-744, Grade CF8M
T
Fitting Size
Nominal
Diameter
Inches/mm
3
Actual
Outside
Diameter
Inches/mm
3.500
80
88,9
26
0,5
4
4.500
1.22
1.6
“T”
Thickness
Actual mm
1.03
Weight
Each
Lbs./kg
1.1
100
114,3
31
0,7
6
6.625
1.75
3.9
150
168,3
44
1,8
8
8.625
2.23
6.6
200
219,1
57
3,0
For the most up-to-date product information, visit www.victaulic.com
89
GROOVED SYSTEM FOR SS PIPE
Reducing Tees
Stainless Steel Valves
GROOVED SYSTEM FOR SS PIPE
Victaulic offers a complete
variety of Type 316 cast
stainless steel valves
conforming to ASTM A743. All
valves provide excellent flow
characteristics without the
restrictions of many weld/
thread/flange end valves.
Installation requires only two
Victaulic couplings.
Vic-Flange adapters may be
used where connecting to
flanged components. (Note:
Check for compatibility of
service depending upon
media and size. Contact
Victaulic.)
Butterfly, ball and check
valves are available with
EPDM, nitrile or
fluoroelastomer seats to
accommodate widely varied
services.
The Victaulic Series 763
stainless steel butterfly valves
are designed for 300 psi (2065
kPa) service. The valve
consists of a stainless steel
body with an integrally cast
neck to accommodate
insulation requirements of up
to two inches. The valve has
an ISO top flange that will
accept mounting of all major
manual and power operators.
This will improve insulation
ability and allow for global
actuation. The Series 763 also
features available seat options
that include EPDM, nitrile,
fluoroelastomer, and
lubricated nitrile (for air and
gas service only). The disc is
constructed of stainless steel
and provides a bubble-tight
shut-off at full rated pressure
and temperature. The valve is
bi-directional and is capable of
bi-directional dead-end
service.
For automated valves, please
contact your local Victaulic
sales representative for the
nearest valve automation
center.
For chemical compatibility
chart, request publication
17.23.
Series 763
Stainless Steel
Butterfly Valve
Series 763
with Gear Operator
Series 763 with
Lever Lock Handle
Series 763
with Pneumatic Actuator
Series 763
Performance
CV Values
CV values for flow of water at
+60°F (+16°C) are shown in the
table at below.
Nominal
Diameter
In./mm
2
Actual
Outside
Diameter
In./mm
2.375
CV/Kv
(Full Open)
110
Nominal
Diameter
In./mm
Actual
Outside
Diameter
In./mm
6.500
CV/Kv
(Full Open)
1400
165,1
1211,0
50
60,3
95,2
165,1 mm
2¹⁄₂
2.875
200
6
6.625
1400
65
73,0
173,0
150
168,3
1211,0
76,1 mm
90
Valve Size
Valve Size
3.000
200
8
8.625
3400
76,1
173,0
200
219,1
2941,0
3
3.500
250
10
10.750
5500
80
88,9
216,3
250
273,0
4757,5
4
4.500
600
12
12.750
8400
100
114,3
519,0
300
323,9
7266,0
For the most up-to-date product information, visit www.victaulic.com
U
V
F
T
T
U
S
R
Q
1.074
E
V
D
P (4x)
S
.312
Enlarged Mounting Flange
2 - 8"
(Valve Shown Closed)
Enlarged Mounting Flange
10 - 12"
(Valve Shown Closed)
Valve Size
C
A
W
B
W
Dimensions – Inches/millimeters
Actual
Nominal Outside
Dia.
Dia.
In./mm
In./mm
A
2
2.375
3.20
B
2.37
C
2.09
D
4.17
E
2.38
F
8.51
P
0.34
Q
2.76
R
1.25
S
0.31
T
0.43
U
2.48
V
2.65
Disc
Protrusion
W
–
Bare
Valve
Aprx.
Wgt.
Ea.
Lbs./kg
3.5
Valve w/
Lever
Handle
Aprx.
Wgt. Ea.
Lbs./kg
4.7
50
60,3
81
60
53
106
60
216
9
70
32
8
11
63
67
–
1,6
2,1
2¹⁄₂
2.875
3.77
3.00
2.47
4.38
2.38
8.51
0.34
2.76
1.25
0.31
0.43
2.48
2.65
–
4.5
5.7
65
76,1 mm
3
73,0
96
76
63
111
60
216
9
70
31
8
11
63
67
–
2,0
2,6
3.000
3.77
3.00
2.47
4.38
2.38
8.51
0.34
2.76
1.25
0.31
0.43
2.48
2.65
–
4.5
5.7
76,1
96
76
63
111
60
216
9
70
31
8
11
63
67
–
2,0
2,6
3.500
3.77
3.50
2.60
4.97
2.38
8.51
0.34
2.76
1.23
0.31
0.43
2.48
2.65
–
5.0
6.2
80
88,9
96
89
66
126
60
216
9
70
31
8
11
63
67
–
2,3
2,8
4
4.500
4.64
4.52
3.14
5.33
2.38
8.51
0.34
2.76
1.23
0.43
0.63
2.47
2.65
–
9.0
10.2
100
165,1 mm
6
114,3
118
115
80
135
60
216
9
70
31
11
16
63
67
–
4,1
4,6
6.500
5.88
6.64
4.76
7.25
1.37
12.01
0.43
4.02
1.37
0.50
0.75
3.51
3.85
–
26.0
28.4
165,1
149
169
121
184
35
305
11
102
35
13
19
89
98
–
11,8
12,9
6.625
5.88
6.64
4.76
7.25
1.37
12.01
0.43
4.02
1.37
0.50
0.75
3.51
3.85
–
26.0
28.4
150
168,3
149
169
121
184
35
305
11
102
35
13
19
89
98
–
11,8
12,9
8
8.625
5.32
9.75
5.73
8.57
1.37
12.01
0.43
4.02
1.37
0.75
1.00
3.40
3.85
1.24
41.0
43.4
200
219,1
135
248
145
218
35
305
11
102
35
19
25
86
98
32
18,6
19,7
10
10.750
6.40
12.10
7.05
10.09
–
–
0.53
4.92
2.13
–
1.25
4.62
4.77
1.72
65.0
–
250
273,0
163
307
179
256
–
–
13
125
54
–
32
117
121
44
29,5
–
12
12.750
6.50
14.32
8.35
11.47
–
–
0.53
4.92
2.13
–
1.25
4.62
4.77
2.60
95.0
–
300
323,9
165
364
212
291
–
–
13
125
54
–
32
117
121
66
43,1
–
Valve Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
2
2.375
Series 763
Butterfly Valve
with Aluminum
Gear Operator
G
H
L
M
G
2.64
H
1.75
K
7.00
L
4.29
M
1.58
N
3.94
Aprx.
Wgt. Ea.
Lbs./kg
7.4
50
60,3
92
44
178
109
40
100
3,4
2¹⁄₂
2.875
2.64
1.75
7.18
4.29
1.58
3.94
8.4
65
N
Dimensions – Inches/millimeters
76,1 mm
K
3
73,0
92
44
182
109
40
100
3,8
3.000
2.64
1.75
7.18
4.29
1.58
3.94
8.4
76,1
92
44
182
109
40
100
3,8
3.500
2.64
1.75
7.77
4.29
1.58
3.94
8.9
80
88,9
92
44
197
109
40
100
4,0
4
4.500
4.43
2.28
8.93
4.65
1.97
4.92
12.9
100
165,1 mm
6
114,3
112
58
227
118
50
125
5,9
6.500
6.30
3.25
12.62
7.75
2.87
7.87
33.2
165,1
160
82
320
197
73
200
15,1
6.625
6.30
3.25
12.62
7.75
2.87
7.87
33.2
150
168,3
160
82
320
197
73
200
15,1
8
8.625
6.30
3.25
13.95
7.75
2.87
7.87
48.2
200
219,1
160
82
354
197
73
200
21,9
10
10.750
6.30
3.25
15.47
7.75
2.87
7.87
74.0
250
273,0
160
82
393
197
73
200
33,6
12
12.750
6.30
3.25
16.81
7.75
2.87
7.87
104.0
300
323,9
160
82
427
197
73
200
47,2
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91
GROOVED SYSTEM FOR SS PIPE
Dimensions
Series 763 Butterfly Valve
Bare and with Lever Lock Handle
GROOVED SYSTEM FOR SS PIPE
Valve Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
2
2.375
Series 763
Butterfly Valve
with Stainless
Steel Gear
Operator
G
H
L
G
3.93
H
2.80
K
7.28
L
5.13
M
2.22
N
3.94
Aprx.
Wgt. Ea.
Lbs./kg
6.4
50
60,3
100
71
185
130
56
100
2,0
2¹⁄₂
2.875
3.93
2.80
7.49
5.13
2.22
3.94
7.4
65
M
76,1 mm
N
3
K
73,0
100
71
190
130
56
100
3,4
3.000
3.93
2.80
7.49
5.13
2.22
3.94
7.4
76,1
100
71
190
130
56
100
3,4
3.500
3.93
2.80
8.08
5.13
2.22
3.94
7.9
80
88,9
100
71
205
130
56
100
3,6
4
4.500
4.92
2.80
9.42
5.32
2.22
5.90
11.9
100
165,1 mm
6
Series 723S
Three-Port
Diverter Ball
Valve
Dimensions – Inches/millimeters
114,3
125
71
239
135
56
150
5,4
6.500
6.59
3.54
12.92
9.00
2.97
8.46
32.2
165,1
167
90
328
229
75
215
14,6
6.625
6.59
3.54
12.92
9.00
2.97
8.46
32.2
150
168,3
167
90
328
229
75
215
14,6
8
8.625
6.59
3.54
14.24
9.00
2.97
8.46
47.2
200
219,1
167
90
362
229
75
215
21,4
10
10.750
9.33
4.02
17.76
8.03
3.70
12.40
80.4
250
273,0
237
102
451
204
94
315
36,6
12
12.750
9.33
4.02
19.25
8.03
3.70
12.40
110.4
300
323,9
237
102
489
204
94
315
50,1
Victaulic Series 723S three-port diverter ball valve has a common bottom inlet for diverting flow 90° left
or right. 180° operation is optionally available. It is rated for 600 psi (4130 kPa) service.
The body is Type 316 stainless steel. The three-port ball and blow-out proof stem are Type 316 stainless
steel.
Request publication 17.07.
Dimensions
K
J
E
I
723S with Standard
Handle
L
G
D
R
B
C
H
F
A
Valve Size
Dimensions – Inches/millimeters
I-Stem Drive Hub
Actual
Out.
Nom.
Dia.
Dia.
Flat
Flat
In./mm In./mm A
B
C
D
E
F
G
H
Dia. Width Hgt.
2
2.375 6.86 6.19 3.25 1.68 1.25 3.13 2.94 3.25 0.62 0.50 0.50
50
60,3
174
157
83
43
32
80
75
83
16
13
13
Aprx.
Wgt.
Ea.
Lbs.
J
K
L
1.31 9.00 4.13
7.5
33
3,4
229
105
kg
* Bracket hubs are drilled and tapped (¹⁄₄-20 UNC-2B, ⁷⁄₁₆ DP) in four places for mounting actuator brackets.
92
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The Series 726S is a high-pressure standard port ball valve with grooved ends. This two-piece, endentry valve features a floating ball for lower torque requirements. Series 726S valves are NACE
compliant and are capable of pressures up to 1000 psi (6900 kPa) in sizes 1¹⁄₂ – 3" (40 – 80 mm); 800 psi
(5515 kPa) for sizes 4 – 6" (100 – 150 mm). The internal design has been streamlined to provide excellent
flow characteristics. The valve features a stainless steel ball and stem. The seat material is virgin TFE.
GROOVED SYSTEM FOR SS PIPE
Series 726S
Stainless Steel
Vic-Ball Valve
Request publication 17.22.
Dimensions
L
Series 726S
1¹⁄₂ – 3" (40 – 80 mm)
H
J
K
DA E
D
F
C
B
A
Valve Size
Actual
Outside
Nominal
Diameter Diameter
Inches/mm Inches/mm
1¹⁄₂
1.900
Dimensions – Inches/millimeters
A
5.12
B
2.00
C
2.36
D
1.25
DA
1.50
E
1.78
F
1.90
H
3.00
J
0.28
K
0.56
L
6.97
Approx.
Weight
Each
Lbs./kg
4.
40
48,3
130
51
60
32
38
45
48
76
7
14
177
2,2
2
2.375
5.50
2.64
2.48
1.50
2.00
2.25
2.38
3.31
0.34
0.56
6.97
7.5
50
60,3
140
67
63
38
51
57
60
84
9
14
177
3,4
2¹⁄₂
2.875
6.25
3.03
2.80
1.97
2.50
2.72
2.88
4.00
0.34
0.56
9.84
11.6
65
73,0
159
77
71
50
64
69
73
102
9
14
250
5,3
3
3.500
6.56
3.50
3.15
2.50
3.00
3.34
3.50
4.53
0.34
0.56
9.84
17.2
80
88,9
167
89
80
64
76
85
89
115
9
14
250
7,8
Dimensions
L
Series 726S
4 and 6" (100 and 150 mm)
J
K
H
D
DA E F
C
A
Valve Size
Actual
Outside
Nominal
Diameter Diameter
Inches/mm Inches/mm
4
4.500
Dimensions – Inches/millimeters
A
8.25
C
3.35
D
2.99
DA
4.00
E
4.33
F
4.52
H
5.48
J
0.34
K
0.61
L
15.67
Approx.
Weight
Each
Lbs./kg
45.0
100
114,3
210
85
76
102
111
115
139
9
15
398
20,5
6
6.625
10.10
4.53
4.00
6.00
6.46
6.64
6.48
0.34
0.61
18.07
82.0
150
168,3
257
115
102
152
164
169
165
9
15
459
37,3
For the most up-to-date product information, visit www.victaulic.com
93
Series 726S
Performance
CV Values
GROOVED SYSTEM FOR SS PIPE
CV values for flow of water at
+60°F (+16°C) with a fully open
valve are shown in the table at
right.
Series 712S
Swinger® Check Valve
Valve Size
Valve Size
Nominal
Diameter
Inches/mm
1¹⁄₂
Actual
Outside
Diameter
Inches/mm
1.900
40
48,3
2
2.375
50
60,3
2¹⁄₂
2.875
65
73,0
CV
(Full Open)
130
180
340
Nominal
Diameter
Inches/mm
3
Actual
Outside
Diameter
Inches/mm
3.500
80
88,9
4
4.500
100
114,3
6
6.625
150
168,3
CV
(Full Open)
600
650
800
Available with Type 316 stainless body and trim in the 2" (50 mm) size, Swinger check valves are
supplied with bonnet cap drilled and tapped with ¹⁄₂" (15 mm) NPT pipe plug for chemical injection or
other auxiliary connections.
NOTE: Series 712S Swinger check valves should not be installed in vertical pipe lines.
Request publication 17.08.
A
E
F
D
C
Dimensions
Inches - millimeters
Pipe Size
Actual
Outside
Nominal
Diameter
Diameter
Inches/mm
Inches/mm
Pipe Size
2
2.375
50
94
60,3
Approx.
Wgt. Ea.
w/o Oper.
Lbs.
End to
End
A
9.00
C
1.75
D
4.88
E
3.38
F
6.38
12.0
229
45
124
86
162
5.4
kg
For the most up-to-date product information, visit www.victaulic.com
Vic-Press 316™ Stainless Steel Pipe System
ANSI Class 150 systems
(except steam). ONLY
Certified/Approved
Pressfit pipe should be
used with Pressfit
stainless steel products.
Approved pipe carries the
label, Vic-Press 316™ pipe
certified for use with VicPress 316 products.
The system is approved by the
American Bureau of Shipping
The Victaulic® Pressfit®
System for stainless steel pipe
provides a fast, easy, clean
and reliable means for
installing ¹⁄₂ - 2" (15 - 50 mm)
stainless steel piping systems.
The system requires no flame
or arcs as with welding; no
cutting oil, chips or
preparation time as with
threading or flanging and is
rated to 300 psi (2065 kPa) or
(ABS) for all water services
including fire protection. It
meets the hanging
requirements of ASME B31.1,
B31.3 and B31.9.
Request publication 18.01.
For product installation
instructions, refer to Pressfit
Product Assembly
Instructions (I-500) and the
appropriate Tool Operating
and Maintenance Instructions
Manual.
Type 316/316L Pressfit
couplings, fittings and
approved pipe are UL
classified in accordance with
ANSI/NSF 61 for cold +86°F
(+30°C) and hot +180°F
(+82°C) potable water service.
Performance
STAINLESS STEEL PRESSFIT
300
248 psi
1730 kPa
232 psi
1620 kPa
215 psi
1500 kPa
230
1600
200
1400
202 psi
190 psi
1410 kPa
175 psi
1320 kPa
1280 kPa
GRADE “T”
100
GRADE “O”
Stainless Steel
Pressfit System
690
GRADE “E”
ANSI Class 150 for 316
Stainless Steel*
ANSI Class 150 for 316L
Stainless Steel*
*Data from ANSI B16.5
100°F
180°F 200°F
230°F
300°F
38°C
82°C
110°C
149°C
93°C
TEMPERATURE (°F/°C)
Products in the Pressfit System have unique center-to-end or end-to-end dimensions which
incorporate specific, uniform “takeout” dimensions for easy fabrication calculations.
Use of threaded products employing special features such as probes, escutcheon cups, etc., should be
checked to be certain the thread standard and length of insertion are compatible with fitting
dimensions. Failure to verify suitability in advance may result in difficulties in assembly or leakage.
Dimensional
Information
P (3)
P (1)
P (2)
END TYPE CODE
P = Pressfit
F = Female Pipe Thread
M = Male Pipe Thread
T = Plain End
L = Flanged
G = Grooved
Style 507
Standard Coupling
(P ✕ P)
E to E
U
Fitting Size
Nom.
Actual
Diameter Out. Dia.
In./mm
In./mm
¹⁄₂
0.840
Dimensions
Inches/mm
E-E
2.00
Aprx.
Wgt. Ea.
Takeout U Lbs./kg
0.35
0.1
Fitting Size
Nom.
Actual
Diameter Out. Dia.
In./mm
In./mm
1¹⁄₄
1.660
Dimensions
Inches/mm
E-E
2.76
Aprx.
Wgt. Ea.
Takeout U Lbs./kg
0.39
0.3
15
21,3
51
9
0,1
32
42,4
70
10
0,1
³⁄₄
1.050
2.17
0.28
0.2
1¹⁄₂
1.900
3.15
0.32
0.5
20
26,7
55
7
0,1
40
48,3
80
8
0,2
1
1.315
2.44
0.39
0.2
2
2.375
3.94
0.33
0.7
25
33,7
62
10
0,1
50
60,3
100
8
0,3
For the most up-to-date product information, visit www.victaulic.com
95
PRESSFIT SYSTEM FOR SS PIPE
PRESSURE (psi/kPa)
2065
275
1920
Style 508
Slip Coupling
(P ✕ P)
I
min.
E to E
I
min.
Style 568
Short Tangent 90° Elbow
(P ✕ P)
C to PE
U
Fitting Size
Nom.
Actual
Diameter Out. Dia.
In./mm
In./mm
¹⁄₂
0.840
PRESSFIT SYSTEM FOR SS PIPE
(P ✕ P)
C to PE
U
(P ✕ P)
C U
to
PE
96
Takeout U
1.00
Aprx.
Wgt. Ea.
Lbs./kg
0.1
Dimensions
Inches/mm
E-E
4.33
Takeout U
1.00
Aprx.
Wgt. Ea.
Lbs./kg
0.4
21,3
84
25
0,1
32
42,4
110
25
0,2
³⁄₄
1.050
3.54
1.00
0.2
1¹⁄₂
1.900
4.72
1.00
0.6
20
26,7
90
25
0,1
40
48,3
120
25
0,3
1
1.315
3.94
1.00
0.3
2
2.375
5.51
1.25
0.9
25
33,7
100
25
0,1
50
60,3
140
32
0,4
Fitting Size
Dimensions – Inches/mm
Nom.
Diameter
In./mm
³⁄₄
Actual
Out. Dia.
In./mm
1.050
20
26,7
72
48
0,2
1
1.315
3.36
2.34
0.5
C - PE
2.83
Takeout U
1.88
Aprx.
Wgt. Ea.
Lbs./kg
0.3
25
33,7
85
59
0,2
1¹⁄₄
1.660
4.02
2.83
0.8
32
42,4
102
72
0,4
1¹⁄₂
1.900
4.60
3.19
1.0
40
48,3
117
81
0,5
2
2.375
5.71
3.90
1.5
50
60,3
145
99
0,7
Dimensions
Inches/mm
Fitting Size
Nom.
Diameter
In./mm
¹⁄₂
Actual
Out. Dia.
In./mm
0.840
15
21,3
68
48
0,1
³⁄₄
1.050
3.43
2.48
0.4
20
26,7
87
63
0,2
1
1.315
4.33
3.31
0.6
C - PE
2.67
Takeout
U
1.88
Aprx. Wgt.
Each
Lbs./kg
0.3
25
33,7
110
84
0,3
1¹⁄₄
1.660
5.79
4.60
1.1
32
42,4
147
117
0,5
1¹⁄₂
1.900
6.73
5.32
1.4
40
48,3
171
135
0,6
2
2.375
8.19
6.38
2.3
50
60,3
208
162
1,0
Style 571
45° Elbow
E-E
3.31
Fitting Size
Nom.
Actual
Diameter Out. Dia.
In./mm
In./mm
1¹⁄₄
1.660
15
Style 570
90° Elbow
Dimensions
Inches/mm
Dimensions
Inches/mm
Fitting Size
Nom.
Diameter
In./mm
¹⁄₂
Actual
Out. Dia.
In./mm
0.840
15
21,3
42
21
0,1
³⁄₄
1.050
2.44
1.50
0.3
20
26,7
62
38
0,1
1
1.315
3.11
2.09
0.5
C - PE
1.65
Takeout
U
0.82
Aprx. Weight
Each
Lbs./kg
0.2
25
33,7
79
53
0,2
1¹⁄₄
1.660
4.25
3.07
0.9
32
42,4
108
78
0,4
1¹⁄₂
1.900
5.00
3.59
1.3
40
48,3
127
91
0,6
2
2.375
6.02
4.22
2.0
50
60,3
153
107
0,9
For the most up-to-date product information, visit www.victaulic.com
Tee
(P ✕ P ✕ P)
C
to
EOB U
2
U1
C to PE
Dimensions – Inches/mm
C - PE
1.40
Tee
Reducing Branch
(P ✕ P ✕ P)
21,3
36
26
41
18
0,1
1.050
1.89
1.89
1.89
0.95
0.3
20
26,7
48
48
48
24
0,1
1
1.315
2.11
2.17
2.15
1.13
0.4
25
33,7
54
55
55
29
0,2
1¹⁄₄
1.660
2.44
2.51
2.48
1.29
0.6
32
42,4
62
64
63
33
0,3
1¹⁄₂
1.900
2.76
2.69
2.80
1.39
0.9
40
48,3
70
68
71
35
0,4
2
2.375
3.39
3.17
3.62
1.81
1.4
50
60,3
86
81
92
46
0,6
Dimensions – Inches/mm
C - PE
1.90
48
48
53
32
0,1
1 ✕ ¹⁄₂
2.10
2.15
2.30
1.47
0.3
53
55
58
37
0,1
✕ ³⁄₄
2.11
2.17
2.03
1.09
0.4
54
55
52
28
0,2
1¹⁄₄ ✕ ¹⁄₂
2.44
2.51
2.40
1.57
0.4
62
64
60
40
0,2
✕ ³⁄₄
2.44
2.51
2.20
1.26
0.5
62
64
56
32
0,2
✕ 1
2.44
2.51
2.32
1.30
0.6
62
64
59
33
0,3
1¹⁄₂ ✕ ¹⁄₂
2.76
2.69
2.60
1.77
0.6
70
68
66
45
0,3
✕ ³⁄₄
2.76
2.69
2.32
1.68
0.7
70
68
59
43
0,3
✕ 1
2.76
2.69
2.44
1.42
0.8
70
68
62
36
0,4
2 ✕ ¹⁄₂
3.39
3.17
2.80
1.97
1.2
86
81
71
50
0,5
✕ ³⁄₄
3.39
3.17
2.56
1.62
1.3
86
81
65
41
0,6
✕ 1
3.39
3.17
2.68
1.66
1.1
86
81
68
42
0,5
✕ 1¹⁄₂
3.39
3.17
3.03
1.62
1.3
86
81
77
41
0,6
mm
20 ✕ 15
32 ✕ 15
✕ 20
C to PE
✕ 25
40 ✕ 15
✕ 20
✕ 25
50 ✕ 15
✕ 20
✕ 25
✕ 40
SIZE
Nominal Inches
Style 579
Female Threaded Adapter
(P ✕ F)
*
U2
1.27
Dimensions – In./mm
Takeout
Insertion Length
U
IL
0.79
0.83
Aprx.
Weight Each
Lbs./kg
0.2
E-E
2.15
55
20
21
0,1
³⁄₄ ✕ ¹⁄₂
2.20
0.71
0.95
0.2
56
18
24
0,1
✕ ³⁄₄
2.20
0.79
0.95
0.2
56
20
24
0,1
1 ✕ ¹⁄₂
2.30
0.75
1.02
0.4
58
19
26
0,2
✕ ³⁄₄
2.30
0.73
1.02
0.3
58
19
26
0,1
✕ 1
2.40
0.75
1.02
0.4
61
19
26
0,2
1¹⁄₄ ✕ ³⁄₄
2.66
0.96
1.19
0.5
68
24
30
0,2
✕ 1
2.70
0.87
1.19
0.5
69
22
30
0,2
✕ 1¹⁄₄
2.70
0.85
1.19
0.6
mm
20 ✕ 15
✕ 20
25 ✕ 15
*Length of effective thread.
C - EOB
2.10
¹⁄₂ ✕ ¹⁄₂
15 ✕ 15
E to E
IL
U
U1
1.91
Aprx.
Weight Each
Lbs./kg
0.3
³⁄₄ ✕ ¹⁄₂
✕ 20
U1
U2
0.72
³⁄₄
25 ✕ 15
C
to U2
EOB
C - EOB
1.60
15
SIZE
Nom. Inches
Style 573
U1
1.04
Aprx.
Wgt. Ea.
Lbs./kg
0.2
✕ 20
✕ 25
32 ✕ 20
✕ 25
✕ 32
1¹⁄₂ ✕ 1
40 ✕ 25
69
22
30
0,3
2.96
0.92
1.42
0.8
75
23
36
0,4
✕ 1¹⁄₄
2.96
0.87
1.42
0.6
75
22
36
0,3
✕ 1¹⁄₂
2.96
0.87
1.42
0.8
75
22
36
0,4
2 ✕ 1¹⁄₄
3.75
1.27
1.81
0.9
95
32
46
0,4
✕ 1¹⁄₂
3.75
1.27
1.81
1.1
95
32
46
0,5
✕ 2
3.75
1.27
1.81
1.0
95
32
46
0,5
✕ 32
✕ 40
50 ✕ 32
✕ 40
✕ 50
For the most up-to-date product information, visit www.victaulic.com
97
PRESSFIT SYSTEM FOR SS PIPE
Fitting Size
Nominal
Actual
Diameter
Out. Dia.
Inches/mm
Inches/mm
¹⁄₂
0.840
Style 572
Dimensions
Inches/mm
Minimum
Style 574
Concentric Reducer
(T ✕ T)
E to E
L1
L2
SIZE
Nominal
Inches/mm
³⁄₄ ✕ ¹⁄₂
E-E
3.50
89
25
22
0,1
1 ✕ ¹⁄₂
3.56
1.03
0.88
0.2
90
26
22
0,1
✕ ³⁄₄
3.56
1.03
1.00
0.2
90
26
25
1¹⁄₄ ✕ ¹⁄₂
3.69
1.25
0.88
94
32
22
0,1
✕ ³⁄₄
3.69
1.25
1.00
0.3
94
32
25
0,1
✕ 1
3.69
1.25
1.03
0.3
94
32
26
0,1
1¹⁄₂ ✕ ¹⁄₂
4.06
1.44
0.88
0.3
103
37
22
0,1
✕ ³⁄₄
4.06
1.44
1.00
0.4
103
37
25
0,2
20 ✕ 15
25 ✕ 15
Insertion
Mark
✕ 20
32 ✕ 15
✕ 20
✕ 25
40 ✕ 15
✕ 20
L1
1.00
L2
0.88
Dimensions
Inches/mm
Minimum
Male Adapter
SIZE
Nominal Inches
(P ✕ M)
E-E
4.06
103
37
26
0,2
✕ 1¹⁄₄
4.25
1.44
1.25
0.4
108
37
32
0,2
50 ✕ 15
4.88
1.81
0.88
0.6
0,1
2 ✕ ¹⁄₂
124
46
22
0,3
0.2
✕ ³⁄₄
4.88
1.81
1.00
0.6
124
46
25
0,3
✕ 1
4.88
1.81
1.03
0.6
124
46
26
0,3
✕ 1¹⁄₄
4.88
1.81
1.25
0.7
124
46
32
0,3
✕ 1¹⁄₂
4.88
1.81
1.44
0.7
124
46
37
0,3
kg
0.2
40 ✕ 25
✕ 32
✕ 20
✕ 25
✕ 32
✕ 40
*
Insertion
Length
IL
0.83
Takeout
U
2.32
93
59
21
0,1
1.75
0.95
0.3
82
44
24
0,1
✕ ³⁄₄
3.72
2.22
0.95
0.3
94
56
24
0,1
✕1
3.22
1.60
0.95
0.4
82
41
24
0,2
1 ✕ ³⁄₄
3.34
1.77
1.02
0.4
85
45
26
0,1
✕1
4.02
2.32
1.02
0.4
102
59
26
0,2
1¹⁄₄ ✕ 1¹⁄₄
4.18
2.28
1.19
0.5
106
58
30
0,2
1¹⁄₂ ✕ ³⁄₄
3.69
1.73
1.42
0.6
94
44
36
0,3
✕ 1¹⁄₂
4.40
2.27
1.42
0.7
PRESSFIT SYSTEM FOR SS PIPE
✕ 20
25 ✕ 20
✕ 25
32 ✕ 32
40 ✕ 20
✕ 40
2✕2
50 ✕ 50
112
58
36
0,3
2.46
1.81
1.0
128
62
46
0,5
Dimensions
Inches/mm
SIZE
Nominal Inches
75
25
24
0,1
1¹⁄₄ ✕ 1
3.31
1.10
1.02
0.3
84
28
26
0,1
1¹⁄₂ ✕ 1¹⁄₄
3.66
1.06
1.19
0.4
93
27
30
0,2
2 ✕ 1¹⁄₂
4.33
1.11
1.42
0.6
110
28
36
0,3
25 ✕ 20
40 ✕ 32
50 ✕ 40
Fitting Size
Grooved to Pressfit
(G ✕ T)
E to E
L1
Insertion
Mark
Aprx. Wgt.
Each
Lbs.
1 ✕ ³⁄₄
32 ✕ 25
Transition Nipple
Takeout
U
0.98
Insertion
Length
IL
.95
E-E
2.95
mm
Style 577
kg
0.2
5.03
Style 583
IL
Aprx. Wgt.
Each
Lbs.
3.22
✕ 25
E to E
U
kg
0.4
³⁄₄ ✕ ¹⁄₂
15 ✕ 15
*Length of effective thread.
(T ✕ P)
L2
1.03
¹⁄₂ ✕ ¹⁄₂
20 ✕ 15
Reducer Insert
L1
1.44
E-E
3.68
mm
E to E
IL
U
Aprx.
Wgt.
Each
Lbs.
SIZE
Nominal
Inches/mm
1¹⁄₂ ✕ 1
Dimensions
Inches/mm
Style 576
98
Aprx.
Wgt.
Each
Lbs.
kg
0.2
Dimensions – Inches/mm
Nominal
Diameter
Inches/mm
³⁄₄
Actual
Outside Dia.
Inches/mm
1.050
20
26,7
102
25
0,1
1
1.315
4.00
1.00
0.3
E-E
4.00
Minimum
L1
1.00
Aprx.
Weight Each
Lbs./kg
0.2
25
33,7
102
25
0,1
1¹⁄₄
1.660
4.00
1.25
0.3
32
42,4
102
32
0,1
1¹⁄₂
1.900
4.00
1.50
0.4
40
48,3
102
38
0,2
2
2.375
4.00
1.88
0.5
50
60,3
102
48
0,2
For the most up-to-date product information, visit www.victaulic.com
Tee
Threaded Branch
(P ✕ P ✕ F)
SIZE
Nominal Inches
✕
¹⁄₂
C - PE
1.50
15
✕ ¹⁄₂
38
34
38
25
0,1
³⁄₄ ✕
³⁄₄
✕ ¹⁄₂
1.89
1.89
1.64
1.11
0.3
48
48
42
28
0,2
✕ ³⁄₄
1.89
1.89
1.71
1.16
0.4
48
48
43
29
0,2
✕ ¹⁄₂
2.11
2.17
1.78
1.25
0.4
54
55
45
32
0,2
✕ ³⁄₄
2.11
2.17
1.85
1.30
0.5
54
55
47
33
0,2
✕ 1
2.11
2.17
2.02
1.34
0.6
54
55
51
34
0,3
✕ ¹⁄₂
2.44
2.51
1.95
1.42
0.6
62
64
50
36
0,3
✕ ³⁄₄
2.44
2.51
2.02
1.47
0.7
62
64
51
37
0,3
✕ 1
2.44
2.51
2.19
1.51
0.8
62
64
56
38
0,4
✕ ¹⁄₂
2.76
2.69
2.07
1.54
0.8
70
68
53
39
0,4
✕ ³⁄₄
2.76
2.69
2.14
1.59
0.9
70
68
54
40
0,4
✕ 1
2.76
2.69
2.31
1.63
0.9
70
68
59
40
0,4
✕ ¹⁄₂
3.39
3.16
2.31
1.78
1.2
86
80
59
45
0,5
✕ ³⁄₄
3.39
3.16
2.38
1.83
1.3
86
80
60
46
0,6
✕ 1
3.39
3.16
2.55
1.87
1.3
86
80
65
48
0,6
mm
¹⁄₂ ✕
15
20
C *
to U
EOB 2
✕
✕ 15
✕ 15
20
✕ 20
1 ✕
U1
25
✕
1
✕ 15
25
C to PE
✕ 20
*Length of effective thread.
✕ 25
1¹⁄₄ ✕
32
✕
1¹⁄₄
✕ 15
32
✕ 20
✕ 25
1¹⁄₂ ✕
40
✕
1¹⁄₂
✕ 15
40
✕ 20
✕ 25
2 ✕
50
✕
2
✕ 15
50
✕ 20
✕ 25
Style 548
Grooved End Union
U1
1.35
C - EOB
1.50
U2
0.97
Aprx.
Weight
Each
Lbs./kg
0.2
Grooved End Union (Style 548) – A grooved end union can be formed with two Style 577 (Type 316
stainless) transition nipples and a variety of grooved end couplings equipped with varied gasket
materials to meet service requirements. For standard ductile iron couplings and gaskets refer to
publication 06.02 and 06.04. For stainless steel couplings see publication 17.03 and 17.25.
Insertion
Mark
Style 575
Flange Adapter
(P ✕ L)
Z
U
W X Y
Style 566
Van Stone Flange Adapter
(P ✕ L)
E to E
U
Fitting Size
Nominal
Actual
Diameter
Out. Dia.
Inches/mm
Inches/mm
¹⁄₂
0.840
Dimensions – Inches/mm
Takeout
U
2.34
W
1.38
X
2.38
Y
3.50
Z
3.22
Aprx.
Wgt.
Each
Lbs./kg
2.3
15
21,3
59
35
60
89
82
1,1
³⁄₄
1.050
2.27
1.69
2.75
3.88
3.22
1.7
20
26,7
58
43
70
99
82
0,8
1
1.315
2.27
2.00
3.12
4.25
3.29
2.2
25
33,7
58
51
79
108
84
1,0
1¹⁄₄
1.660
2.22
2.50
3.50
4.62
3.41
3.0
32
42,4
56
64
89
117
87
1,4
1¹⁄₂
1.900
2.07
2.88
3.88
5.00
3.48
3.6
40
48,3
53
73
99
127
88
1,6
2
2.375
1.80
3.62
4.75
6.00
3.60
5.4
50
60,3
46
92
121
152
92
2,4
Fitting Size
Actual
Nominal
Outside
Diameter
Diameter
Inches/mm Inches/mm
¹⁄₂
0.840
Dimensions
Inches/mm
E-E
0.840
Aprx.
Wgt. Ea.
Lbs./kg
3.00
Fitting Size
Actual
Outside
Nominal
Diameter
Diameter
Inches/mm
Inches/mm
1¹⁄₄
1.660
Dimensions
Inches/mm
E-E
1.660
Aprx.
Wgt. Ea.
Lbs./kg
4.20
15
21,3
21,3
1,4
32
42,4
42,4
1,9
³⁄₄
1.050
1.050
3.30
1¹⁄₂
1.900
1.900
5.00
20
26,7
26,7
1,5
40
48,3
48,3
2,3
1
1.315
1.315
3.60
2
2.375
2.375
5.90
25
33,7
33,7
1,6
50
60,3
60,3
2,7
Available with carbon steel (standard) or 316 stainless steel (optional) back-up flange. Specify choice on order.
For the most up-to-date product information, visit www.victaulic.com
99
PRESSFIT SYSTEM FOR SS PIPE
Dimensions - Inches/mm
Style 578
Fitting Size
Style 585
Threaded Union
(P ✕ P)
E to E
U
Series 569
Pressfit System
Type 316 Stainless Steel
Ball Valve
Dimensions – Inches/mm
Nominal
Diameter
Inches/mm
¹⁄₂
Actual
Outside Dia.
Inches/mm
0.840
15
21,3
178
134
1,3
³⁄₄
1.050
7.14
5.14
3.50
20
26,7
181
131
1,6
1
1.315
7.26
5.26
3.80
End to End
7.02
Aprx.
Weight Each
Lbs./kg
2.80
Takeout
U
5.27
25
33,7
184
134
1,7
1¹⁄₄
1.660
8.13
5.63
4.20
32
42,4
207
143
1,9
1¹⁄₂
1.900
8.44
5.44
5.40
40
48,3
214
138
2,4
2
2.375
8.38
4.67
6.10
50
60,3
213
119
2,8
Series 569 Pressfit System Ball Valves feature full stainless steel body and trim, rated for service up to
300 psi (2065 kPa) with Pressfit ends and up to 400 psi (2750 kPa) with grooved ends, depending upon
the joining coupling.
The valves are constructed of rugged Type 316 (CF8M) stainless steel with PTFE seats. The valves
feature a blow-out proof stem and self-adjusting floating ball which provides uniform sealing. The full
port design minimizes pressure drop for maximum flow efficiency. The three-piece swing-out design
permits easy in-line maintenance.
E
E
B
DO NOT TRIM
C
DO NOT TRIM
B
C
DO NOT TRIM
PRESSFIT SYSTEM FOR SS PIPE
B
E
A
A
A
Grooved ✕ Grooved
Plain End ✕ Plain End
Fitting Size
Nominal
Actual
Diameter
Outside Dia.
Inches/mm
Inches/mm
¹⁄₂*
0.840
Plain End ✕ Grooved
Dimensions - Inches/millimeters
End to End
A
7.98
B
2.36
C
0.88
E
5.12
Aprx.
Wgt. Ea.
Lbs./kg
1.5
15
21,3
200,0
59,9
22,4
130,0
0,7
³⁄₄
1.050
8.57
2.52
1.00
5.12
2.4
20
26,7
217,7
64,0
25,4
130,0
1,1
1
1.315
8.89
2.80
1.00
6.50
3.6
25
33,7
225,8
71,1
25,4
165,1
1,6
1¹⁄₄
1.660
10.11
3.07
1.25
6.50
4.8
32
42,4
256,8
78,0
31,8
165,1
2,2
1¹⁄₂
1.900
11.20
3.39
1.50
7.48
6.9
40
48,3
284,5
86,1
38,1
190,0
3,1
2
2.375
12.52
3.74
1.88
7.48
9.5
50
60,3
318,0
95,0
47,8
190,0
4,3
For dimensions and weights with gear operator contact Victaulic.
*¹⁄₂" only available in plain end ✕ plain end (T ✕ T).
Series 569
Repair Kits
Repair kits and replacement parts are available for the Series 569 valve.
The Repair Kit consists of two seats, two gaskets, one stem seal and one thrust washer, all made of
PTFE. A replacement ball of CF8M stainless steel is also available.
For replacement stem information, contact Victaulic.
Pipe Size
100
Nominal
Diameter
Inches/mm
¹⁄₂
Actual
Outside Dia.
Inches/mm
0.840
15
21,3
³⁄₄
1.050
20
26,7
1
1.315
25
33,7
1¹⁄₄
1.660
32
42,4
1¹⁄₂
1.900
40
48,3
2
2.375
50
60,3
Repair Kit
Part No.
Replacement Ball
Part No.
K-004-569-001
K-004-569-000
K-006-569-001
K-006-569-000
K-010-569-001
K-010-569-000
K-012-569-001
K-012-569-000
K-014-569-001
K-014-569-000
K-020-569-001
K-020-569-000
For the most up-to-date product information, visit www.victaulic.com
Vic-Press 304™ Stainless Steel Pipe System
below) for water, oil, noncombustible gaseous and
general chemical services.
Refer to o-ring selection data
for the intended service. The
system requires no flame as
with welding; no cutting oil,
chips or preparation time as
with threading or flanging.
Victaulic Type 304 stainless
steel pipe meets the
requirements of ASTM A-312,
Grade 304/304L (TP304, UNS
designation S30400). Only
The Victaulic® Vic-Press
304™ System for joining
approved Type 304/304L
stainless steel pipe provides a
fast, easy, clean, reliable
means for joining ¹⁄₂ - 2" (15 50 mm) stainless steel pipe.
Vic-Press 304 products and
Type 304/304L stainless steel
pipe are designed for pressure
service to 300 psi (2065 kPa) or
ANSI Class 150 (except steam,
according to standard
temperature/pressure charts,
approved Vic-Press 304
pipe should be used with
Vic-Press 304 stainless
steel products.
The system meets the
hanging requirements of
ASME B31.1, B31.3 and B31.9.
Vic-Press 304 couplings,
fittings and approved pipe are
UL classified in accordance
with ANSI/NSF 61 for cold
+86°F (+30°C) and hot +180°F
(+82°C) potable water service.
Request publication 18.02
For product installation
instructions, refer to Pressfit
Product Assembly
Instructions (I-500) and the
appropriate Tool Operating
and Maintenance Instructions
Manual.
Performance
STAINLESS STEEL VIC-PRESS 304™
300
240 psi
1655 kPa
226 psi
1558 kPa
205 psi
PRESSFIT SYSTEM FOR SS PIPE
PRESSURE (psi/kPa)
2065
275
1895
1413 kPa
230
1585
200
1380
202 psi
190 psi
1393 kPa
1310 kPa
175 psi
1206 kPa
GRADE “T”
100
GRADE “O”
Stainless Steel
Vic-Press 304 System
690
GRADE “E”
ANSI Class 150 for 304
Stainless Steel*
ANSI Class 150 for 304L
Stainless Steel*
*Data from ANSI B16.5
100°F
180°F 200°F
230°F
300°F
38°C
82°C
110°C
149°C
93°C
TEMPERATURE (°F/°C)
Products in the Vic-Press 304 System have unique center-to-end or end-to-end dimensions which
incorporate specific, uniform “takeout” dimensions for easy fabrication calculations.
Use of threaded products employing special features such as probes, escutcheon cups, etc., should be
checked to be certain the thread standard and length of insertion are compatible with fitting
dimensions. Failure to verify dimensional suitability in advance may result in difficulties in assembly.
Dimensional
Information
P (3)
P (1)
P (2)
END TYPE CODE
P = Pressfit
F = Female Pipe Thread
M = Male Pipe Thread
T = Plain End
L = Flanged
G = Grooved
For the most up-to-date product information, visit www.victaulic.com
101
Fitting Size
Style 597
Standard Coupling
(P ✕ P)
E to E
U
Slip Coupling
(P ✕ P)
E to E
Actual
Outside Dia.
Inches/mm
0.840
15
21,3
51
9
0,1
³⁄₄
1.050
2.17
0.28
0.2
20
26,7
55
7
0,1
1
1.315
2.44
0.39
0.2
I
min.
PRESSFIT SYSTEM FOR SS PIPE
Male Adapter
(P ✕ M)
25
33,7
62
10
0,1
1.660
2.76
0.39
0.3
32
42,4
70
10
0,1
1¹⁄₂
1.900
3.15
0.32
0.5
40
48,3
80
8
0,2
2
2.375
3.94
0.33
0.7
50
60,3
100
8
0,3
E to E
U
Actual
Outside Dia.
Inches/mm
0.840
15
21,3
84
25
0,1
³⁄₄
1.050
3.54
1.00
0.2
20
26,7
90
25
0,1
1
1.315
3.94
1.00
0.3
33,7
100
25
0,1
1.660
4.33
1.00
0.4
32
42,4
110
25
0,2
1¹⁄₂
1.900
4.72
1.00
0.6
40
48,3
120
25
0,3
2
2.375
5.51
1.25
0.9
50
60,3
140
32
0,4
93
59
21
0,1
3.22
1.75
0.95
0.3
82
44
24
0,1
✕ ³⁄₄
3.72
2.22
0.95
0.3
94
56
24
0,1
✕1
3.22
1.60
0.95
0.4
82
41
24
0,2
1 ✕ ³⁄₄
3.34
1.77
1.02
0.4
85
45
26
0,1
1✕1
4.02
2.32
1.02
0.4
102
59
26
0,2
1¹⁄₄ ✕ 1¹⁄₄
4.18
2.28
1.19
0.5
106
58
30
0,2
1¹⁄₂ ✕ ³⁄₄
3.69
1.73
1.42
0.6
94
44
36
0,3
✕ 1¹⁄₂
4.40
2.27
1.42
0.7
✕ 25
32 ✕ 32
40 ✕ 20
✕ 40
112
58
36
0,3
5.03
2.46
1.81
1.0
128
62
46
0,5
¹⁄₂ ✕ ¹⁄₂
E-E
3.68
Dimensions
Inches/mm
Takeout
U
2.85
Insertion Length
IL
0.83
Aprx. Wgt.
Each
Lbs./kg
0.2
93
72
21
0,1
³⁄₄ ✕ ³⁄₄
3.72
2.77
0.95
0.3
94
70
24
0,1
1✕1
4.02
3.00
1.02
0.4
102
76
26
0,2
1¹⁄₄ ✕ 1¹⁄₄
4.18
2.99
1.19
0.5
106
76
30
0,2
1¹⁄₂ ✕ 1¹⁄₂
4.40
2.98
1.42
0.7
112
76
36
0,3
2✕2
5.03
3.22
1.81
1.0
128
82
46
0,5
2✕2
50 ✕ 50
SIZE
Nominal
Inches
mm
E to E
U
15 ✕ 15
20 ✕ 20
25 ✕ 25
32 ✕ 32
40 ✕ 40
50 ✕ 50
102
Aprx. Wgt.
Each
Lbs./kg
0.2
³⁄₄ ✕ ¹⁄₂
25 ✕ 25
IL
Insertion Length
IL
0.83
E-E
3.68
25 ✕ 20
(P ✕ T)
Dimensions
Inches/mm
Takeout
U
2.32
¹⁄₂ ✕ ¹⁄₂
✕ 20
*Length of effective thread.
Weld Adapter
E-E
3.31
Aprx.
Weight Each
Lbs./kg
0.1
25
15 ✕ 15
*
I - Min.
Tube Insert
1.00
1¹⁄₄
20 ✕ 15
Style 561
Dimensions – Inches/mm
Nominal
Diameter
Inches/mm
¹⁄₂
mm
IL
Aprx.
Weight Each
Lbs./kg
0.1
1¹⁄₄
SIZE
Nominal
Inches
Style 596
Takeout
U
0.35
E-E
2.00
Fitting Size
Style 598
I
min.
Dimensions – Inches/mm
Nominal
Diameter
Inches/mm
¹⁄₂
For the most up-to-date product information, visit www.victaulic.com
Short Tangent
90° Elbow
(P ✕ P)
C to PE
U
Fitting Size
Actual
Out.
Nom.
Dia.
Dia.
In./mm In./mm
³⁄₄
1.050
C - PE
2.83
(T ✕ P)
26,7
72
48
0,2
40
48,3
117
81
0,5
3.36
2.34
0.5
2
2.375
5.71
3.90
1.5
50
60,3
145
99
0,7
25
33,7
85
59
0,2
1¹⁄₄
1.660
4.02
2.83
0.8
32
42,4
102
72
0,4
Dimensions
Inches/mm
Fitting Size
Nom.
Dia.
In./mm
¹⁄₂
Actual
Out.
Dia.
In./mm
0.840
15
21,3
68
47
0,1
³⁄₄
1.050
3.43
2.48
0.4
20
26,7
87
63
0,2
1
1.315
4.33
3.31
0.6
C - PE
2.67
33,7
110
84
0,3
1.660
5.79
4.60
1.1
32
42,4
147
117
0,5
1¹⁄₂
1.900
6.73
5.32
1.4
40
48,3
171
135
0,6
2
2.375
8.19
6.38
2.3
50
60,3
208
162
1,0
Dimensions
Inches/mm
SIZE
Nominal Inches
Insertion
Length
IL
.95
Aprx.
Weight Each
Lbs./kg
0.2
End to End
2.95
75
25
24
0,1
1¹⁄₄ ✕ 1
3.31
1.10
1.02
0.3
84
28
26
0,1
1¹⁄₂ ✕ 1¹⁄₄
3.66
1.06
1.19
0.4
93
27
30
0,2
2 ✕ 1¹⁄₂
4.33
1.11
1.42
0.6
110
28
36
0,3
mm
50 ✕ 40
C U
to
PE
Takeout
U
0.98
1 ✕ ³⁄₄
40 ✕ 32
(P ✕ P)
Aprx.
Weight Each
Lbs./kg
0.3
25
32 ✕ 25
45° Elbow
Takeout
U
1.84
1¹⁄₄
25 ✕ 20
Style 591
C - PE
4.60
Aprx.
Wgt. Ea.
Lbs./kg
1.0
Takeout
U
3.19
1.315
Style 582
Reducer Insert
Aprx.
Wgt. Ea.
Lbs./kg
0.3
1
90° Elbow
C to PE
U
Takeout
U
1.88
Dimensions
Inches/mm
Fitting Size
Actual
Nom.
Out.
Dia.
Dia.
In./mm
In./mm
1¹⁄₂
1.900
20
Style 590
(P ✕ P)
Dimensions
Inches/mm
PRESSFIT SYSTEM FOR SS PIPE
Style 586
Fitting Size
Dimensions – Inches/mm
Nominal
Diameter
Inches/mm
¹⁄₂
Actual
Outside Dia.
Inches/mm
0.840
15
21,3
42
21
0,1
³⁄₄
1.050
2.44
1.50
0.3
20
26,7
62
38
0,1
1
1.315
3.11
2.09
0.5
C - PE
1.65
Takeout – U
0.82
Aprx.
Weight Each
Lbs./kg
0.2
25
33,7
79
53
0,2
1¹⁄₄
1.660
4.25
3.07
0.9
32
42,4
108
78
0,4
1¹⁄₂
1.900
5.00
3.59
1.3
40
48,3
127
91
0,6
2
2.375
6.02
4.22
2.0
50
60,3
153
107
0,9
For the most up-to-date product information, visit www.victaulic.com
103
Fitting Size
Style 592
Tee
(P ✕ P ✕ P)
C
to
EOB U
2
U1
C to PE
Style 594
Concentric Reducer
(T ✕ T)
E to E
L2
Actual
Out. Dia.
Inches/mm
0.840
15
21,3
36
26
41
18
0,1
³⁄₄
1.050
1.89
1.89
1.89
0.95
0.3
20
26,7
48
48
48
24
0,1
1
1.315
2.11
2.17
2.15
1.13
0.4
54
55
55
29
0,2
2.44
2.51
2.48
1.29
0.6
32
42,4
62
64
63
33
0,3
1¹⁄₂
1.900
2.76
2.69
2.80
1.39
0.9
40
48,3
70
68
71
35
0,4
2
2.375
3.39
3.17
3.62
1.81
1.4
50
60,3
86
81
92
46
0,6
³⁄₄ ✕ ¹⁄₂
Dimensions
Inches/mm
Minimum
E-E
L1
L2
3.50
1.00
0.88
89
25
22
0,1
1 ✕ ¹⁄₂
3.56
1.03
0.88
0.2
90
26
22
0,1
✕ ³⁄₄
3.56
1.03
1.00
0.2
90
26
25
1¹⁄₄ ✕ ¹⁄₂
3.69
1.25
0.88
94
32
22
0,1
✕ ³⁄₄
3.69
1.25
1.00
0.3
94
32
25
0,1
✕ 1
3.69
1.25
1.03
0.3
94
32
26
0,1
1¹⁄₂ ✕ ¹⁄₂
4.06
1.44
0.88
0.3
103
37
22
0,1
✕ ³⁄₄
4.06
1.44
1.00
0.4
103
37
25
0,2
SIZE
Nominal
Inches
20 ✕ 15
✕ 20
PRESSFIT SYSTEM FOR SS PIPE
40 ✕ 15
✕ 20
SIZE
Nominal Inches
(P ✕ P ✕ P)
Nominal
Size
Inches
mm
1¹⁄₂ ✕ 1
40 ✕ 25
Dimensions
Inches/mm
Minimum
E-E
L1
L2
4.06
1.44
1.03
Aprx. Wgt.
Each
Lbs./kg
0.4
103
37
26
0,2
✕ 1¹⁄₄
4.25
1.44
1.25
0.4
108
37
32
0,2
50 ✕ 15
4.88
1.81
0.88
0.6
0,1
2 ✕ ¹⁄₂
124
46
22
0,3
0.2
✕ ³⁄₄
4.88
1.81
1.00
0.6
124
46
25
0,3
✕ 1
4.88
1.81
1.03
0.6
124
46
26
0,3
✕ 1¹⁄₄
4.88
1.81
1.25
0.7
124
46
32
0,3
✕ 1¹⁄₂
4.88
1.81
1.44
0.7
124
46
37
0,3
✕ 32
✕ 20
✕ 25
✕ 32
✕ 40
Dimensions – Inches/mm
48
48
53
32
0,1
1 ✕ ¹⁄₂
2.10
2.15
2.30
1.47
0.3
53
55
58
37
0,1
✕ ³⁄₄
2.11
2.17
2.03
1.09
0.4
54
55
52
28
0,2
1¹⁄₄ ✕ ¹⁄₂
2.44
2.51
2.40
1.57
0.4
62
64
60
40
0,1
✕ ³⁄₄
2.44
2.51
2.20
1.26
0.5
62
64
56
32
0,2
✕ 1
2.44
2.51
2.32
1.30
0.6
62
64
59
33
0,3
1¹⁄₂ ✕ ¹⁄₂
2.76
2.69
2.60
1.77
0.6
70
68
66
45
0,3
✕ ³⁄₄
2.76
2.69
2.32
1.68
0.7
70
68
59
43
0,3
✕ 1
2.76
2.69
2.44
1.42
0.8
70
68
62
36
0,4
2 ✕ ¹⁄₂
3.39
3.17
2.80
1.97
1.2
86
81
71
50
0,5
✕ ³⁄₄
3.39
3.17
2.56
1.62
1.3
86
81
65
41
0,6
✕ 1
3.39
3.17
2.68
1.66
1.1
86
81
68
42
0,5
✕ 1¹⁄₂
3.39
3.17
3.03
1.62
1.3
86
81
77
41
0,6
20 ✕ 15
32 ✕ 15
✕ 20
✕ 25
40 ✕ 15
✕ 20
✕ 25
50 ✕ 15
✕ 20
✕ 25
✕ 40
U1
1.91
C - EOB
2.10
U2
1.27
Aprx.
Wgt. Ea.
Lbs./kg
0.3
C - PE
1.90
mm
✕ 20
U1
Aprx. Wgt.
Each
Lbs./kg
0.2
³⁄₄ ✕ ¹⁄₂
25 ✕ 15
C
to U
EOB 2
U2
0.72
33,7
✕ 25
Tee
Reducing Branch*
C - EOB
1.60
1.660
✕ 20
Style 593
U1
1.04
25
32 ✕ 15
C to PE
C - PE
1.40
1¹⁄₄
25 ✕ 15
Insertion
Mark
Aprx.
Wgt.
Each
Lbs.
kg
0.2
Nominal
Diameter
Inches/mm
¹⁄₂
mm
L1
Dimensions – Inches/mm
*Available with female threaded outlet. Contact Victaulic.
104
For the most up-to-date product information, visit www.victaulic.com
SIZE
Nominal Inches
Tee
Threaded Branch
¹⁄₂ ✕
(P ✕ P ✕ F)
Dimensions - Inches/mm
15 ✕
¹⁄₂
C - PE
1.50
15
✕ ¹⁄₂
38
34
38
25
0,1
³⁄₄ ✕
³⁄₄
✕ ¹⁄₂
1.89
1.89
1.61
1.11
0.3
48
48
42
28
0,2
✕ ³⁄₄
1.89
1.89
1.68
1.16
0.4
48
48
43
29
0,2
✕ ¹⁄₂
2.11
2.17
1.75
1.25
0.4
54
55
45
32
0,2
✕ ³⁄₄
2.11
2.17
1.82
1.30
0.5
54
55
47
33
0,2
✕1
2.11
2.17
2.99
1.34
0.6
54
55
51
34
0,3
✕ ¹⁄₂
2.44
2.51
1.93
1.42
0.6
62
64
50
36
0,3
✕ ³⁄₄
2.44
2.51
2.99
1.47
0.7
62
64
51
37
0,3
✕1
2.44
2.51
2.16
1.51
0.8
62
64
56
38
0,4
✕ ¹⁄₂
2.76
2.69
2.04
1.54
0.8
70
68
53
39
0,4
✕ ³⁄₄
2.76
2.69
2.11
1.59
0.9
70
68
54
40
0,4
✕1
2.76
2.69
2.28
1.63
0.9
70
68
59
40
0,4
✕ ¹⁄₂
3.39
3.16
2.28
1.78
1.2
86
80
59
45
0,5
✕ ³⁄₄
3.39
3.16
2.35
1.83
1.3
86
80
60
46
0,6
✕1
3.39
3.16
2.52
1.87
1.3
86
80
65
48
0,6
Dimensions
Inches/mm
E-E
3.44
Aprx.
Weight
Each
Lbs./kg
4.20
mm
20 ✕
C *
to U
EOB 2
✕ 15
✕ 15
20
✕ 20
1✕
25 ✕
1
✕ 15
25
U1
✕ 20
C to PE
✕ 25
1¹⁄₄ ✕
32 ✕
1¹⁄₄
32
✕ 15
✕ 20
✕ 25
1¹⁄₂ ✕
40 ✕
1¹⁄₂
40
✕ 15
✕ 20
✕ 25
2✕
50 ✕
2
50
✕ 15
✕ 20
✕ 25
U1
1.35
C - EOB
1.50
Aprx. Weight
Each
Lbs./kg
0.2
U2
0.97
*Length of effective thread.
Style 565
Van Stone Flange Adapter
(P ✕ L)
U
Fitting Size
Nom.
Actual
Diameter
Out. Dia.
In./mm
In./mm
¹⁄₂
0.840
Dimensions
Inches/mm
E-E
3.12
Aprx.
Weight
Each
Lbs./kg
3.00
Fitting Size
Nom.
Actual
Diameter
Out. Dia.
In./mm
In./mm
1¹⁄₄
1.660
15
21,3
79
1,4
32
42,4
87
1,9
³⁄₄
1.050
3.17
3.30
1¹⁄₂
1.900
3.64
5.00
20
26,7
81
1,5
40
48,3
93
2,3
1
1.315
3.28
3.60
2
2.375
4.73
5.90
25
33,7
83
1,6
50
60,3
120
2,7
Available with carbon steel (standard) or 316 stainless steel (optional) back-up flange. Specify choice on order.
Style 595
Flange Adapter
(P ✕ L)
Z
U
W X Y
Fitting Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
¹⁄₂
0.840
Dimensions – Inches/mm
Takeout
U
2.39
W
1.38
X
2.38
Y
3.50
Z
3.22
Aprx.
Weight
Each
Lbs./kg
2.3
15
21,3
61
35
60
89
82
1,1
³⁄₄
1.050
2.27
1.69
2.75
3.88
3.22
2.9
20
26,7
58
43
70
99
82
1,3
1
1.315
2.27
2.00
3.12
4.25
3.29
3.2
25
33,7
58
51
79
108
84
1,5
1¹⁄₄
1.660
2.22
2.50
3.50
4.62
3.41
3.8
32
42,4
56
64
89
117
87
1,7
1¹⁄₂
1.900
2.07
2.88
3.88
5.00
3.48
4.5
40
48,3
53
73
99
127
88
2,0
2
2.375
1.80
3.62
4.75
6.00
3.60
5.3
50
60,3
46
92
121
152
92
2,4
For the most up-to-date product information, visit www.victaulic.com
105
PRESSFIT SYSTEM FOR SS PIPE
Style 588
Fitting Size
Style 584
Threaded Union
(P ✕ P)
E to E
U
Style 599
Female Threaded Adapter
(P ✕ F)
Actual
Out. Dia.
In./mm
0.840
15
21,3
178
134
1,3
³⁄₄
1.050
7.14
5.14
3.50
20
26,7
181
131
1,6
1
1.315
7.26
5.26
3.80
*
Aprx.
Weight Each
Lbs./kg
2.80
25
33,7
184
134
1,7
1.660
8.13
5.63
4.20
32
42,4
207
143
1,9
1¹⁄₂
1.900
8.44
5.44
5.40
40
48,3
214
138
2,4
2
2.375
8.38
4.67
6.10
50
60,3
213
119
2,8
SIZE
Nom. Inches
Dimensions
Inches/mm
Takeout
U
0.79
Insertion Length
IL
0.83
Aprx.
Weight Each
Lbs./kg
0.2
¹⁄₂ ✕ ¹⁄₂
E-E
2.15
55
20
21
0,1
³⁄₄ ✕ ¹⁄₂
2.20
0.71
0.95
0.2
56
18
24
0,1
✕ ³⁄₄
2.20
0.79
0.95
0.2
56
20
24
0,1
1 ✕ ¹⁄₂
2.30
0.75
1.02
0.4
58
19
26
0,2
✕ ³⁄₄
2.30
0.73
1.02
0.3
58
19
26
0,1
✕1
2.40
0.75
1.02
0.4
61
19
26
0,2
1¹⁄₄ ✕ ³⁄₄
2.66
0.96
1.19
0.5
68
24
30
0,2
✕1
2.70
0.87
1.19
0.5
69
22
30
0,2
✕ 1¹⁄₄
2.70
0.85
1.19
0.6
15 ✕ 15
E to E
U
End to End
7.02
Takeout
U
5.27
1¹⁄₄
mm
IL
Dimensions – Inches/mm
Nom.
Diameter
In./mm
¹⁄₂
20 ✕ 15
✕ 20
25 ✕ 15
PRESSFIT SYSTEM FOR SS PIPE
✕ 20
✕ 25
32 ✕ 20
✕ 25
✕ 32
1¹⁄₂ ✕ 1
40 ✕ 25
69
22
30
0,3
2.96
0.92
1.42
0.8
75
23
36
0,4
✕ 1¹⁄₄
2.96
0.87
1.42
0.6
75
22
36
0,3
✕ 1¹⁄₂
2.96
0.87
1.42
0.8
75
22
36
0,4
2 ✕ 1¹⁄₄
3.75
1.27
1.81
0.9
95
32
46
0,4
✕ 1¹⁄₂
3.75
1.27
1.81
1.1
95
32
46
0,5
✕2
3.75
1.27
1.81
1.0
95
32
46
0,5
✕ 32
✕ 40
50 ✕ 32
✕ 40
✕ 50
*Length of effective thread.
Fitting Size
Style 587
Transition Nipple
Grooved to Pressfit
(G ✕ T)
E to E
L1
Insertion
Mark
106
Dimensions – Inches/mm
Nominal
Diameter
Inches/mm
³⁄₄
Actual
Outside Dia.
Inches/mm
1.050
20
26,7
102
25
0,1
1
1.315
4.00
1.00
0.3
E-E
4.00
Minimum
L1
1.00
Aprx.
Weight Each
Lbs./kg
0.2
25
33,7
102
25
0,1
1¹⁄₄
1.660
4.00
1.25
0.3
32
42,4
102
32
0,1
1¹⁄₂
1.900
4.00
1.50
0.4
40
48,3
102
38
0,2
2
2.375
4.00
1.88
0.5
50
60,3
102
48
0,2
For the most up-to-date product information, visit www.victaulic.com
A grooved end union can be formed with two Style 587 transition nipples and a variety of grooved end
couplings equipped with varied gasket materials to meet service requirements.
Style 547
Grooved End Union
Insertion
Mark
Series 589
Series 589 Ball Valve is a standard port valve with Pressfit ends for fast, easy installation. The valve, with
Pressfit ends is designed for service to 300 psi (2065 kPa).
Brass Body Ball Valve
with Stainless Steel
Pressfit Ends
The valve body is constructed from forged brass. The ball is chrome plated brass and seals on TFE seats.
A hollow ball design eliminates unnecessary weight while maintaining flow and mechanical strength.
TFE seats and washers reduce the friction coefficient which eases valve operation.
(P ✕ P)
The valve with Pressfit ends is designed for service to 300 psi (2065 kPa).
The Pressfit ends are of austenitic stainless steel.
Dimensions
Inches/millimeters
C
U
A
Valve Size
Nominal
Actual
Diameter
Out. Dia.
In./mm
In./mm
¹⁄₂
0.840
E to E
A
8.49
C
1.33
F
3.07
Takeout
U
6.84
15
21,3
216
34
78
174
³⁄₄
1.050
8.88
1.79
3.78
6.99
20
26,7
226
46
96
178
1
1.315
9.74
1.95
3.78
7.69
25
33,7
247
50
96
195
1¹⁄₄
1.660
10.30
2.17
3.78
7.93
32
42,4
262
55
96
201
1¹⁄₂
1.900
11.09
2.68
5.43
8.26
40
48,3
282
68
138
210
2
2.375
12.90
2.89
5.43
9.29
50
60,3
328
73
138
236
For the most up-to-date product information, visit www.victaulic.com
CV
(Full Open)
10
25
37
50
87
110
Aprx.
Wgt. Ea.
Lbs.
kg
0.9
0,4
1.3
0,6
1.8
0,8
2.5
1,1
3.4
1,5
4.4
2,0
107
PRESSFIT SYSTEM FOR SS PIPE
F
Plain End Piping System for HDPE Pipe
The Victaulic system – a
series of couplings, flange
adapters, HDPE-to-metal
transition couplings, outlets
and fittings – is the fastest and
easiest way to join HDPE pipe.
Victaulic HDPE products are
designed to mechanically join
HDPE (*high density
polyethylene/polybutylene
conforming to ASTM D-2447,
D-3000, D-3035 or F-714, at
ambient temperatures) pipe of
wall thicknesses from SDR
32.5 to 7.3. Victaulic HDPE
products have integral rows of
gripping teeth in each side of
the housing which bite into
HDPE pipe around the entire
circumference. This
eliminates special heat fusion,
Dimensions
solvent joining or special
adapters. Victaulic HDPE
products are not intended
for use on PVC pipe or
other materials. Victaulic
lubricant should not be used
with HDPE pipe.
Victaulic products for HDPE
pipe are rated to pressures
equal to the pipe with which
they are used. The pipe
manufacturer’s listing is
dependent upon wall
thickness, pipe composition
and temperature. Pipe
tolerances shown in the charts
are *at +70°F (+21°C) for rigid
pipe with SDR of 20 or lower.
Request publication 19.01.
Pipe – In./mm
Nom.
Dia.
2
PIPING SYSTEM FOR HDPE PIPE
Exaggerated for clarity
Act.
Out.
Dia.
2.375
Dimensions – In./mm
Pipe – In./mm
Dimensions – In./mm
Outside Dia.
Max.
Outside Dia.
Max.
Out of
Out of
Act.
Round
Round Nom. Out.
Size
Tol. *
Size
Tol. *
Tol.*
Tol.*
Dia.
Dia.
2.375 ± 0.016 ± 0.040
10 10.750 10.750 ± 0.048 ± 0.075
50
60,3
60,3
3
3.500
3.500 ± 0.016 ± 0.040
0,406
0,406
1,016
273,0
12
12.750 12.750 ± 0.057 ± 0.075
273,0
88,9
88,9
300
323,9
4.500
4.500 ± 0.020 ± 0.040
14 †
14.000 14.000 ± 0.063 ± 0.075
100
114,3
114,3
350
355,6
5
5.563
5.563 ± 0.025 ± 0.050
16
16.000 16.000 ± 0.072
0,635
141,3
141,3
400
406,4
6
6.625
6.625 ± 0.030 ± 0.050
18
18.000 18.000 ± 0.081
168,3
168,3
450
457,2
8
8.625
8.625 ± 0.039 ± 0.075
20
20.000 20.000 ± 0.090
200
219,1
219,1
500
508,0
1,905
457,2
1,830
150
0,990
1,270
406,4
1,600
125
0,762
1,270
355,6
1,448
1,905
4
1,016
323,9
1,219
80
0,508
1,016
250
508,0
2,060
2,290
1,905
1,905
§
§
§
*At ambient temperatures.
§ See pipe manufacturer for maximum out of round tolerance.
† Contact Victaulic for special bolt/nut requirements.
108
For the most up-to-date product information, visit www.victaulic.com
Victaulic Style 995 HDPE couplings have sharp gripping teeth on both sides of the coupling which grip
into the HDPE pipe around the circumference. As the housings are tightened pad-to-pad, the four bolts
(two on 2"/50 mm sizes) force the teeth to engage into the pipe wall. This design permits direct joining
of HDPE pipe without fusing equipment.
Style 995
HDPE Coupling
The 14 - 20" (350 - 500 mm) sizes use a T-bolt (patent pending) which is designed to ease alignment of
the bolt pad during assembly.
Request publication 19.02.
Y
FM
3 - 12" Sizes
Z
Z
Y
X
X
APPROVED
3 - 12" (80 - 300 mm) sizes
(2"/50 mm has one bolt per side)
Pipe Size
14 -20" Sizes
Nominal
Diameter
Inches/mm
2
14 - 20" (350 - 500 mm) sizes
Coupling Dim. – Inches/mm
Actual
Outside Dia.
Inches/mm
2.375
X
3.69
Y
5.94
Z
3.63
50
60,3
94
151
92
3
3.500
4.63
7.00
4.56
80
88,9
118
178
116
4
4.500
5.88
8.13
5.81
100
114,3
149
207
148
5
5.563
6.94
9.88
5.88
125
141,3
176
251
149
6
6.625
8.00
10.88
5.88
150
168,3
203
276
149
8
8.625
10.19
13.25
6.00
200
219,1
259
337
152
10
10.750
12.38
15.88
6.50
250
273,0
314
403
165
12
12.750
14.38
18.00
7.00
300
323,9
365
457
178
14
14.000
16.25
19.88
8.58
350
355,6
413
505
218
16
16.000
18.30
23.88
9.00
400
406,4
465
607
229
18
18.000
20.30
25.63
9.50
450
457,0
516
651
241
20
20.000
22.30
27.44
10.00
500
508,0
566
697
254
Bolt/Nut
No. – Size
Inches
2 – ¹⁄₂
✕
2¹⁄₂
4 – ¹⁄₂
✕
2³⁄₄
4 – ¹⁄₂
✕
2³⁄₄
4 – ⁵⁄₈
4 – ⁵⁄₈
✕
✕
3¹⁄₄
3¹⁄₄
4 – ⁵⁄₈
✕
3¹⁄₄
4 – ³⁄₄
✕
5
4 – ⁷⁄₈
✕
5
4–1
4–1
✕
✕
7§
7§
4–1
✕
7§
4–1
✕
7§
Aprx.
Wgt.
Ea.
Lbs.
kg
3,5
1,6
7,7
3,5
11,6
5,3
15,0
6,8
16,4
7,4
24,9
11,3
37,4
17,0
49,0
22,2
81,0
36,7
100,0
45,5
127,0
57,7
142,0
64,5
PIPING SYSTEM FOR HDPE PIPE
§ Supplied with T-bolts and rocker washers (patent pending).
For the most up-to-date product information, visit www.victaulic.com
109
Style 997
HDPE Transition Coupling
The Victaulic Style 997 Transition coupling is the fastest and easiest way to join plain end HDPE pipe
to grooved IPS pipe, valves and fittings. Designed for use with HDPE (high density polyethylene/
polybutylene conforming to ASTM D-2447, D-3000, D-3035 or F-714 at ambient temperatures) pipe of
wall thicknesses from SDR 32.5 to 7.3.
The grooved side has a conventional key section designed to engage standard roll or cut grooved IPS
pipe of the same size as the mating HDPE pipe.
Request publication 19.03.
Y
Y
FM
APPROVED
X
X
3 - 12" Sizes
2" Size
Grooved
IPS Side
Pipe Size
Nominal
Actual
Diameter Outside Dia.
Inches/mm
Inches/mm
2
2.375
Plain End
HDPE Side
Exaggerated
for
clarity
Exaggerated for
clarity
Dimensions – Inches/millimeters
X
3.31
Y
5.22
Bolt Data
Z
2.78
50
60,3
84
133
71
3
3.500
4.38
6.99
3.20
80
88,9
111
178
81
4
4.500
5.68
8.25
3.90
100
114,3
144
210
99
5
5.563
6.75
9.77
3.97
125
141,3
172
248
101
6
6.625
7.84
11.25
4.00
150
168,3
199
286
102
8
8.625
10.18
13.96
4.16
200
219,1
259
355
106
10
10.750
12.63
16.81
4.56
250
273,0
321
427
116
12
12.750
14.58
18.76
4.85
300
323,9
370
477
123
Quantity
Size
Inches
2
³⁄₈ ✕ 2
Approx.
Weight
Each
Lbs./kg
3.0
1,4
¹⁄₂ ✕ 2³⁄₄
6.6
4
¹⁄₂ ✕ 2³⁄₄
8.7
4
⁵⁄₈ ✕ 3¹⁄₄
11.5
4
⁵⁄₈ ✕ 3¹⁄₄
14.8
⁵⁄₈ ✕ 3¹⁄₂
21.7
⁷⁄₈ ✕ 5¹⁄₂
34.3
⁷⁄₈ ✕ 5¹⁄₂
37.5
4
4
4
4
3,0
4,0
5,2
6,7
9,8
15,6
17,0
Style 994 HDPE flange adapter for HDPE pipe permits direct connection of ANSI Class 125 and 150
flanged components into HDPE systems.
Request publication 19.04.
Style 994
HDPE Flange Adapter
Pipe Size
Actual
Nominal Outside
Diameter Diameter
In./mm
In./mm
4
4.500
PIPING SYSTEM FOR HDPE PIPE
FM
APPROVED
110
Z
Z
100
114,3
6
6.625
150
168,3
8
8.625
200
219,1
Dimensions
Inches/millimeters
Sealing Surface*
Draw
Bolt/Nut
No. - Size
Inches §
Flange
Bolt/Nut
No. - Size
Inches † ‡
2 - ⁵⁄₈ ✕ 1³⁄₄
8 - ⁵⁄₈ ✕ 3
229
86
114
147
5,7
2 - ³⁄₄ ✕ 2¹⁄₄
8 - ³⁄₄ ✕ 3¹⁄₂
11.00
4.00
6.63
7.97
17.3
279
102
168
202
7,8
2 - ³⁄₄ ✕ 2¹⁄₄
8 - ³⁄₄ ✕ 3¹⁄₂
13.50
4.50
8.63
10.00
30.8
343
114
220
254
14,0
X
9.00
Z
3.38
A - min.
4.50
B - max.
5.78
Approx.
Weight
Each
Lbs./kg
12.5
§ Supplied with Style 994 Vic-Flange Adapter.
† Total bolts required, to be supplied by installer.
‡ Bolt sizes for conventional flange-to-flange connection. Larger bolts required when Vic-Flange adapter is utilized with wafer-type
valves.
* Minimum/maximum sealing surface on mating flange must be available for proper gasket seating. Entire area must be flat. Heavy serrated (phonograph record) finishes are not acceptable. When used with rubber seated wafer butterfly valves, a flat metal adapter plate
is needed.
For the most up-to-date product information, visit www.victaulic.com
Grooved Copper
Grooved Piping System for Copper
Tubing – Type K, L, M, DWV
The system uses a proven
pressure-responsive synthetic
rubber gasket to seal on the
outside diameter of the
tubing. This means no heat is
required and no lead is used.
The coupling housing
surrounds the gasket gripping
into grooves rolled into the
tubing. The housing is
isolated from the fluid, but
provides the gripping
strength for pressure ratings
up to 300 psi (2065 kPa),
depending on the type of
copper tubing and size.
Performance
The Victaulic copper
connection system has been
thoroughly tested on Types K,
L, M and DWV copper tubing.
Victaulic products are routinely
tested to failure in unrestrained
hydrostatic and flexure tests.
Using our normal minimum 3 to
1 safety factor, these tests
provide regular verification of
the product working pressures.
The ratings below apply with
Victaulic couplings Style 606,
Vic-Flange adapter Style 641,
Series 608 butterfly valve, and
roll grooved copper fittings on
the indicated types of tubing.
A Vic-Flange® adapter works
in a similar manner with a
pressure-responsive gasket
and flange design which
mates to ANSI Class 125 or
150 flanged products. This
permits easy adapting of
flanged components.
GROOVED COPPER
The Victaulic copper
connection system is now
available to join copper tubing
sizes (CTS) in 2 - 8" (50 - 200
mm) sizes.
Compatible copper fittings in
90°, 45° elbow, tee and
reducing configurations are
supplied grooved ready for
installation.
Tools must be equipped only
with Victaulic rolls designed
specifically for grooving
copper tube (color coded
copper). DO NOT use rolls
intended for steel pipe.
Type “K”
Type “L”
Type “M”
DWV
ASTM B-88
ASTM B-88
ASTM B-88
ASTM B-306
Max.
Max.
Max.
Max.
Max.
Max.
Max.
Max.
Joint Permis. Wall
Joint Permis. Wall
Joint Permis.
Wall Joint Permis. Wall
Tubing
End Thick. Work.
End Thick. Work.
End
End
Nominal Thick. Work.
Thick. Work.
Load
Inch. Press. Load Inch. Press. Load Inch. Press.
Inches
Inch. Press. Load
PSI/kPa Lbs./N mm PSI/kPa Lbs./N
PSI/kPa Lbs./N
Actual mm mm PSI/kPa Lbs./N
mm
mm
2
0.083
300
1,065 0.070
300
1,065 0.058
250
890
0.042
100
354
54,0
2,1
2065
4740
1,8
2065
4740
1,5
1725
3960
1,1
690
1576
2¹⁄₂
0.095
300
1,625
0.080
300
1,625
0.065
250
1,350
–
–
–
66,7
2,4
2065
7230
2,0
2065
7230
1,7
1725
6010
–
–
–
3
0.109
300
2,300
0.090
300
2,300
0.072
250
1,415
0.045
100
765
79,4
2,8
2065
10235
2,3
2065
10235
1,8
1725
6300
1,1
690
3405
4
0.134
300
4,005
0.110
300
4,005
0.095
250
3,340
0.058
100
1,335
104,8
3,4
2065
17825
2,8
2065
17825
2,4
1725
14865
1,5
690
5940
5
0.160
300
6,190
0.125
300
6,190
0.109
200
4,125
0.072
100
2,060
130,2
4,1
2065
27550
3,2
2065
27550
2,8
1375
18360
1,8
690
9170
6
0.192
300
8,840
0.140
300
8,840
0.122
200
5,890
0.083
100
2,945
155,6
4,9
2065
39340
3,6
2065
39340
3,1
1375
26210
2,1
690
13105
8
0.271
300
15,550
0.200
300
15,550 0.170
200
10,370
0.109
100
5,180
206,4
6,9
2065
69200
5,1
2065
69200
1375
46100
2,8
690
23000
4,3
Working Pressure and End Load are total, from all internal and external loads, based on the indicated type of copper tubing, standard
roll grooved in accordance with Victaulic specifications.
NOTE: FOR ONE TIME FIELD TEST ONLY, the Maximum Joint Working Pressure may be increased to 1¹⁄₂ times the figures shown.
WARNING: Depressurize and drain the piping system before attempting to install, remove, or adjust any Victaulic piping products.
For the most up-to-date product information, visit www.victaulic.com
111
The Style 606 coupling fits copper tubing (CTS) in 2 - 8" (54,0 - 206,4 mm) sizes providing a leak-tight
seal up to 300 psi (2065 kPa). UL/ULC Listed, the Style 606 coupling eliminates the need for brazing or
soldering and incorporates a unique patented angled-pad design allowing the housings to offset to
obtain a rigid joint.
Style 606
Coupling for Copper
Tubing
Request publication 22.02.
GROOVED COPPER
TUBING
Nominal
Inches
Actual mm
2
UL
ULC
®
Y
Z
X
Allow
Pipe
End Sep. #
Inches/mm
0.06
54,0
1,5
2¹⁄₂
0.06
66,7
1,5
3
0.06
79,4
1,5
4
0.06
104,8
1,5
5
0.06
130,2
1,5
6
0.06
155,6
1,5
8
0.06
206,4
1,5
Bolt/Nut
No. - Size
Inches @
Dimensions
Inches/millimeters
X
3.17
mm
2 - ³⁄₈ ✕ 2
Y
4.86
Aprx.
Weight
Each
Lbs./kg
1.5
Z
1.75
81
123
45
0,7
2 - ³⁄₈ ✕ 2
3.67
5.34
1.75
2.0
93
136
45
0,9
2 - ¹⁄₂ ✕ 2³⁄₄
4.17
6.50
1.75
2.2
106
165
45
1,0
2 - ⁵⁄₈ ✕ 2³⁄₄
5.17
7.34
1.75
3.2
131
186
45
1,5
2 - ⁵⁄₈ ✕ 3¹⁄₄
6.23
9.21
1.75
4.9
158
234
45
2,2
2 - ⁵⁄₈ ✕ 3¹⁄₄
7.20
10.13
1.75
5.7
183
257
45
2,6
2 - ⁵⁄₈ ✕ 4¹⁄₄
9.40
12.42
1.88
7.2
239
315
48
3,3
Refer to notes on page 109.
Style 641
Vic-Flange® Adapter for
Copper Tubing
The Style 641 Vic-Flange® Adapter provides a direct connection from flanged components (Cl. 125 and
Cl. 150 bolt hole pattern) to grooved copper tubing, with integral tabs to ease handling.
Request publication 22.03.
TUBING SIZE
Nominal Inches
Actual mm
2
54,0
2¹⁄₂
66,7
3
79,4
UL
ULC
®
4
104,8
5
130,2
Z
6
155,6
A
Y W
X
B
No.
Bolts
Req’d. †
Bolt
Size
Inches
4
⁵⁄₈ ✕ 3
Seal. Surface
A
B
Max.
Min.
2.13
3.20
Dimensions
Inches/millimeters
Flange Dimensions
W
6.88
X
6.00
Y
4.75
Z
0.78
54
81
175
152
121
20
⁵⁄₈ ✕ 3
2.63
3.91
7.88
7.00
5.50
0.88
67
99
200
178
140
22
⁵⁄₈ ✕ 3
3.13
4.53
8.44
7.50
6.00
0.94
80
115
214
191
152
24
8
⁵⁄₈ ✕ 3
4.13
5.53
9.94
9.00
7.50
0.94
105
140
253
229
191
24
8
³⁄₄ ✕ 3¹⁄₂
5.13
6.71
11.00
10.00
8.50
1.00
130
170
279
254
216
25
8
³⁄₄ ✕ 3¹⁄₂
6.13
7.78
12.00
11.00
9.50
1.00
156
198
305
279
241
25
4
4
† Total bolts required to be supplied by installer. Bolt sizes for conventional flange-to-flange connection. Longer bolts are required when
Vic-Flange adapter is utilized with wafer-type valves.
NOTE: Style 641 Vic-Flange adapters for copper tubing provide rigid joints when used on copper tubing with roll groove to Victaulic
dimensions and consequently allow no linear or angular movement at the joint.
Refer to notes on page 109.
Note: Gray area of mating face must
be free from gouges, undulations or
deformities of any type for effective
sealing.
Full flow, standard radius copper fittings are supplied as either roll grooved wrought copper or bronze
castings. They are designed for installation into roll grooved copper tubing systems using Victaulic
Style 606 copper connection couplings or Style 641 Vic-Flange adapters.
Most size 2 - 3" (54,0 - 79,4 mm) fittings are wrought copper. Most size 4 - 8" (104,8 - 206,4 mm) fittings
are bronze castings. Currently available configurations are No. 610 90° elbows, No. 611 45° elbows, No.
620 straight tees, No. 625 reducing tees (grooved), No. 626 (grooved ✕ “cup”), No. 650 (grooved), No.
652 (grooved ✕ “cup”) reducers and No. 660 cap. Bronze sand castings to UNS C89520 (EnviroBrass II)
are UL Classified in accordance with ANSI/NSF 61 for cold +86°F (+30°C) and hot +180°F (+82°C)
potable water service. For other configurations and special requirements, consult Victaulic.
Copper Fittings
Request publication 22.04.
UL
®
112
ULC
For the most up-to-date product information, visit www.victaulic.com
Elbows and Tee
TUBING SIZE
Nominal Inches
Actual mm
2
C to E
C
to
E
No. 620
No. 611
No. 625 & No. 626
Reducing Tees
C to E
millimeters
2.69
Aprx.
Wgt. Ea.
Lbs./kg
1.1 c
56
0,4
62
0,5
2¹⁄₂
3.31
1.3
2.31
1.1
3.20
1.8 c
66,7
84
0,6
59
0,5
81
0,8
3
3.81
4.1 c
2.59
1.6 c
3.52
3.2 c
79,4
97
1,9
66
0,7
89
1,5
4
4.75
6.7 c
3.19
3.4 c
4.25
6.1 c
104,8
121
3,0
81
1,5
108
2,8
5
5.94
15.0 c
3.25
10.0 c
5.94
18.5 c
130,2
151
6,8
83
4,5
151
8,4
6
6.94
20,0 c
3.63
13.0 c
6.94
25.5 c
155,6
176
9.1
92
5,9
176
11,6
8
7.75
26,0 c
4.25
15.6 c
7.75
45.0 c
206,4
197
11.8
108
7,1
197
20,4
c = Bronze casting; all others, drawn copper.
Nominal
Size
Inches
millimeters
54,0 ✕
C
to
B
2 ✕ ³⁄₄
54,0 ✕ 22,2
66,7 ✕
0.75
19
0,3
–
2.33
2.20
0.91
0.81
–
–
–
59
56
23
0,4
✕ 1¹⁄₄
–
–
–
2.48
2.35
0.97
0.85
–
–
–
63
60
25
0,4
✕ 1¹⁄₂
–
–
–
2.55
2.28
1.09
0.87
2¹⁄₂ ✕ 1
66,7 ✕ 28,6
–
–
–
65
58
28
0,4
–
–
–
2.40
2.40
0.91
1.17
–
–
–
61
61
23
0,5
✕ 1¹⁄₄
–
–
–
2.52
2.57
0.97
1.23
–
–
–
64
65
25
0,5
✕ 1¹⁄₂
–
–
–
2.70
2.68
1.09
1.32
–
–
–
69
68
28
0,6
✕2
3.28
3.38
1.58
–
–
–
–
83
86
0.7
–
–
–
–
3✕1
–
–
–
2.54
2.79
0.91
1.45
79,4 ✕ 28,6
–
–
–
65
71
23
0,7
✕ 1¹⁄₄
–
–
–
2.63
2.89
0.97
1.74
–
–
–
67
73
25
0,8
✕ 1¹⁄₂
–
–
–
2.85
3.00
1.09
1.74
–
–
–
72
76
28
0,8
✕2
3.00
3.38
2.14 c
–
–
–
–
76
86
1.0
–
–
–
–
✕ 2¹⁄₂
3.25
3.50
2.43 c
–
–
–
–
83
89
1.1
–
–
–
–
–
–
–
3.10
3.22
0.91
2.86
✕ 54,0
✕ 66,7
4✕1
104,8 ✕ 104,8 ✕ 28,6
–
–
–
79
82
23
1,3
✕ 1¹⁄₄
–
–
–
3.25
3.47
0.97
3.03
–
–
–
83
88
25
1,4
✕ 1¹⁄₂
–
–
–
3.35
3.65
1.09
3.16
–
–
–
85
93
28
1,4
✕2
3.66
4.13
5.25 c
–
–
–
–
93
105
2.4
–
–
–
–
✕ 2¹⁄₂
3.94
4.06
5.75 c
–
–
–
–
100
103
2.6
–
–
–
–
✕3
4.19
4.16
6.25 c
–
–
–
–
106
106
2.8
–
–
–
–
5✕3
3.75
4.63
5.41 c
–
–
–
–
95
118
2.5
–
–
–
–
✕4
4.25
4.56
8.75 c
–
–
–
–
108
116
4.0
–
–
–
–
6 ✕ 2¹⁄₂
3.63
5.13
6.66 c
–
–
–
–
92
130
3.0
–
–
–
–
✕3
3.69
5.19
8.12 c
–
–
–
–
94
132
3.7
–
–
–
–
✕4
4.19
5.13
9.75 c
–
–
–
–
106
130
4.4
–
–
–
–
✕5
4.69
5.19
11.25 c
–
–
–
–
119
132
5.1
–
–
–
–
✕ 34,9
✕ 41,3
✕ 54,0
✕ 66,7
✕ 79,4
130,2 ✕ 130,2 ✕ 79,4
✕ 104,8
6✕
millimeters
1.98
–
✕ 41,3
5✕
millimeters
2.20
–
✕ 34,9
4✕
millimeters
Aprx.
Wgt. Ea.
Lbs. /kg
0.75
✕1
✕ 54,0
79,4 ✕
Cup
Inches
50
✕ 41,3
3✕
C to B
Inches
56
✕ 34,9
No. 626
C to E
Inches
–
✕ 41,3
2¹⁄₂ ✕
No. 626
Grvd. ✕ Grvd. ✕ Cup
–
✕ 34,9
C to E
No. 625
Grvd. ✕ Grvd. ✕ Grvd.
C to B
Aprx.
C to E
Inches
Wgt. Ea.
Inches
Lbs./kg
millimeters millimeters
–
–
–
–
✕ 28,6
No. 625
Cup
C to E
Inches
0,4
2✕
C
to
B
No. 620
Tee
74
C to E
No. 610
No. 611
45° Elbow
C to E
Aprx.
Inches
Wgt. Ea.
Lbs./kg
millimeters
2.19
0.8
54,0
C to E
C
to E
No. 610
90° Elbow
C to E
Aprx.
Inches
Wgt. Ea.
Lbs./kg
millimeters
2.91
0.9
155,6 ✕ 155,6 ✕ 66,7
✕ 79,4
✕ 104,8
✕ 130,2
c = Bronze casting; all others, drawn copper
For the most up-to-date product information, visit www.victaulic.com
113
GROOVED COPPER
No. 610, No. 611
& No. 620
Nominal Size
Inches/mm
2
No. 660
Cap
T
Thickness – T
Inches/mm
0.96
Aprx. Weight Each
Lbs./kg
1.2 c
54,0
24
0,5
2¹⁄₂
0.96
1.4 c
66,7
24
0,6
3
0.96
1.4 c
79,4
24
0,6
4
0.96
2.4 c
GROOVED COPPER
104,8
24
1,1
5
0.96
3.5 c
130,2
24
1,6
6
0.96
4.2 c
155,6
24
1,9
c = Bronze casting
E to E
Nominal
Size
Inches
No. 650
Cup
millimeters
kg
millimeters
millimeters
kg
–
–
2.70
0.91
0.50
54,0 ✕ 28,6
–
–
69
23
0,2
✕ 1¹⁄₄
–
–
3.00
0.97
0.45
–
–
76
25
0,2
✕ 1¹⁄₂
–
–
2.94
1.09
0.45
✕ 41,3
66,7 ✕ 28,6
Reducers
–
–
75
28
0,2
–
–
3.25
0.91
0.78
–
–
83
23
0,4
✕ 1¹⁄₄
–
–
3.52
0.97
0.60
–
–
89
25
0,3
✕ 1¹⁄₂
–
–
3.45
1.09
0.65
–
–
88
28
0,3
✕2
3.29
1.00
3.30
1.34
0.65
83
0,5
84
34
0,3
3 ✕ 1¹⁄₂
–
–
3.68
1.09
1.06
–
–
93
28
0,5
✕2
2.50
0.95 c
4.10
1.34
0.99
64
0,4
104
34
0,5
✕ 2¹⁄₂
2.50
1.03 c
–
–
–
64
0,5
–
–
–
4.75
1.65 c
4.75
1.34
1.95
✕ 34,9
✕ 41,3
No. 650 & No. 652
Aprx. Wgt. Ea.
Lbs.
2✕1
2¹⁄₂ ✕ 1
No. 652
E to E
Inches
No. 652
Grooved ✕ Cup
Cup
Inches
millimeters
✕ 34,9
E to E
No. 650
Grooved ✕ Grooved
E to E
Aprx. Wgt. Ea.
Inches
Lbs.
✕ 54,0
79,4 ✕ 41,3
✕ 54,0
✕ 66,7
4✕2
104,8 ✕ 54,0
121
0,8
121
34
0,9
✕ 2¹⁄₂
3.00
1.95 c
–
–
–
76
0,9
–
–
–
✕3
3.00
2.02 c
–
–
–
76
0,9
–
–
–
5✕3
3.88
6.30 c
–
–
–
99
2,9
–
–
–
✕4
3.38
6.30 c
–
–
–
86
2,9
–
–
–
6✕3
4.38
6.40 c
–
–
–
111
2,9
–
–
–
✕4
3.88
6.50 c
–
–
–
99
2,9
–
–
–
✕5
3.38
6.70 c
–
–
–
86
3,0
–
–
–
8✕6
5.00
10.0 c
–
–
–
127
4,5
–
–
–
✕ 66,7
✕ 79,4
130,2 ✕ 79,4
✕ 104,8
155,6 ✕ 79,4
✕ 104,8
✕ 130,2
206,4 ✕ 155,6
c = Bronze casting; all others, drawn copper
114
For the most up-to-date product information, visit www.victaulic.com
Copper Connection
Butterfly Valves
Victaulic Series 608 butterfly valves are designed to provide bubble-tight shut-off to 300 psi (2065 kPa).
The valve features a double-seal disc design with a resilient elastomeric coating bonded to the ductile
iron disc core. Dead end service is provided to full working pressure in both directions.
Request publication 22.05.
D
D
G
B
G
D
B
B
C
C
F
A
F
E
2¹⁄₂ - 3" (typical)
Actual mm
2¹⁄₂
C
A
H
TUBING
SIZE
Nominal
Inches
G
A
E
H
F
4 - 5" (typical)
H
E
6" (typical)
Dimensions – Inches/millimeters
End to
End
A
3.77
Overall
Height
B
6.12
C
1.81
D
3.02
E
–
F
2.63
G
2.25
H
2.31
Approx.
Wgt. Ea.
w/o Oper.
Lbs./kg
4.4 c
66,7
96
155
46
77
–
67
57
59
2,0
3
3.77
6.58
2.06
3.33
0.08
3.13
2.54
2.31
5.1 c
79,4
96
167
52
85
2
79
65
59
2,3
4
4.63
9.25
2.75
5.15
0.13
4.13
3.19
2.82
10.5 c
104,8
118
235
70
131
3
105
81
72
4,8
5
5.88
10.13
3.12
5.67
0.50
5.13
3.75
4.00
14.0 c
130,2
149
257
79
144
13
130
95
102
6,4
6
5.88
11.15
3.62
6.25
1.00
6.13
4.16
4.00
19.0 c
155,6
149
283
92
159
25
156
106
102
8,6
c = Bronze casting
For the most up-to-date product information, visit www.victaulic.com
115
GROOVED COPPER
Series 608
Grooved AWWA Ductile Iron Pipe
For Grooved End Ductile/Cast Pipe of AWWA Dimensions
FlushSeal® Gasket
The FlushSeal® gasket is
designed specifically to seal
on ductile iron pipe surfaces.
It provides a triple-seal to
assure leak-free service for the
life of the system.
Couplings and fittings for
British Standard 4772 and ISO
standard 2531, Class K9 and
K12, are available. Request
information from Victaulic.
1. Stretching the Victaulic
gasket over pipe ends puts the
angular lips in immediate and
automatic sealing tension.
2. Gasket center leg is
compressed over pipe ends as
coupling is assembled.
3. Line pressure
automatically strengthens the
seal by acting internally on the
gasket lips – the higher the
pressure, the tighter the seal.
NSF 61 Classified
Grade “M” halogenated butyl
gaskets and the standard
black asphalt coating used on
our cement lined fittings are
UL Classified in accordance
with ANSI/NSF 61 for cold
+86°F (+30°C) potable water
service.
Grade
GROOVED AWWA DUCTILE IRON PIPE
S
Temp.
Range
–20°F to
+180°F
Compound
Nitrile
Rigid Radius Cut Groove
Cement Lined Pipe
Flexible Radius Cut Groove
Glass Lined
Exaggerated for clarity
Color
Code
*General Service Recommendations
Red
Stripe
Specially compounded to conform to ductile pipe surfaces. Recommended for petroleum products, air with oil vapors, vegetable
and mineral oils within the specified temperature range; except
hot dry air over +140°F and water over +150°F.
NOT RECOMMENDED FOR HOT WATER SERVICES.
M
–20°F to
+200°F
Halogenated
Butyl
Brown
Stripe
Specially compounded to conform to ductile pipe surfaces. Recommended for water service within the specified temperature
range plus a variety of dilute acids, oil-free air and many chemical services.
NOT RECOMMENDED FOR PETROLEUM SERVICES.
L
–30°F to
+350°F
Silicone
Red
Gasket
Recommended for dry heat, air without hydrocarbons to +350°F
and certain chemical services.
*Refer to VICTAULIC GASKET SELECTION GUIDE (Request 05.01) for specific service recommendations.
Services listed are Gasket Service Recommendations only. It should be noted that there are services for which these gaskets are not
recommended. Reference should always be made to the latest Victaulic Gasket Selection Guide for specific gasket service recommendations and for a listing of services which are not recommended.
Style 307
Transition Coupling
Transition for Grooved AWWA
Iron to Grooved IPS Steel
U
® L
Victaulic Style 307 Transition couplings provide a direct, single coupling connection for grooved end
IPS steel pipe, valves or fittings to grooved end AWWA ductile iron pipe, valves or fittings of the same
nominal size. The housings will join cut or roll grooved IPS steel and rigid or flexible cut grooved AWWA
iron or ductile iron.
Request publication 23.03.
ULC
Pipe Size
FM
Nominal
Dia.
In./mm
3
Y
X
116
Z
Actual
Outside
Dia.
In./mm
3.960
Pipe
Inches/mm
Mating Pipe
Actual Size
IPS
AWWA
Steel
Ductile
3.500
3.96
Max.
Work.
Press.
PSI
kPa
N
mm
500
4810
0.03
Max.
End
Load
Lbs.*
Fixed
Pipe
End
Sep. *†
Inches
Dimensions
Inches/millimeters
X
5.50
Y
7.38
Z
2.07
Approx.
Weight
Each
Lbs.
kg
6.0
80
100,6
88,9
100,6
3450
21405
1
140
187
53
2,7
4
4.800
4.500
4.80
500
7950
0.06
6.38
9.00
2.19
8.0
100
121,9
114,3
121,9
3450
35377
2
162
229
56
3,6
6
6.900
6.625
6.90
400
13780
0.06
8.44
11.13
2.31
9.0
150
175,3
168,3
175,3
2750
61321
2
214
283
59
4,1
8
9.050
8.625
9.05
400
23370
0.03
11.00
13.88
2.63
18.0
200
229,9
219,1
229,9
2750
103997
1
279
353
67
8,2
10
11.100
10.750
11.10
350
31760
0.03
13.13
16.50
2.63
22.0
250
281,9
273,0
281,9
2410
141332
1
334
419
67
10,0
12
13.200
12.750
13.20
350
44680
0.03
15.38
18.94
2.63
31.0
300
335,3
323,9
335,3
2410
198826
1
391
481
67
14,1
Refer to notes on page 13.
† For field installation only. Style 307 Transition couplings are essentially rigid and do not permit expansion/contraction.
For the most up-to-date product information, visit www.victaulic.com
Style 31 couplings are designed to provide a strong component for ductile iron pipe systems of AWWA
dimensions. Rigid radius grooved ductile iron systems with Style 31 couplings are comparable with
flanged ductile iron systems.
Sizes 3 - 12" (80 - 300 mm) are two-piece housings, with 14 - 20" (350 - 500 mm) sizes cast in four
identical segments and 24 - 36" (650 - 900 mm) in six segments, to assure concentricity and easy
handling.
Style 31
Coupling
Request publication 23.02.
Y
Z
X
U
® L
ULC
FM
Max.
Work
Pres.
PSI
Max.
End
Load
Lbs.*
kPa
N
500
6200
Allow.
Pipe
End *†
Sep.
In./mm
0 - 0.09
Coupling Dimensions
Inches/mm
X
5.50
Y
7.63
Z
2.13
Aprx.
Wgt.
Each
Lbs.
kg
4.8
80
100,6
3450
27590
0 - 2,4
140
194
54
2,2
4
4.800
500
9000
0 - 0.09
6.25
9.20
2.09
7.5
100
121,9
3450
40050
0 - 2,4
159
234
53
3,4
6
6.900
400
14950
0 - 0.09
8.28
11.19
2.22
9.4
150
175,3
2750
66528
0 - 2,4
210
284
56
4,3
8
9.050
400
25600
0 - 0.09
10.74
14.33
2.59
16.5
200
229,9
2750
113920
0 - 2,4
273
364
66
7,5
10
11.100
350
33850
0 - 0.16
12.84
16.44
2.75
22.5
250
281,9
2410
150632
0 - 4,0
326
418
70
10,2
12
13.200
350
47,900
0 - 0.16
15.27
19.16
2.75
30.0
300
335,3
2410
21150
0 - 4,0
388
487
70
14,0
14
15.300
250
45950
0 - 0.16
17.21
21.96
2.75
40.8
350
388,6
1725
204470
0 - 4,0
437
558
70
18,5
16
17.400
250
59400
0 - 0.25
19.90
23.96
3.50
61.3
400
442,0
1725
264330
0 - 6,4
505
609
89
27,8
18 ‡
19.500
250
74650
0 - 0.25
22.03
26.33
3.50
80.0
450
495,3
1725
332190
0 - 6,4
560
669
89
36,3
20
21.600
150
54900
0 - 0.25
24.13
28.69
3.50
76.0
500
548,6
1035
244305
0 - 6,4
613
729
89
34,5
24
25.800
150
78,400
0 - 0.25
28.31
33.06
3.50
104.0
600
655,3
1035
34880
0 - 6,4
719
840
89
47,2
30
32.000
150
120570
0 - 0.47
35.02
39.39
4.38
162.0
750
812,8
1035
536530
0 - 11,9
890
1001
111
73,5
36
38.300
150
172815
0 - 0.47
41.56
46.04
4.44
200.0
900
972,8
1035
769030
0 - 11,9
1056
1169
113
90,7
Refer to notes on page 13.
‡ For class 53 pipe rating is 150 psi (1035 kPa).For larger couplings contact Victaulic.
Styles 397 & 399
Plain End Couplings
Patent Pending
Style 397 is a plain end by grooved end coupling that provides direct connection to grooved end
equipment, valves and fittings. Style 399 is a plain end by plain end coupling for in-line repairs, and
other situations where grooving pipe is impractical.
The Victaulic line of AWWA plain end couplings is rated to 150 psi (1035 kPa) for any wall thickness
pipe. Note: For Style 397 couplings, the groove side is intended to be used with Victaulic grooved
accessories and/or Class 53 minimum DI pipe. They are not intended for use on cast iron, plastic pipe,
plastic-coated pipe or brittle pipe, such as asbestos cement, or IPS size pipe.
Request publication 23.10.
Pipe Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
Max.
Work
Press.
PSI*
Max.
End
Load
Lbs.*
kPa
Style 397 – Grooved End by Plain End
4
4.80
150
Style 397
Style 399
(Exaggerated for clarity)
Dimensions
Inches/millimeters
Aprx.
Weight
Each
Lbs.
N
Allow.
Pipe End
Sep. †
In./mm
X
Y
Z
kg
15.0
2700
0.66 – 0.80
6.54
9.67
3.85
100
121,9
1035
12015
16,8 – 20,3
166
246
98
6,8
6
6.90
150
5606
0.72 – 0.80
8.64
12.44
3.91
21.0
150
175,3
1035
24948
18,3 – 20,3
220
316
99
9,5
8
9.05
150
9600
0.55 – 0.68
10.79
15.10
3.99
26.0
200
229,9
1035
42720
14,0 – 17,3
274
384
101
11,8
16.0
Style 399 – Plain End by Plain End
4
4.80
150
2700
0.19 – 0.25
6.54
9.67
4.28
100
121,9
1035
12015
4,7 - 6,4
166
246
109
7,3
6
6.90
150
5606
0.19 – 0.25
8.64
12.44
4.28
23.0
150
175,3
1035
24948
4,7 - 6,4
220
316
109
10,4
8
9.05
150
9600
0.19 – 0.25
10.79
15.10
4.28
29.0
200
229,9
1035
42720
4,7 - 6,4
274
384
109
13,2
NOTE: AWWA plain end couplings, when sufficiently pressurized, will allow pipe to separate slightly as grips set into pipe. For properly
assembled and torqued couplings, this separation should not exceed ¹⁄₄" (6,4 mm). This should be considered for installation in tightly
confined areas.
† Style 397 and 399 couplings are not designed to provide linear or angular movement.See notes on page 13.
For the most up-to-date product information, visit www.victaulic.com
117
GROOVED AWWA DUCTILE IRON PIPE
Pipe Size
Nominal
Actual
Diameter
Outside Dia.
In./mm
In./mm
3
3.960
Style 341 Vic-Flange adapters are designed for direct connection of flanged components into a radius
grooved (to AWWA C-606 standards) cast or ductile iron pipe system. Sizes 3 - 12" (80 - 300 mm) are
hinged for easy handling with integral tabs which facilitate assembly. Sizes 14 - 24" (350 - 600 mm) are
cast in four identical segments which are interconnected as assembly is completed.
Style 341
Vic-Flange® Adapter
Style 341 Vic-Flange adapters provide a rigid joint on rigid radius grooved ductile pipe and allow limited
movement on flexible radius grooved ductile iron pipe.
Request publication 23.04.
Pipe Size
Nominal
Diameter
In./mm
3
Z
A
Y W
X
B
Actual
Outside Dia.
In./mm
3.960
Max.
Wk.
Pres.
PSI
Dimensions
Inches/millimeters
Max.
End
Load
Lbs.*
kPa
N
250
3100
W
8.44
X
7.50
Y
6.00
Aprx.
Wgt.
Ea.
Lbs.
Z
0.94
kg
5.4
GROOVED AWWA DUCTILE IRON PIPE
80
100,6
1725
13795
214
191
152
24
2,4
4
4.800
250
4500
9.94
9.00
7.50
0.94
8.2
100
121,9
1725
20025
252
229
191
24
3,7
6
6.900
250
9300
12.00
11.00
9.50
1.00
12.0
150
175,3
1725
41385
305
279
241
25
5,4
8
9.050
250
16000
14.63
13.50
11.75
1.13
17.4
200
229,9
1725
71200
372
343
298
29
7,9
10
11.100
250
23700
17.13
16.00
14.25
1.19
24.6
250
281,9
1725
105465
435
406
362
30
11,2
12
13.200
250
34000
20.13
19.00
17.00
1.25
34.4
300
335,3
1725
151300
511
483
432
32
15,6
14
15.300
200
36700
24.63
21.00
18.75
1.50
55.0
350
388,6
1375
163315
626
533
476
38
25,0
16
17.400
150
35600
27.25
23.50
21.25
1.88
80.0
Note: Gray area of mating face must
be free from gouges, undulations or
deformities of any type for effective
sealing.
400
442,0
1035
158420
692
597
540
48
36,3
18
19.500
150
44700
29.13
25.00
22.75
2.25
95.0
3 - 12" Sizes
450
495,3
1035
198915
740
635
578
57
43,1
20
21.600
150
54900
31.63
27.50
25.00
2.38
115.0
500
548,6
1035
244305
803
699
635
61
52,2
24
25.800
150
78400
36.13
32.00
29.50
2.50
150.0
600
655,3
1035
348880
918
813
749
64
68,0
Z
Refer to notes below.
Style 341 requires sufficient clearance behind groove to permit proper assembly.
A
X
Y W
B
Note: Gray area of mating face must be
free from gouges, undulations or deformities
of any type for effective sealing.
14 - 24" Sizes
Vic-Flange
Adapter
Required Sealing Surface
A
B
Note: Gray area of mating face must
be free from gouges, undulations or
deformities of any type for effective
sealing.
118
Required Sealing Surface
Vic-Flange gasket requires sufficient
flat face area on the mating flange for
proper gasket sealing. See chart for
dimensions.
Flange Washers
Vic-Flange adapters require a
smooth, hard surface at the mating
flange face for effective sealing.
Some applications for which the VicFlange adapter is otherwise well suited do not provide an adequate mating surface. In such cases, it is
recommended that a metal Flange
washer be inserted between the VicFlange adapter and the mating flange
to provide the necessary sealing surface.
SEALING SURFACE
Inches/millimeters
Flange Size
Actual
Nominal
Outside
Diameter
Diameter
A
In./mm
In./mm
Max.
3
3.960
3.96
Typical applications where a Flange
washer should be used are:
1. When mating to a serrated
flange: a flange gasket should be
used adjacent to the serrated flange
and then the Flange washer is inserted between the Vic-Flange adapter
and the flange gasket.
2. When mating to a wafer valve:
where typical valves are rubber lined
and partially rubber faced (smooth or
not), the Flange washer is placed between the valve and the Vic-Flange
adapter.
4. When mating AWWA cast flanges to IPS flanges: the flange washer
or transition ring is placed between
the two Vic-Flange adapters. If one
flange is not a Vic-Flange adapter
(e.g. flanged valve), then a flange
gasket must be placed adjacent to
that flange and the flange washer inserted between the flange gasket and
the Vic-Flange adapter. Transition
rings rather than flange washers must
be used when mating Style 741 to
Style 341 Flange adapters in sizes
14 - 24" (350 - 600 mm).
3. When mating to a rubber faced
flange: the flange washer is placed
between the Vic-Flange adapter and
the rubber faced flange.
SEALING SURFACE
Inches/millimeters
B
Min.
4.94
Flange Size
Actual
Outside
Nominal
Diameter
Diameter
In./mm
In./mm
14
15.300
A
Max.
15.30
B
Min.
16.38
80
100,6
101
125
350
388,6
389
416
4
4.800
4.80
5.88
16
17.400
17.40
18.38
100
121,9
122
149
400
442,0
442
467
6
6.900
6.90
8.00
18
19.500
19.50
20.00
150
175,3
175
203
450
495,3
495
508
8
9.050
9.05
10.13
20
21.600
21.60
22.50
200
229,9
230
257
500
548,6
549
572
10
11.100
11.10
12.50
24
25.800
25.80
27.75
600
655,3
655
705
250
281,9
282
318
12
13.200
13.20
14.75
300
335,3
335
375
For the most up-to-date product information, visit www.victaulic.com
AWWA Fittings
C to E
No. 100-C
90° Long Rad. El.
Pipe Size
C to E
C
to E
No. 100-C
No. 10-C
C to E
No. 11-C
C to E
C to E
No. 12-C
No. 13-C
Nominal
Outside
Dia.
In./ mm
mm) sizes and to 250 psi (1725
kPa) (gray iron) in sizes 3 - 12"
(80 - 300 mm) , and to 250 psi
(1725 kPa) (ductile iron), or 150
psi (1035 kPa) (gray iron) for 14"
(350 mm) and larger. Victaulic
fittings shown have an end-toend dimension tolerance of ± ¹⁄₈"
in all sizes and styles.
Request publication 23.05.
are available with flanged ends
wherever grooved ends are
shown.
Linings include cement/mortar
Type 2 (standard) and others.
Fittings can readily be
prepared for glass lining by
others.
Fittings are rated for working
pressures to 350 psi (2400 kPa)
(ductile iron) in 3 - 12" (80 - 300
coated, fittings can be supplied
with an alkyd-phenolic primer,
or bituminous coating. Coal tar
epoxy and other coatings are
also available. The standard
black asphalt coating used on
our cement lined AWWA size
fittings is NSF 61 Listed. Cast
surfaces will be provided with
surface equivalent to SSPC-SP6
prior to coating unless
specified otherwise. Fittings
No. 10-C
90° Elbow
No. 11-C
45° Elbow
No. 12-C
22¹⁄₂° Elbow
No. 13-C
11¹⁄₄° Elbow
Actual
Outside
Dia.
In./ mm
C to E
Inches
mm
Aprx.
Wgt.
Ea.
Lbs./kg
C to E
Inches
mm
Aprx.
Wgt.
Ea.
Lbs./kg
C to E
Inches
mm
Aprx.
Wgt.
Ea.
Lbs./kg
C to E
Inches
mm
Aprx.
Wgt.
Ea.
Lbs./kg
C to E
Inches
mm
Aprx.
Wgt. Ea.
Lbs./kg
9.0
3
3.96
7.75
19.3
5.50
8.6
3.00
5.8
3.00
12.5
3.00
80
100,6
197
8,8
140
3,9
76
2,6
76
5,7
76
4,1
4
4.80
9.00
28.0
6.50
12.0
4.00
8.4
4.00
11.5
4.00
11.5
100
121,9
229
12,7
165
5,4
102
3,8
102
5,2
102
5,2
6
6.90
11.50
55.0
8.00
22.0
5.00
15.0
5.00
25.0
5.00
21.5
150
175,3
292
25,0
203
10,0
127
6,8
127
11,3
127
9,8
8
9.05
14.00
83.0
9.00
38.0
5.50
28.8
5.50
39.5
5.50
39.0
200
229,9
356
37,7
229
17,2
140
13,1
140
17,9
140
17,7
10
11.10
16.50
160.0
11.00
76.0
6.50
43.3
6.50
67.0
6.50
77.0
250
281,9
419
72,6
279
34,5
165
19,6
165
30,4
165
34,9
12
13.20
19.00
210.0
12.00
92.0
7.50
72.0
7.50
108.0
7.50
120.0
300
335,3
483
95,3
305
41,7
191
32,7
191
49,0
191
54,4
14
15.30
21.50
261.0
14.00
174.0
7.50
104.0
7.50
92.0
7.50
101.0
350
388,6
546
118,4
356
78,9
191
47,2
191
41,7
191
45,8
16
17.40
24.00
337.0
15.00
239.0
8.00
142.0
8.00
112.0
8.00
121.0
400
442,0
610
152,9
381
108,4
203
64,4
203
50,8
203
54,9
18
19.50
26.50
451.0
16.50
328.0
8.50
186.0
8.50
145.0
8.50
146.0
450
495,3
673
204,6
419
148,8
216
84,4
216
65,8
216
66,2
20
21.60
29.00
588.0
18.00
413.0
9.50
246.0
9.50
200.0
9.50
202.0
500
548,6
737
266,7
457
187,3
241
111,6
241
90,7
241
91,6
24
25.80
34.00
909.0
22.00
668.0
11.00
414.0
11.00
282.0
11.00
284.0
600
655,3
864
412,3
559
303,0
279
187,8
279
127,9
279
128,8
30
32.00
41.50
2136.0
25.00
1002.0
15.00
720.0
15.00
681.0
15.00
699.0
750
762,0
1054
968,9
635
454,4
381
326,6
381
308,9
381
317,1
36
38.30
49.00
3120.0
28.00
1608.0
18.00
1152.0
18.00
975.0
18.00
1124.0
900
914,4
1245
1415,2
711
729,4
457
522,6
457
442,3
457
509,8
Contact Victaulic for details.
C to E
Pipe Size
T
C
to
E
No. 60-C
No. 20-C
to
LE
C to
LE
C
C to
SE
No. 30-C
C to E
C to LE
C to
SE
No. 33-C
No. 35-C
No. 20-C
Tee
No. 33-C
Wye
No. 35-C
Cross
No. 30-C
45° Lateral
No. 60-C
Cap †
Actual
Aprx.
Aprx.
Aprx.
Aprx. Thick. Aprx.
C to E
C to E
Nom.
Out.
Wgt. C to LE C to SE Wgt.
Wgt. C to LE C to SE Wgt.
T
Wgt.
Inches Each Inches Inches Each Inches Each Inches Inches Each Inches Each
Dia.
Dia.
mm
mm
mm
mm
mm
mm
mm
In./mm In./mm
Lbs./kg
Lbs./kg
Lbs./kg
Lbs./kg
Lbs./kg
3
3.96
5.50
14.2
5.50
5.50
25.00
5.50
24.0
10.00
3.00
28.0
1.16
80
100,6
140
6,4
140
140
635
140
10,9
254
76
12,7
29
3.0
1,4
4
4.80
6.50
19.0
6.50
3.00
55.0
6.50
40.0
12.00
3.00
38.4
1.16
5.0
100
121,9
165
8,6
165
76
25,0
165
18,1
305
76
12,7
29
2,3
6
6.90
8.00
34.0
8.00
3.50
90.0
8.00
71.0
14.50
3.50
67.0
1.16
9.0
150
175,3
203
15,4
203
89
40,8
203
32,2
368
89
30,4
29
4,1
8
9.05
9.00
59.0
9.00
4.50
140.0
9.00
106.0
17.50
4.50
120.0
1.34
16.0
200
229,9
229
26,8
229
114
63,5
229
48,1
445
114
54,4
34
7,3
10
11.10
11.00
111.0
11.00
5.00
220.0
11.00
225.0
20.50
5.00
215.0
1.53
37.2
250
281,9
279
50,4
279
127
99,8
279
102,1
521
127
97,5
39
16,9
12
13.20
12.00
136.0
12.00
5.50
315.0
12.00
310.0
24.50
5.50
346.0
1.53
52.0
300
335,3
305
61,7
305
140
142,9
305
140,6
622
140
157,0
39
23,6
14
15.30
14.00
262.0
14.00
6.00
+
14.00
307.0
27.00
6.00
492.0
2.75*
55.0
350
388,6
356
118,8
356
152
+
356
139,3
686
152
223,2
70
25,0
68.0
16
17.40
15.00
304.0
15.00
6.50
+
15.00
426.0
30.00
6.50
696.0
2.75*
400
442,0
381
137,9
381
165
+
381
193,2
762
165
315,7
70
30,9
18
19.50
16.50
408.0
16.50
7.00
+
16.50
567.0
32.00
7.00
870.0
2.75*
90.0
450
495,3
419
185,1
419
178
+
419
254,9
813
178
394,6
70
40,8
20
21.60
18.00
552.0
18.00
8.00
+
18.00
717.0
35.00
8.00
1103.0
2.75*
110.0
500
548,6
457
250,4
457
203
+
457
325,2
889
203
500,3
70
50,0
24
25.80
22.00
980.0
22.00
9.00
+
22.00
1177.0
40.50
9.00
1746.0
2.75*
165.0
600
655,3
559
444,5
559
229
+
559
533,9
1029
229
792,0
70
74,8
30
32.00
25.00
1552.0
25.00
10.00
+
25.00
1366.0
49.00
10.00
3280.0
4.00*
300.0
750
762,0
635
704,0
635
254
+
635
619,6
1245
254
1487,8
102
136,1
36
38.30
28.00
2050.0
28.00
15.25
+
28.00
1885.0
56.00
15.25
5020.0
4.00*
536.0
900
914,4
711
929,9
711
387
+
711
855,0
1422
387
2277,1
102
243,1
*Dish caps.+ Contact Victaulic for details.† Caps available for 1 - 4" tap sizes.
For the most up-to-date product information, visit www.victaulic.com
119
GROOVED AWWA DUCTILE IRON PIPE
Victaulic fittings for AWWA
size pipe are supplied with
rigid radius grooves in
accordance with ANSI/AWWA
C-606. Fittings conform to
ANSI A21.10/AWWA C-110 for
center-to-end dimensions and
AWWA C-153 or ANSI 21.10/
AWWA C-110 for wall
thickness.
While most requirements are
specified “black” or non-
No. 25-C
Reducing Tee
AWWA Fittings
C to EOR
C
to
EOB
C to
EOR
In.
mm
C to
EOB
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
C
to LE
In.
mm
C
to SE
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
H
In.
mm
J
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
4 ✕ 3
6.50
6.50
26.4
12.00
3.00
45.0
6.50
6.50
22.0
165
165
12,0
305
76
20,4
165
165
10,0
6 ✕ 3
8.00
8.00
53.0
14.50
3.50
74.0
8.00
8.00
46.0
203
203
24,0
368
89
33,6
203
203
20,9
✕ 4
8.00
8.00
34.0
14.50
3.50
80.0
8.00
8.00
38.0
203
203
15,4
368
89
36,3
203
203
17,2
8 ✕ 3
9.00
9.00
+
–
–
–
–
–
–
229
229
+
–
–
–
–
–
–
✕ 4
9.00
9.00
78.0
17.50
4.50
125.0
9.00
9.00
76.0
229
229
35,4
445
114
56,7
229
229
34,5
✕ 6
9.00
9.00
80.0
17.50
4.50
140.0
9.00
9.00
59.0
229
229
36,3
445
114
63,5
229
229
26,8
10 ✕ 4
11.00
11.00
120.0
20.50
5.00
204.0
11.00
11.00
120.0
279
279
54,4
521
127
92,5
279
279
54,4
✕ 6
11.00
11.00
128.0
20.50
5.00
212.0
11.00
11.00
114.0
279
279
58,1
521
127
96,2
279
279
51,7
✕ 8
11.00
11.00
130.0
20.50
5.00
236.0
11.00
11.00
123.0
279
279
59,0
521
127
107,1
279
279
56,8
12 ✕ 4
12.00
12.00
112.0
24.50
5.50
290.0
12.00
12.00
174.0
305
305
50,8
622
140
131,5
305
305
78,9
✕ 6
12.00
12.00
180.0
24.50
5.50
302.0
12.00
12.00
130.0
305
305
81,7
622
140
137,0
305
305
59,0
✕ 8
12.00
12.00
186.0
24.50
5.50
324.0
12.00
12.00
139.0
200
305
305
84,4
622
140
147,0
305
305
63,1
✕ 10
12.00
12.00
192.0
24.50
5.50
356.0
12.00
12.00
154.0
305
305
87,1
622
140
161,5
305
305
69,9
14 ✕ 6
14.00
14.00
238.0
27.00
6.00
330.0
14.00
14.00
215.0
356
356
108,0
686
152
149,7
356
356
97,5
✕ 8
14.00
14.00
241.0
27.00
6.00
346.0
14.00
14.00
221.0
200
356
356
109,3
686
152
156,9
356
356
100,3
✕ 10
14.00
14.00
258.0
27.00
6.00
540.0
14.00
14.00
235.0
250
356
356
114,8
686
152
244,9
356
356
106,6
✕ 12
14.00
14.00
267.0
27.00
6.00
625.0
14.00
14.00
244.0
356
356
121,1
686
152
283,5
356
356
110,7
16 ✕ 6
15.00
15.00
288.0
30.00
6.50
570.0
15.00
15.00
266.0
381
381
130,6
762
165
258,6
381
381
120,7
✕ 8
15.00
15.00
315.0
30.00
6.50
585.0
15.00
15.00
276.0
200
381
381
142,9
762
165
265,4
381
381
125,2
✕ 10
15.00
15.00
319.0
30.00
6.50
630.0
15.00
15.00
291.0
250
381
381
144,7
762
165
285,8
381
381
132,0
✕ 12
15.00
15.00
330.0
30.00
6.50
650.0
15.00
15.00
305.0
300
381
381
149,7
762
165
294,8
381
381
138,4
✕ 14
15.00
15.00
341.0
30.00
6.50
692.0
15.00
15.00
280.0
381
381
154,7
762
165
313,9
381
381
127,0
18 ✕ 8
13.00
15.50
326.0
+
+
+
15.50
13.00
272.0
330
394
147,9
+
+
+
394
330
123,4
✕ 10
13.00
15.50
332.0
32.00
7.00
765.0
15.50
13.00
277.0
250
330
394
150,6
813
178
347,0
394
330
125,6
✕ 12
13.00
15.50
339.0
32.00
7.00
800.0
15.50
13.00
291.0
300
330
394
153,8
813
178
362,9
394
330
132,0
✕ 14
16.50
16.50
441.0
32.00
7.00
865.0
16.50
16.50
361.0
350
419
419
200,0
813
178
392,4
419
419
163,7
✕ 16
16.50
16.50
453.0
32.00
7.00
895.0
16.50
16.50
367.0
419
419
205,5
813
178
406,0
419
419
166,5
20 ✕ 6
14.00
17.00
+
–
–
–
–
–
–
356
432
+
–
–
–
–
–
–
✕ 8
14.00
17.00
412.0
–
–
–
17.00
14.00
343.0
200
356
432
186,9
–
–
–
432
356
155,6
✕ 10
14.00
17.00
419.0
+
+
+
17.00
14.00
343.0
250
356
432
190,1
+
+
+
432
356
155,6
✕ 12
14.00
17.00
426.0
35.00
8.00
1000.0
17.00
14.00
357.0
300
356
432
193,2
889
203
453,6
432
356
161,9
✕ 14
14.00
17.00
443.0
35.00
8.00
1062.0
17.00
14.00
327.0
350
356
432
201,0
889
203
481,7
432
56
148,3
✕ 16
18.00
18.00
571.0
35.00
8.00
1105.0
18.00
18.00
458.0
100 ✕ 80
✕
100
200 ✕ 80
C to
LE
to
LE
✕
C
C to
SE
✕
100
150
250 ✕ 100
No. 30-CR
✕
✕
J
150
200
300 ✕ 100
✕
J
GROOVED AWWA DUCTILE IRON PIPE
H
H
No. 35-CR
No. 35-CR
Red. Cross
SIZE
Nominal
Inches
mm
150 ✕ 80
No. 25-C
No. 30-CR
45° Red. Lat.
✕
✕
150
250
350 ✕ 150
✕
✕
✕
300
400 ✕ 150
✕
✕
✕
✕
350
450 ✕ 200
✕
✕
✕
✕
400
500 ✕ 150
✕
✕
✕
✕
✕
400
457
457
259,0
889
203
501,2
457
457
207,7
✕ 18
18.00
18.00
584.0
35.00
8.00
1150.0
18.00
18.00
469.0
450
457
457
264,9
889
203
521,6
457
457
212,7
✕
Table continued on page 122.
+Contact Victaulic for details.
Non-standard reducing cross sizes are available. Contact Victaulic for details.
120
For the most up-to-date product information, visit www.victaulic.com
No. 25-C
Reducing Tee
C
to
EOB
No. 25-C
C to
EOR
In.
mm
C to
EOB
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
C
to LE
In.
mm
C
to SE
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
H
In.
mm
J
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
24 ✕ 6
15.00
19.00
+
–
–
–
–
–
–
381
483
+
–
–
–
–
–
–
✕ 8
15.00
19.00
+
+
+
+
+
+
+
200
381
483
+
+
+
+
+
+
+
✕ 10
15.00
19.00
+
+
+
+
+
+
+
250
381
483
+
+
+
+
+
+
+
✕ 12
15.00
19.00
593.0
+
+
+
15.00
19.00
475.0
300
381
483
269,0
+
+
+
381
483
215,5
✕ 14
15.00
19.00
610.0
40.50
9.00
1510.0
15.00
19.00
450.0
✕
to
LE
✕
C
C to
SE
✕
✕
No. 30-CR
350
381
483
276,7
1029
229
684,9
381
483
204,1
✕ 16
15.00
19.00
620.0
40.50
9.00
1580.0
15.00
19.00
446.0
✕
400
381
483
281,2
1029
229
716,7
381
483
202,3
✕ 18
22.00
22.00
918.0
40.50
9.00
871.0
22.00
22.00
782.0
✕
J
450
559
559
416,4
1029
229
395,1
559
559
354,7
✕ 20
22.00
22.00
937.0
40.50
9.00
1705.0
22.00
22.00
788.0
✕
500
559
559
425,0
1029
229
773,4
559
559
357,4
18.00
23.00
+
–
–
–
–
–
–
457
584
+
–
–
–
–
–
–
✕ 8
18.00
23.00
+
+
+
+
+
+
+
200
457
584
+
+
+
+
+
+
+
✕ 10
18.00
23.00
+
+
+
+
+
+
+
250
457
584
+
+
+
+
+
+
+
✕ 12
18.00
23.00
1175.0
49.00
10.00
2178.0
18.00
23.00
888.0
300
457
584
533,0
1245
254
987,9
457
584
402,8
✕ 14
18.00
23.00
1250.0
49.00
10.00
2208.0
18.00
23.00
853.0
350
457
584
567,0
1245
254
1001,5
457
584
386,9
✕ 16
18.00
23.00
1437.0
49.00
10.00
2248.0
18.00
23.00
843.0
400
457
584
651,0
1245
254
1019,7
457
584
382,4
✕ 18
18.00
23.00
1450.0
49.00
10.00
2294.0
18.00
23.00
839.0
450
457
584
657,7
1245
254
1040,6
457
584
380,6
✕ 20
18.00
23.00
1462.0
49.00
10.00
2339.0
18.00
23.00
835.0
500
457
584
663,2
1245
254
1061,0
457
584
378,8
✕ 24
25.00
25.00
1475.0
49.00
10.00
2451.0
25.00
25.00
1304.0
635
635
669,1
1245
254
1111,8
635
635
591,5
36 ✕ 8
20.00
26.00
+
+
+
+
+
+
+
508
660
+
+
+
+
+
+
+
✕ 10
20.00
26.00
+
+
+
+
+
+
+
250
508
660
+
+
+
+
+
+
+
✕ 12
20.00
26.00
+
+
+
+
20.00
26.00
1262.0
300
508
660
+
+
+
+
508
660
572,4
✕ 14
20.00
26.00
+
54.00
15.25
+
20.00
26.00
1222.0
350
508
660
+
1372
387
+
508
660
554,3
✕ 16
20.00
26.00
+
54.00
15.25
3493.0
20.00
26.00
1213.0
400
508
660
+
1372
387
1584,4
508
660
550,2
✕ 18
20.00
26.00
+
54.00
15.25
3533.0
20.00
26.00
1204.0
450
508
660
+
1372
387
1602,6
508
660
546,1
✕ 20
20.00
26.00
+
54.00
15.25
3574.0
20.00
26.00
1190.0
500
508
660
+
1372
387
1621,2
508
660
539,8
✕ 24
20.00
26.00
+
54.00
15.25
3675.0
20.00
26.00
1163.0
600
508
660
+
1372
387
1667,0
508
660
527,5
✕ 30
28.00
28.00
+
56.00
15.25
3879.0
28.00
28.00
1865.0
711
711
+
1422
387
1759,5
711
711
846,0
30 ✕ 6
750 ✕ 150
J
✕
H
H
No. 35-CR
No. 35-CR
Red. Cross
SIZE
Nominal
Inches
mm
600 ✕ 150
C to
LE
No. 30-CR
45° Red. Lat.
✕
✕
✕
✕
✕
✕
✕
600
900 ✕ 200
✕
✕
✕
✕
✕
✕
✕
✕
750
+Contact Victaulic for details.
NOTE: For 30" (750 mm) sizes and larger contact Victaulic for details.
Non-standard reducing cross sizes are available. Contact Victaulic for details.
C to
EOR
SIZE
Nominal
Inches
mm
4✕
4
C to EOR
C to EOB
Aprx. Wgt. Each
Lbs./kg
✕6
+
+
47.0
+
+
21,3
8.00
79.0
100 ✕ 100 ✕ 150
C to
EOB
6✕
6
✕8
8.00
203
203
35,8
8✕
8
✕ 10
11.00
11.00
164.0
279
279
74,4
+
+
226.0
+
+
102,5
150 ✕ 150 ✕ 200
Bullhead Tee
No. 21-C
Dimensions
Inches/millimeters
200 ✕ 200 ✕ 250
10 ✕ 10 ✕ 12
250 ✕ 250 ✕ 300
For the most up-to-date product information, visit www.victaulic.com
121
GROOVED AWWA DUCTILE IRON PIPE
C to EOR
No. 50-C
Con. Red.
AWWA Fittings
E to E
No. 50-C
No. 51-C
C to E
Aprx.
Wgt.
Ea.
Lbs.
kg
E
to E
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
C
to E
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
C
to E
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
4 ✕ 3
7.00
10.0
7.00
12.0
6.50
17.0
9.00
20.0
178
4,5
178
5,4
165
7,7
229
8,1
6 ✕ 3
9.00
15.0
9.00
20.0
8.00
28.5
11.50
36.0
229
6,8
229
9,1
203
12,9
292
16,3
✕ 4
9.00
16.5
9.00
25.0
8.00
29.6
11.50
40.0
229
7,5
229
11,3
203
13,4
292
18,1
8 ✕ 3
11.00
33.0
11.00
+
–
–
–
–
279
15,0
279
+
–
–
–
–
✕ 4
11.00
28.0
11.00
35.0
9.00
46.5
14.00
60.0
279
12,7
279
15,9
229
21,1
356
27,2
✕ 6
11.00
34.0
11.00
44.0
9.00
48.5
14.00
71.0
279
15,4
279
20,0
229
22,0
356
32,2
10 ✕ 4
12.00
42.0
12.00
54.0
11.00
68.0
16.50
90.0
305
19,1
305
24,5
279
30,8
419
40,8
✕ 6
12.00
46.0
12.00
60.0
11.00
77.0
16.50
106.0
305
20,9
305
27,2
279
34,9
419
48,1
✕ 8
12.00
50.0
12.00
70.0
11.00
88.0
16.50
121.0
305
22,7
305
31,8
279
39,9
419
54,9
12 ✕ 4
14.00
60.0
14.00
82.0
12.00
+
+
+
356
27,2
356
37,2
305
+
+
+
✕ 6
14.00
70.0
14.00
84.0
12.00
110.0
19.00
143.0
356
31,8
356
38,1
305
49,9
483
64,9
✕ 8
14.00
74.0
14.00
91.0
12.00
126.0
19.00
163.0
200
356
33,6
356
41,3
305
57,2
483
73,9
✕ 10
14.00
84.0
14.00
110.0
12.00
150.0
19.00
188.0
356
38,1
356
49,9
305
68,0
483
85,3
14 ✕ 6
16.00
89.0
16.00
104.0
14.00
+
+
+
406
40,4
406
47,2
356
+
+
+
✕ 8
16.00
102.0
16.00
121.0
14.00
135.0
21.50
183.0
200
406
46,3
406
54,9
356
61,2
546
83,0
✕ 10
16.00
112.0
16.00
135.0
14.00
170.0
21.50
213.0
250
406
50,8
406
61,2
356
77,1
546
96,6
✕ 12
16.00
126.0
16.00
150.0
14.00
195.0
21.50
240.0
406
57,4
406
68,0
356
88,5
546
108,9
16 ✕ 6
18.00
110.0
18.00
140.0
–
–
+
+
457
49,9
457
63,5
–
–
+
+
✕ 8
18.00
122.0
18.00
160.0
15.00
+
24.00
228.0
200
457
55,3
457
72,6
381
+
610
103,4
✕ 10
18.00
135.0
18.00
168.0
15.00
195.0
24.00
263.0
250
457
61,2
457
76,2
381
88,5
610
119,3
✕ 12
18.00
146.0
18.00
190.0
15.00
240.0
24.00
295.0
300
457
66,2
457
86,2
381
108,9
610
133,8
✕ 14
18.00
173.0
18.00
210.0
15.00
280.0
24.00
290.0
457
78,5
457
95,3
381
127,0
610
131,5
18 ✕ 8
19.00
148.0
19.00
180.0
16.50
+
–
–
483
67,1
483
81,6
419
+
–
–
✕ 10
19.00
158.0
19.00
215.0
16.50
+
26.50
+
250
483
71,1
483
97,5
419
+
673
+
✕ 12
19.00
173.0
19.00
215.0
16.50
305.0
26.50
336.0
300
483
78,5
483
97,5
419
138,3
673
152,4
✕ 14
19.00
200.0
19.00
230.0
16.50
345.0
26.50
355.0
350
483
90,7
483
104,3
419
156,5
673
161,0
✕ 16
19.00
220.0
19.00
275.0
16.50
360.0
26.50
386.0
483
100,0
483
124,7
419
163,3
673
175,1
20 ✕ 8
20.00
173.0
20.00
+
–
–
–
–
508
78,5
508
+
–
–
–
–
✕ 10
20.00
182.0
20.00
215.0
18.00
+
29.00
+
250
508
82,6
508
97,5
457
+
737
+
✕ 12
20.00
201.0
20.00
250.0
18.00
365.0
29.00
+
300
508
91,2
508
113,4
457
165,6
737
+
✕ 14
20.00
230.0
20.00
270.0
18.00
405.0
29.00
+
350
508
104,3
508
122,5
457
183,7
737
+
✕ 16
20.00
251.0
20.00
300.0
18.00
440.0
29.00
466.0
100 ✕ 80
150 ✕ 80
✕
No. 100-CR
No. 100-CR
90° Long Radius Red. Elbow
E
to E
In.
mm
100
200 ✕ 80
No. 10-CR
No. 10-CR
90° Red. El.
SIZE
Nominal
Inches
mm
✕
C to E
No. 51-C
Ecc. Red.
✕
100
150
250 ✕ 100
✕
✕
150
200
300 ✕ 100
✕
GROOVED AWWA DUCTILE IRON PIPE
✕
✕
150
250
350 ✕ 150
✕
✕
✕
300
400 ✕ 150
✕
✕
✕
✕
350
450 ✕ 200
✕
✕
✕
✕
400
500 ✕ 200
✕
✕
✕
✕
400
508
113,9
508
136,1
457
199,6
737
211,4
✕ 18
20.00
275.0
20.00
320.0
18.00
485.0
29.00
507.0
450
508
124,7
508
145,2
457
220,0
737
230,0
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
✕ 10
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
✕ 12
24.00
293.0
24.00
395.0
22.00
590.0
34.00
+
610
132,9
610
179,2
559
267,6
864
+
✕
24 ✕ 8
600 ✕ 200
✕
✕
250
300
Table continued on page 124.
122
For the most up-to-date product information, visit www.victaulic.com
No. 50-C
No. 50-C
Con. Red.
E to E
No. 51-C
C to E
C to E
No. 100-CR
90° Long Radius Red. Elbow
E
to E
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
E
to E
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
C
to E
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
C
to E
In.
mm
Aprx.
Wgt.
Ea.
Lbs.
kg
24 ✕ 14
24.00
331.0
24.00
425.0
22.00
630.0
34.00
+
610
150,1
610
192,8
559
285,8
864
+
✕ 16
24.00
358.0
24.00
455.0
22.00
690.0
34.00
658.0
✕ 400
610
162,4
610
206,4
559
313,0
864
298,5
✕ 18
24.00
386.0
24.00
465.0
22.00
735.0
34.00
+
610
175,1
610
210,9
559
333,4
864
+
24.00
418.0
24.00
525.0
22.00
815.0
34.00
759.0
610
189,6
610
238,1
559
369,7
864
344,3
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
✕ 8
+
+
+
+
+
+
–
–
+
+
+
+
+
+
–
–
✕ 10
+
+
+
+
+
+
–
–
+
+
+
+
+
+
–
–
✕ 12
+
+
+
+
+
+
–
–
+
+
+
+
+
+
–
–
✕ 14
+
+
+
+
25.00
+
–
–
+
+
+
+
635,0
+
–
–
✕ 16
+
+
30.00
+
25.00
+
41.50
+
+
+
762
+
635,0
+
1054
+
✕ 18
+
+
30.00
+
25.00
+
41.50
+
+
+
762
+
635,0
+
1054
+
✕ 20
30.00
+
30.00
+
25.00
+
41.50
+
762
+
762
+
635,0
+
1054
+
✕ 24
30.00
+
30.00
+
25.00
1170.0
41.50
+
762
+
762
+
635,0
530,7
1054
+
+
+
+
+
+
+
–
–
+
+
+
+
+
+
–
–
✕ 10
+
+
+
+
+
+
–
–
+
+
+
+
+
+
–
–
✕ 12
+
+
+
+
+
+
–
–
+
+
+
+
+
+
–
–
✕ 14
+
+
+
+
+
+
–
–
+
+
+
+
+
+
–
–
✕ 16
+
+
+
+
+
+
–
–
+
+
+
+
+
+
–
–
✕ 18
+
+
+
+
+
+
–
–
+
+
+
+
+
+
–
–
✕ 20
36.00
1280.0
36.00
+
+
+
49.00
+
914
580,6
914
+
+
+
1245
+
✕ 24
36.00
1370.0
36.00
+
+
+
49.00
+
914
621,4
914
+
+
+
1245
+
✕ 30
36.00
1450.0
36.00
+
+
+
49.00
+
657,7
914
+
+
+
1245
+
600 ✕ 350
✕ 20
✕ 500
No. 100-CR
No. 10-CR
90° Red. El.
SIZE
Nominal
Inches
mm
✕ 450
No. 10-CR
No. 51-C
Ecc. Red.
30 ✕ 6
750 ✕ 150
✕ 200
✕ 250
✕ 300
✕ 350
✕ 400
✕ 450
✕ 500
✕ 600
36 ✕ 8
900 ✕ 200
✕ 250
✕ 300
✕ 350
✕ 400
✕ 450
✕ 500
✕ 600
✕ 750
914
+Contact Victaulic for details.
GROOVED AWWA DUCTILE IRON PIPE
E to E
NOTE: For 30" (750 mm) sizes and larger contact Victaulic for details.
For the most up-to-date product information, visit www.victaulic.com
123
Flared Fittings
Nom.
Out.
Dia.
In./mm
C to E
C to E
C
to
F
C
to
F
No. 10-CF
No. 100-CF
C to E
E
to
E
No. 43-CF
No. 10-CF
90° Flare
Pipe Size
No. 10-CS
C to E
No. 20-CS
No. 100-CF
90° Long Rad. Flare
No. 43-CF
Straight Flare
No. 10-CS*
90° Side Outlet
No. 20-CS*
Tee Side Outlet
Actual
Out.
Dia.
In./mm
C
to E
In.
mm
C
to F
In.
mm
Aprx.
Wgt.
Ea.
Lbs./kg
C
to E
In.
mm
C
to F
In.
mm
Aprx.
Wgt.
Ea.
Lbs./kg
E
to E
In.
mm
Aprx.
Wgt.
Ea.
Lbs./kg
C
to E
In.
mm
Aprx.
Wgt.
Ea.
Lbs./kg
C
to E
In.
mm
Aprx.
Wgt.
Ea.
Lbs./kg
28.0
3
3.96
5.50
9.00
18.0
7.75
11.25
23.0
8.00
13.0
5.50
13.0
5.50
80
100,6
140
229
8,2
197
286
10,4
203
5,9
140
5,9
140
12,7
4
4.80
6.50
10.00
35.0
9.00
12.50
42.0
8.00
17.0
6.50
30.0
6.50
42.0
100
121,9
165
254
15,9
229
318
19,1
203
7,7
165
13,6
165
19,1
6
6.90
8.00
11.50
70.0
11.50
15.00
68.0
8.00
23.0
8.00
58.0
8.00
85.0
150
175,3
203
292
31,8
292
381
30,9
203
10,4
203
26,3
203
38,6
114.0
8
9.05
9.00
13.50
120.0
14.00
18.50
118.0
10.00
43.0
9.00
90.0
9.00
200
229,9
229
343
54,4
356
470
53,5
254
19,5
229
40,8
229
51,7
10
11.10
11.00
16.50
157.0
16.50
22.50
188.0
10.00
58.0
11.00
124.0
11.00
219.0
250
281,9
279
419
71,2
419
572
85,3
254
26,3
279
56,3
279
99,3
12
13.20
12.00
18.50
190.0
19.00
25.50
275.0
12.00
100.0
12.00
170.0
12.00
295.0
300
335,3
305
470
86,2
483
648
124,7
305
45,4
305
77,1
305
133,8
14
15.30
14.00
21.50
235.0
21.50
29.00
325.0
12.00
90.0
14.00
+
14.00
+
350
388,6
356
546
106,6
546
737
147,4
305
40,8
356
+
356
+
16
17.40
15.00
23.00
300.0
24.00
32.00
435.0
16.00
145.0
15.00
+
15.00
+
400
442,0
381
584
136,1
610
813
197,3
406
65,8
381
+
381
+
18
19.50
16.50
25.00
391.0
26.50
35.00
571.0
16.00
205.0
16.50
+
16.50
+
450
495,3
419
635
177,4
673
889
259,0
406
93,0
419
+
419
+
20
21.60
18.00
27.00
496.0
29.00
38.00
731.0
18.00
221.0
18.00
+
18.00
+
500
548,6
457
686
225,0
737
965
331,6
457
100,3
457
+
457
+
24
25.80
22.00
32.50
808.0
34.00
44.50
1642.0
18.00
293.0
22.00
+
22.00
+
600
655,3
559
826
366,5
864
1130
744,8
457
132,9
559
+
559
+
30
32.00
+
+
+
+
+
+
24.00
567.0
+
+
+
+
GROOVED AWWA DUCTILE IRON PIPE
750
762,0
+
+
+
+
+
+
610
257,2
+
+
+
+
36
38.30
+
+
+
+
+
+
24.00
736.0
+
+
+
+
900
914,4
+
+
+
+
+
+
610
333,9
+
+
+
+
+ Contact Victaulic for details.
*Reducing side outlet 90° Elbows, Tees, and Crosses are available. Contact Victaulic for details.
Pipe Size
Base Fittings
R
U
T
Nom.
Out.
Dia.
In./mm
U
T
S
No. 10-CB
R
Aprx. Wgt. Each
Lbs./kg
R
U
T
S
W
No. 10-CB
Base Elbow
No. 20-CB
Base Tee
No. 100-CB
LR Base
Elbow
No. 25-CB
Reducing
Base Tee
+
3
3.96
4.88
0.50
0.56
5.00
3.88
19.0
19.0
25.0
80
100,6
124
13
14
127
99
8,6
8,6
11,3
+
4
4.80
5.50
0.50
0.62
6.00
4.75
23.6
26.0
40.0
+
100
121,9
140
13
16
152
121
10,7
11,8
18,1
+
6
6.90
7.00
0.62
0.69
7.00
5.50
42.0
50.0
76.0
+
150
175,3
178
16
18
178
140
19,1
22,7
34,5
+
8
9.05
8.38
0.88
0.94
9.00
7.50
75.0
92.0
141.0
+
S
200
229,9
213
22
24
229
191
34,0
41,7
64,0
+
No. 20-CB
10
11.10
9.75
0.88
0.94
9.00
7.50
114.0
125.0
206.0
+
W
S
U
Round Base
Base Dimensions
Inches/millimeters
Actual
Out.
Dia.
In./mm
T
S
No. 25-CB
R
250
281,9
248
22
24
229
191
51,7
56,7
93,4
+
12
13.20
11.25
1.00
1.00
11.00
9.50
152.0
183.0
310.0
+
300
335,3
286
25
25
279
241
69,0
83,0
140,6
+
14
15.30
12.50
1.00
1.00
11.00
9.50
262.0
293.0
340.0
+
350
388,6
318
25
25
279
241
118,8
132,9
154,2
+
16
17.40
13.75
1.00
1.00
11.00
9.50
312.0
338.0
425.0
+
400
442,0
349
25
25
279
241
141,5
153,3
192,8
+
18
19.50
15.00
1.12
1.12
13.50
11.75
451.0
489.0
591.0
+
450
495,3
381
29
29
343
299
204,6
221,8
268,1
+
20
21.60
16.00
1.12
1.12
13.50
11.75
557.0
632.0
717.0
+
500
548,6
406
29
29
343
299
252,7
286,7
325,2
+
24
25.80
18.50
1.12
1.12
13.50
11.75
814.0
895.0
1056.0
+
600
655,3
470
29
29
343
299
369,2
406,0
479,0
+
Bolt hole template shown for round base is the same as for the flange of the supporting pipe size, except using only four holes in all
cases so placed as to straddle center lines. The bases of these fittings are intended for support in compression and are not to be used
for anchors or supports in tension or shear.
Grooved end base 90° Elbows (#X-90 CDI) and Base Tees (#X-CDI) are available with dimensions to ANSI B16.1.
Side base fittings are available. Contact Victaulic for details.
Reducing 90° elbows and reducing long radius elbows are available with a base. Contact Victaulic for details.
U
T
R
S
No. 100-CB
124
For the most up-to-date product information, visit www.victaulic.com
Cast Fittings
Tapped Fittings
Victaulic can
supply tapped
fittings on order to
ANSI B16.1
dimension
locations. Specify
fittings size, tap
location by letter
(as shown below
and tap size - NPT
dimensions) on
order.
E
H
G
R
R
S
S
L
R
K
M
R
Y
E
Y
K
T
N
T
F
45° Lateral
Straight & Reducing
T
H
R
K
M
F
N
90° Elbow
Straight Size
N
G
F
R
R
S
S
T
T
L
R
K
E
N
Tee
Straight Size
90° Base Elbow
Straight & Reducing
V
G
F
R
V
Y
M
S
Y
M K
T
N
T
90° Elbow
Reducing Size
90°
Elbow
L
H
G
E
T
R
E
E
M
G
F
G
M
P
J
F
X Y
Z
Z Y
F G H
N M K
T S R
R S T
X
R
K
N
E
G
Eccentric
Reducer
Cross
Straight Size
F
E
R
S
S
T
T
N
K
G
K
F
M
T
45° Elbow
Base Fittings
E
M
H
L
R
H
G
N
R
G
T
Base Tee
F
M
H
N
L
K
M
F
N
K
Reducer
True “Y”
Series 365
The Series 365 and Series 366
Vic-Plug™ are grooved end
eccentric plug valves
designed to ANSI/AWWA
standards primarily for water
and wastewater treatment
services. Series 365 is
available in 3 - 18" (80 - 450
mm) sizes. Series 366 is
available in 14”, 16”, and 18"
(350, 400, and 450 mm) sizes.
The eccentric plug design
assures bubble-tight sealing
up to 175 psi (1200 kPa) for 3 -
(D.I. Ends)
& Series 366
(IPS Ends)
AWWA Vic-Plug™ Valve
Dimensions
Valve Size
Actual
Outside
Nominal
Diameter
Diameter
Inches/mm Inches/mm
3
3.960
Manual Handle
K
SQUARE
V
B
SEAT END
D
C
H
A
GROOVED AWWA DUCTILE IRON PIPE
A
12" (80 - 300 mm) sizes and
150 psi (1034 kPa) for 14 - 18"
(350 - 450 mm) sizes as the
plug cams into the seat. Bidirectional sealing to 25 psi
(172 kPa) is standard with full
bi-directional sealing to
175 psi (1200 kPa) for 3 - 12"
(80 - 300 mm) sizes and 150 psi
(1034 kPa) for 14 - 18" (350 450 mm) sizes is optionally
available.
Request publication 23.06.
Dimensions
Inches/millimeters
End to
End
A
8.00
B
4.06
C
3.75
D
4.25
F
6.56
H
4.00
V
18.50
K
2.00
Approx.
Wgt. Each
w/o
Handle
Lbs./kg
25.0
80
100,6
203
103
95
108
167
102
470
51
11,3
4
4.800
9.00
4.06
4.44
4.75
7.74
4.50
18.50
2.00
35.0
100
121,9
229
103
113
121
197
114
470
51
15,9
6
6.900
10.50
3.20
5.50
7.50
10.32
5.25
18.50
2.00
70.0
150
175,3
267
81
140
191
262
133
470
51
31,8
F
For the most up-to-date product information, visit www.victaulic.com
125
Valve with Gear
Operator
The torque required to open
Vic-Plug valves will vary with
pressure differential across the
closed valve. Using the
maximum pressure differential
select the correct gear operator
from the chart on page 128.
D
D
SEAT END
A complete range of automatic
operators and accessories are
available with the Vic-Plug
valve. Please contact Victaulic
with your requirements.
M
C
C
H
F
G
H
F
A
A
3 - 6" Sizes
8 - 18" Sizes
Series 365
Valve Size
Actual
Nominal Outside
Diameter Diameter
In./mm
In./mm
3*
3.960
Dimensions
Inches/millimeters
End to
End
A
8.00
C
3.75
D
4.25
F
6.56
G
–
H
4.00
M
4.00
Approx.
Weight
Each
Lbs./kg
32.0
80
100,6
203
95
108
167
–
102
102
14,5
4*
4.800
9.00
4.44
4.75
7.74
–
4.50
4.00
42.0
100
121,9
229
113
121
197
–
114
102
19,1
6*
6.900
10.50
5.50
7.50
10.32
–
5.25
–
80.0
150
175,3
267
140
191
262
–
133
–
36,3
8
9.050
11.50
6.87
10.80
12.30
16.38
5.75
–
120.0
GROOVED AWWA DUCTILE IRON PIPE
200
229,9
292
175
274
312
416
145
–
55,0
10
11.100
13.00
8.00
12.00
14.78
18.75
6.50
–
185.0
250
281,9
330
203
305
375
476
165
–
84,0
12
13.200
14.00
9.50
13.75
17.00
21.00
7.00
–
240.0
300
335,3
356
241
349
432
533
178
–
109,0
14
15.300
17.00
11.25
15.56
20.44
23.94
8.50
–
375.0
350
388,6
432
286
395
519
608
216
–
170,0
16
17.400
17.75
11.95
16.71
21.94
26.00
9.06
–
450.0
400
442,0
451
304
424
557
660
230
–
204,0
18
19.500
21.50
13.97
20.05
26.06
30.58
10.94
–
670.0
450
495,3
546
355
509
662
777
278
–
304,0
M
–
Approx.
Weight
Each
Lbs./kg
390.0
† Gear operators can be installed in various positions. Contact Victaulic for details.
*3, 4, 6" (80, 100, 150 mm) valves do not include side support lugs.
Series 366
Valve Size
Actual
Nominal Outside
Diameter Diameter
In./mm
In./mm
14
15.300
126
Dimensions
Inches/millimeters
End to
End
A
19.00
C
11.25
D
15.56
F
20.44
G
23.94
H
8.50
350
388,6
483
286
395
519
608
216
–
176,9
16
17.400
19.75
11.95
16.71
21.94
26.00
9.06
–
470.0
400
442,0
502
304
424
557
660
230
–
213,2
18
19.500
23.50
13.97
20.05
26.06
30.58
10.94
–
695.0
450
495,3
597
355
509
662
777
278
–
315,3
For the most up-to-date product information, visit www.victaulic.com
Gear Operator
S
O
R Dia.
O
PE
N
L
T
N
Dia.
L
J
T
P
Q
R Dia.
T
U
SH
N
Dia.
O
S
Q
U Dia.
J
P
U Dia.
TOP VIEW
TOP VIEW
Gear
Oper.
Style
No.
MX
MZ
MV
MA
MC
MFF-36
8 - 18" Sizes
Dimensions
Inches/millimeters
J
4.76
L
2.07
N
Dia.
6.00
O
4.00
P
1.13
R
Dia.
0.63
Q
1.30
S
4.00
T
1.95
No.
Turns
to Close
U
Dia.
0.19
121
53
152
102
29
33
16
102
50
5
5.50
2.62
10.00
5.00
1.25
1.30
0.63
4.50
2.36
0.19
140
67
250
127
32
33
16
114
60
5
7.25
3.29
18.00
9.00
1.62
2.25
0.88
6.00
2.63
0.25
184
84
457
229
41
57
22
152
67
6
8.24
3.55
18.00
10.00
1.75
2.25
0.88
7.00
3.38
0.25
209
90
457
254
45
57
22
178
86
6
11.12
4.03
18.00
10.38
1.87
2.25
1.00
7.38
5.38
0.25
283
102
457
264
48
57
25
188
137
6
13.78
5.04
30.00
9.53
2.60
1.77
1.00
15.00
5.43
0.25
350
128
762
242
66
45
25
381
138
6
7.5
7.5
7.8
7.8
18
45
Approx.
Wgt.
Each
Lbs./kg
7.5
3,4
15.0
6,8
20.0
9,1
33.0
15,0
68.0
30,8
148.6
67,4
NOTES: A 2" square AWWA operating nut is available in place of lever operator (3, 4, 6"/80, 100, 150 mm) and in place of the handwheel on any gear operator. To get total height from centerline to top of operator, add dimensions “D”, “M” and “L”.
For “Rim-Pull” information on gear operators, contact Victaulic.
Gear Operator
Ratings
Manual Gear Operating Rating
PSI/kPa
Valve Size
Nominal
Actual
Diameter Outside Dia.
In./mm
In./mm
3
3.960
MX
0 - 175 †
MZ
–
MV
–
MA
–
MC
–
MFF-36
–
80
100,6
0 - 1200
–
–
–
–
–
4
4.800
0 - 175 †
–
–
–
–
–
100
121,9
0 - 1200
–
–
–
–
–
6
6.900
–
0 - 175 †
–
–
–
–
150
175,3
–
0 - 1200
–
–
–
–
8
9.050
–
0 - 100
100 - 175†
–
–
–
200
229,9
–
0 - 700
700 - 1200
–
–
–
10
11.100
–
–
0 - 100
–
100 - 175 †
–
250
281,9
–
–
0 - 700
–
700 -1200
–
12
13.200
–
–
–
0 - 50
50 -175 †
–
300
335,3
–
–
–
0 - 300
300 - 1200
–
14
15.300
–
–
–
0 - 50
50 - 100
100 - 150 †
350
388,6
–
–
–
0 - 300
345 - 700
700 - 1034
16
17.400
–
–
–
–
0 - 50
50 - 150 †
400
442,0
–
–
–
–
0 - 300
345 - 1034
18
19.500
–
–
–
–
0 - 50
50 - 150 †
450
495,3
–
–
–
–
0 - 300
345 - 1034
Chain
Size
Approx.
Wgt.
Lbs./kg
10
† Full bi-directional service included.
Chain Wheels
Hand Wheel
Diameter
Inches
mm
3.94
A
100
6.30
160
7.87
200
11.81
300
15.75
400
19.69
500
23.62
600
27.56
700
31.50
800
Chain
Wheel
Required
0
1¹⁄₂
2
2¹⁄₂
3¹⁄₂
4
4¹⁄₂
5
5
For the most up-to-date product information, visit www.victaulic.com
Dimensions
Inches/mm
A
4.63
B
1.13
C
0.88
D
1.75
118
29
22
45
7.75
1.44
1.13
2.38
197
37
29
61
10.50
1.38
1.13
2.38
267
35
29
61
12.50
1.75
1.25
2.63
318
45
32
67
18.50
1.88
1.25
3.13
470
48
32
80
21.50
1.88
1.50
3.13
546
48
38
80
25.75
1.88
1.50
3.13
654
48
38
80
30.25
2.00
1.50
3.13
768
51
38
80
30.25
2.00
1.50
3.13
768
51
38
80
2
1/0
1/0
4,5
17.5
7,9
17.5
7,9
30
4/0
13,6
4/0
13,6
5/0
15,9
5/0
15,9
5/0
15,9
5/0
15,9
30
35
35
35
35
127
GROOVED AWWA DUCTILE IRON PIPE
3 - 6" Sizes
Series 317
Check Valves
Series 317
Bare
Series 317
Air Cushion
The Series 317 is a grooved
end AWWA check valve
conforming to AWWA C-508
requirements for water and
wastewater treatment
services. Series 317 is
available in 3 - 12" (80 - 300
mm) sizes.
GROOVED AWWA DUCTILE IRON PIPE
F
Series 317
Spring and Lever
The body conforms to AWWA
C-508 standard end-to-end
dimensions. Grooved ends
conform to ANSI/AWWA C606 rigid groove specifications
to allow easy installation with
Victaulic couplings.
Series 317
Weight and Lever
The valve is constructed with
metallic seats with
elastomeric seats offered as an
option. Various types of
accessories are available
including lever and
counterweight, lever and
spring, and adjustable air
cushions.
Request publication 23.09.
S
H
F
M
H
C
K
B
D
E
A
R
Series 317
Bare
Valve Size
Actual
Out.
Nom.
Dia.
Dia.
In./mm In./mm
A
3
3.960 9.50
241
N
G
Series 317
Spring and Lever
J
L
Series 317
Weight and Lever
G
Series 317
Air Cushion with Adjustable Spring
Accessory Kits
Aprx.* Aprx. Wgt. - Lbs./kg
Wgt.
Ea.
Lbs. Spring Weight
Air
Dimensions – Inches/millimeters
B
C
D
3.28 10.13 3.87
E
7.74
F
G
H
J
K
L
M
N
7.05 13.56 13.22 8.00 11.28 14.65 14.07 7.30
R
6.82
S
9.50
50.0
4.0
7.0
83
173
241
22.7
1,8
3,2
6,8
7.54 11.74
70.0
4.0
7.0
15.0
192
100,6
98
197
179
4
4.800 11.50 4.05 11.38 4.62
9.24
7.80 13.93 13.91 8.75 10.74 15.03 14.74 8.05
100
121,9
235
198
31.8
1,8
3,2
6,8
6
6.900 14.00 4.98 14.43 5.68 11.36 8.86 14.50 15.26 9.81
9.47 15.59 16.07 9.11
8.60 14.57 120.0
4.0
7.0
15.0
150
175,3
241
218
54.4
1,8
3,2
6,8
8
9.050 19.50 6.12 18.14 7.15 14.30 11.34 20.25 21.37 12.65 12.74 21.52 22.21 11.64 10.37 17.94 225.0
8.0
17.0
34.0
356
495
103
126
367
144
15,4
281,9
158.8
3,6
7,7
15,4
8.0
17.0
34.0
300
335,3
3,6
7,7
15,4
244
489
351
533
610
384
257
566
631
358
292
456
13.200 26.00 8.60 27.04 9.62 19.24 13.81 21.00 24.00 15.12 10.13 22.27 24.83 14.11 12.84 23.05 460.0
687
324
263
12
218
596
296
250
660
550
564
370
34.0
292
547
231
298
7,7
350
324
408
204
17.0
574
321
396
374
3,6
518
543
249
382
185
8.0
317
514
388
273
357
102.1
421
288
368
222
372
229,9
210
363
225
353
287
11.100 22.00 7.38 20.90 8.28 16.56 12.48 20.39 22.61 13.78 11.51 21.65 23.45 12.77 11.50 20.42 350.0
531
182
289
354
203
10
187
461
117
336
200
559
155
289
344
15.0
80
292
257
& Lever & Lever Cushion
kg
326
519
585
217.7
* Weights listed above are for the bare valve. Accessory kit weights are listed separately in right hand columns.
Note: Valve may be installed horizontally or vertically with options shown above. See table below for approved usage of accessory options.
IMPORTANT INSTALLATION CONSIDERATIONS
Horizontal
Orientation
Vertical
Orientation
Bare
Yes
Yes
Spring, Weight and Lever
Yes
No
Spring and Lever
Yes
Yes
Air Cushion with Adjustable Spring4
Yes
Yes
Weight and Lever
Yes
Yes3
Air Cushion with Adjustable Spring4 and Weight
Yes
No
Option1,2
Option1,2
Horizontal
Orientation
Vertical
Orientation
NOTES:
1. Valves may only be installed in the orientations shown above.
2. Valves supplied without air cushions are subject to slamming.
3. For proper operation in vertical orientation, lever must be rotated 90°.
4. All valves supplied with an air cushion will also be supplied with the adjustable spring. This is not the same spring provided with the non-air cushion options.
• Field retrofit kits are available.
• Excessive packing nut tightness may impede rate of clapper closure.
• Valves are supplied without pressure taps and drains. Upon ordering, please specify if taps or drains are required. See below table for available locations and sizes.
128
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Large Diameter Piping Solutions
FluidMaster/
AirMaster
Expansion Joint
■ Provides a reliable, economical alternative to traditional bolted sleeve-type couplings.
■ Available in a variety of styles to meet specific application
requirements, including:
• Bolted Split-Sleeve Flexible Coupling
Unrestrained, flexible bottle-tight joints (E ✕ E)
• Bolted Split-Sleeve Restrained Flexible Coupling
Fully restrained pipe joints without external harnessing
(F ✕ F)
• Bolted Split-Sleeve Expansion Couplings
Pipe joints that provide for thermal expansion and contraction
(F ✕ E)
■ D-O-L couplings meet or exceed the design, material and
performance standards set forth in AWWA C-219.
■ Designed to provide fully restrained joints for air and fluid-conveying
pipelines.
■ Shouldered couplings that are designed to operate at design
pressures of the system.
■ Meet or exceed the performance standards set forth in
AWWA C-606.
■ Complete line of expansion joints.
LARGE DIAMETER PIPING
Depend-O-Lok
Couplings
■ Offers solutions for accommodating thermal expansion and contraction
of pipelines.
■ Products include:
• OmniFlex
Stainless Steel Bellows-Type Expansion Joints
(can also accommodate lateral movement)
• D-O-L Bolted Split-Sleeve Expansion Couplings
(accommodates expansion/contraction up to 6¹⁄₂")
• Paragon Expansion Joints
Fabricated Mechanical Expansion Joints
• PolyMax
(Fabricated steel mechanical slip-type expansion joints
per AWWA C221)
For more information on the above products, contact the
Victaulic Customer Care Center:
Phone: 1-800-PICK-VIC (1-800-742-5842)
Email: pickvic@victaulic.com
For the most up-to-date product information, visit www.victaulic.com
129
Aquamine…
The right pipe for the right job
Introducing the Aquamine® system. Aquamine
is a complete line of high
impact resistant, reusable
PVC pipe, fittings, valves
and specialty items.
Because of its superior
strength and flexibility as
well as other critically
important features, Aquamine has become one of
the leading products in
its field, consistently providing the competitive
edge in efficiency and
productivity.
With expanded industrial
applications in construction, agriculture/irrigation and mining,
Aquamine is available
through a network of
helpful, knowledgeable
distributors worldwide.
The Product
■
Synthetic rubber o-ring provides chemical resistance for a wide range of services
■ High impact resistant PVC pipe and coupling provide strong piping components
■ Spline assembly combines maximum strength by engaging into grooves in both the
coupling and the pipe
■ Thickened pipe end provides joint reinforcement and security
AQUAMINE
C
D
A
B
A - O-ring seal
B - Locking spline
C - Impact-resistant PVC pipe
D - Coupling groove
Request publication 50.01 for more details or call
® Aquamine and Victaulic are Registered Trademarks of Victaulic Company of America and its affiliates
© Copyright 2000 Victaulic Company of America and its affiliates
Printed in U.S.A.
130
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Gaskets
The sealing efficiency of Victaulic gaskets is such that the gasket forms an initial seal as it is
stretched over the pipe ends.
Upon placement of the housing
around the gasket and into the
grooves, the gasket is positioned. As the housing segments
are tightened, the resilient elastomeric gasket conforms to the
internal cavity of the housing
and is further compressed, enhancing the gasket’s seal
against the pipe. The Victaulic
gasket is pressure responsive.
The combination of these characteristics creates a permanent,
leak-tight triple seal on a variety
of piping materials including carbon steel, stainless steel, aluminum, PVC, cast iron and copper.
Line pressure serves to strengthen the seal through the combination of normal gasket resilience,
housing reinforcement and the
action of pressure downward on
the lips.
The Victaulic gasket design
seals equally well under vacuum.
Vacuum creates a pressure differential between the inside and
outside of the piping system.
The resulting increased force
from external pressure differential has the same seal strengthening effect as internal pressure.
Lubricant
Seals between the pipe ends
and the groove
Surrounded, reinforced and
slightly compressed by the housing
Vacuum Service
The Victaulic gasket design
seals equally well under pressure
or vacuum. Vacuum creates a
pressure differential between the
inside and outside of the piping
system. The resulting increased
force from the external pressure
has the same seal enhancement
effect as internal pressure. For
continuous vacuum service
greater than ten inches of mercury, we recommend the use of
molded Victaulic FlushSeal®
gaskets or Victaulic standard
gaskets with a metal ring liner,
both available from your Victaulic distributor. The FlushSeal feature and the metal liner both
prevent distortion of the gasket
due to the pulling action of a
high vacuum at the center of the
gasket. Either molded FlushSeal
gaskets or gaskets with metal
liners are recommended on
strong vacuums and suitable for
applications wherein vacuum
conditions are anticipated to a
maximum value of 29.9" of mercury.
water. Its primary focus is on
contaminants or impurities
which may be imparted indirectly to drinking water. Materials
that do not come in direct contact with the potable water do
not require evaluation.
ANSI/NSF 61 Standard
ANSI/NSF 61 is a National Standard that was developed to establish minimum requirements
for the control of potential adverse human health effects from
products which contact drinking
Halogenated Butyl “M”
Gaskets:
UL classified in accordance with
ANSI/NSF 61 for cold +86°F
(+30°C) potable water service.
Thorough lubrication of the gasket exterior including the lips
and/or pipe ends and housing interiors, is essential to prevent
pinching the gasket. Lubrication
assists proper gasket installation.
Lubricant is available in 4¹⁄₂
ounce tubes. Victaulic Lubricant
is also available in 32 ounce containers.
Use Victaulic Lubricant for installation. Other compatible material, such as silicone and others
may be used on Grades “E” or “L”
gaskets.
For the most up-to-date product information, visit www.victaulic.com
The classification categories for
pipe and related products and
joining and sealing materials, as
established by ANSI/NSF 61 are
“cold”, which is limited to +86°F
(+30°C) maximum and “hot”
which is limited to +180°F
(+82°C) maximum. These categories were established by the
maximum ambient distribution
temperature of unheated water
for “cold” and a temperature well
in excess of a scalding temperature for “hot” domestic water.
The following list represents the
current classifications on our
products:
EPDM “E” Gaskets:
UL classified in accordance with
ANSI/NSF 61 for cold +86°F
(+30°C) and hot +180°F (+82°C)
potable water service.
Seal is enhanced by pressure
of vacuum in the line
Sulfide blend) coating applied to
our Vic®-300 butterfly valves is
UL classified in accordance with
ANSI/NSF 61 for cold +180°F
(+30°C) and hot +180°F (+82°C)
potable water service.
Vic-Press 304™ and
Pressfit Stainless (Type 316)
Couplings and Fittings:
UL classified in accordance with
ANSI/NSF 61 for cold +86°F
(+30°C) and hot +180°F (+82°C)
potable water service with “E”,
“T” or “O” o-rings.
Vic-Press 304 and Pressfit
Stainless (Type 316) Pipe:
UL classified in accordance with
ANSI/NSF 61 for cold +86°F
(+30°C) and hot +180°F (+82°C)
potable water service.
In addition to the above, the
standard black asphalt coating
used on our cement lined
AWWA size fittings is NSF 61
Listed. As the coating is the only
material that comes in contact
with the water, NSF 61 compliant coatings are commercially
available and may be applied to
our products.
For more details about Victaulic
gasket construction and testing,
request 05.01.
Black PPS Coating:
The black PPS (Polyphenylene
NOTE: Victaulic Lubricant is
not recommended for use with
polyethylene pipe.
ALWAYS USE LUBRICANT
FOR PROPER COUPLING
ASSEMBLY.
Size of
Gasket
Nominal In.
Number of Gaskets
Actual mm
Per Tube
Per Quart
2/60,3
55
400
3/88,9
36
270
4/114,3
26
200
6/168,3
17
125
8/219,1
13
100
10/273,0
11
80
12/323,3
8
60
14/355,6
7
50
16/406,4
6
45
18/457,0
5
35
20/508,0
4
30
24/610,0
3
20
131
GASKETS
Unique “C” shaped gasket
forms a triple seal
Gasket Styles
All drawings shown below have been exaggerated for clarity.
Reducing
Standard
A
Max.
®
Exaggerated
for Clarity
Vic-Flange
Outlet
Mechanical-T®
Plain End
EndSeal® Fire-R™
AWWA FlushSeal®
Exaggerated for clarity
Plain End Piping System for HDPE Pipe
FIT®
B
Min.
FlushSeal®
EndSeal®
IPS to AWWA
Transition
Grooved Copper Tubing with FlushSeal Gasket
O-ring Style
GASKETS
UNPRESSED
PRESSED
Patented
Exaggerated
for clarity
Pressfit® Products
132
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Gasket Selection Guide
• To assure maximum life for the service intended, proper gasket selection and specification in
ordering is essential.
Failure to select the proper rubber compound may result in personal injury or property damage,
improper installation, joint leakage or joint failure.
IPS
Special
Gaskets
GRADE
TEMP.
RANGE
COMPOUND
COLOR
CODE
*GENERAL SERVICE RECOMMENDATIONS
E
–30°F
to
+230°F
EPDM
Green
Stripe
Recommended for hot water service within the specified temperature range plus a
variety of dilute acids, oil-free air and many chemical services. UL classified in
accordance with ANSI/NSF 61 for cold +86°F (+30°C) and hot +180°F (+82°C)
potable water service.
NOT RECOMMENDED FOR PETROLEUM SERVICES.
T
–20°F
to
+180°F
Nitrile
Orange
Stripe
Recommended for petroleum products, hydrocarbons, air with oil vapors, vegetable
and mineral oils within the specified temperature range; except hot dry air over
+140°F and water over +150°F.
NOT RECOMMENDED FOR HOT WATER SERVICES.
GRADE
TEMP.
RANGE
M2
V
O
–40°F
to
+160°F
–30°F
to
+180°F
COMPOUND
COLOR
CODE
*GENERAL SERVICE RECOMMENDATIONS
Specially compounded to provide superior service for common aromatic fuels at
low temperatures. Also suitable for certain ambient temperature water services.
Epichlorohydrin
White
Stripe
Neoprene
Yellow
Stripe
+20°F
to
+300°F
Fluoroelastomer
Blue
Stripe
Recommended for many oxidizing acids, petroleum oils, halogenated hydrocarbons, lubricants, hydraulic fluids, organic liquids and air with hydrocarbons to
+300°F.
L
–30°F
to
+350°F
Silicone
Red
Gasket
Recommended for dry heat, air without hydrocarbons to +350°F and certain chemical services. FIT products silicone gaskets are recommended for fire protection dry
systems, all systems operating below 0°F, plus dry heat, air without hydrocarbons,
certain chemical services, and water to +160°F.
A
+20°F
to
+180°F
White
Nitrile
White
Gasket
T
Nitrile
EndSeal
–20°F
to
+150°F
No
External
Identification
Special
Gaskets
GRADE
TEMP.
RANGE
AWWA and Transition
Coupling
S
–20°F
to
+180°F
Nitrile
Red
Stripe
Specially compounded to conform to ductile pipe surfaces. Recommended for
petroleum products, air with oil vapors, vegetable and mineral oils within the specified temperature range; except hot dry air over +140°F and water over +150°F.
NOT RECOMMENDED FOR HOT WATER SERVICES.
M
–20°F
to
+200°F
Halogenated
Butyl
Brown
Stripe
Recommended for water service within the specified temperature range plus a variety of dilute acids, oil-free air and many chemical services. Readily conforms to
ductile pipe surfaces. UL classified in accordance with ANSI/NSF 61 for cold +86°F
(+30°C) potable water service.
NOT RECOMMENDED FOR PETROLEUM SERVICES.
IPS
COMPOUND
COLOR
CODE
For the most up-to-date product information, visit www.victaulic.com
Recommended for hot lubricating oils and certain chemicals. Good oxidation resistance. Will not support combustion.
No carbon black content. May be used for food. Meets FDA requirements. Conforms to CFR Title 21 Part 177.2600
Specially compounded with excellent oil resistance and a high modulus for resistance to extrusion. Temperature Range –20°F to +150°F.* Recommended for petroleum products, air with oil vapors, vegetable and mineral oils within the specified
temperature range. Not recommended for hot water services over +150°F or for
hot, dry air over +140°F.* For maximum gasket life under pressure extremes, temperature should be limited to +120°F. Special Fire-R™ EndSeal Gasket available,
qualified to API 607 standards. Contact Victaulic for details.
*GENERAL SERVICE RECOMMENDATIONS
133
GASKETS
Standard
Gaskets
Gasket Selection
Chemical compositions are listed in alphabetical order. Unless otherwise noted, temperatures are ambient. For chemicals or combinations not listed contact Victaulic for recommendations. DO NOT ASSUME THAT A SERVICE SIMILAR TO THE ONE LISTED CAN BE
ACCOMMODATED WITH THE SAME GASKET.
The data and recommendations presented are based upon the best information available
resulting from our field experience and laboratory testing by our own Engineering Department. In addition, we have incorporated the recommendations supplied by prime producers
of basic copolymer materials and information furnished by leading molders of rubber products.
The information presented in this guide is general in scope and should be used only with
this full knowledge and understanding. In unusual, critical or severe services, full information should be referred to Victaulic.
Where possible, materials should be subjected to simulated service conditions to determine
their suitability for the service intended. Furthermore, it should not be concluded that, in
instances where a liner is not affected by several substances used alone, their combination
will have no reaction on the liner. Caution should be exercised with explosive, inflammable
or toxic fluids. All gasket recommendations are based on pressure and temperature limitations published by Victaulic. Borderline services always should be verified by Victaulic.
Where two gaskets are shown under Gasket Grade, both are acceptable under normal conditions for the service listed.
Rating Code Key
G =
Good
C =
Conditional (submit analysis of material to Victaulic for positive recommendations)
NR =
NOT RECOMMENDED
See pages 6 and 7 for complete listing.
For services not listed contact Victaulic for recommendations.
Gasket recommendations apply only to Victaulic gaskets. Recommendation for a particular service does not necessarily imply compatibility of the coupling housing, related fittings or other components for the same service.
These recommendations do not apply to rubber lined valves.
GASKETS
134
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Chemical Composition
Rating
Code
Gasket
Grade
Rating
Code
Gasket
Grade
Rating
Code
Gasket
Grade
Borax
G
E
Cyclohexanone
C
E
Hexanol Tertiary
G
T
Bordeaux Mixture
G
E
Deionized Water
G
E
Hexyl Alcohol
G
V/T
Chemical Composition
Chemical Composition
Chemical Composition
Rating
Code
Gasket
Grade
ASTM #3 Oil
G
T
Boric Acid
G
E/T
Dextrim
G
T
Hexylene Glycol
G
T
Acetaldehyde
G
E
Bromine
G
O
Diacetone Alcohol
G
V
Hydrobromic Acid, to 40%
G
E
Acetamide
G
T
Bromine Water
G
V
Dibutyl Phthalate
G
E
Acetic Acid up to 10% 100°F (38°C)
G
E
E
C
V
Dichloro Difloro Methane
G
T
Hydrochloric Acid, to 36%, 75°F
(24°C)
G
Butadiene
Acetic Acid from 10-50% 100°F
(38°C)
G
L
Butane Gas
C
T
Dicyclohexylamine
C
T
Hydrochloric Acid, to 36%, 158°F
(70°C)
C
O
Butanol (see Butyl Alcohol)
G
E/T
Diesel Oil
G
T
Hydrocyanic Acid
G
E
Butter
G
A
Diethyl Ether
C
T
Butyl Acetate
C
E
Diethyl Sebacate
G
E
Hydrofluoric Acid, to 75%, 75°F
(24°C)
G
O
Acetic Acid, Glacial 100°F (38°C)
G
L
Acetic Anhydride
G
E
Acetone
G
Acetonitrile
G
E
T
Acetophenone
G
E
Acetylene
C
E/T
Acrylic Resin
G
V
Acrylonitrile
NR
–
Adipic Acid
G
T
Alkalis
G
E
Allyl Alcohol to 96%
G
E
Allyl Chloride
NR
–
Alum Sulfuric Acid
C
O
Alums
G
E/T
Aluminum Chloride
G
E/T
Aluminum Fluoride
G
E/T
Aluminum Hydroxide
G
E
Aluminum Nitrate
G
V/E/T
Aluminum Oxychloride
C
T
Aluminum Phosphate
G
E
Aluminum Salts
G
E
Aluminum Sulfate
G
E/T
Butyl Acetyl Ricinoleate
G
E
Diethylamine
G
T
Hydrofluosilicic Acid
G
T
Butyl Alcohol
G
E/T
Diethylene Glycol
G
E/T
Hydrogen Gas, Cold
C
E/T
Butyl “Cellosolve Adipate”
G
E/T
Digester Gas
G
T/S
Hydrogen Gas, Hot
C
E
Butyl Phenol
C
E
Dimethylamine
G
T
Hydrogen Peroxide, to 50%
C
L
Butyl Stearate
G
T
Dioctyl Phthalate
G
E
Hydrogen Peroxide, to 90%
C
O
Butylene
G
T
Dioxane
G
E
Hydrogen Phosphide
NR
–
Butylene Glycol
G
E
Dipentene (Terpene-Hydrocarbon)
C
T
Hydrogen Sulfide
G
E
Butyne Diol
NR
–
Dipropylene Glycol
G
T
Hydroquinone
G
T
Butyraldehyde
C
V
Dowtherm A
G
O
Hydroxylamine Sulfate
C
E
Cadmium Cyanide
C
V
Dowtherm E
G
O
Hypochlorous Acid, Dilute
G
E
Calcium Acetate
C
T
Dowtherm SR-1
G
T/E
Iso Octane, 100°F (38°C)
G
T
Calcium Bisulphate
G
T
Ethanolamine
G
E
Isododecane
G
V
E
Calcium Bisulphide
G
T
Ethyl Acetoacetate
G
E
Isobutyl Alcohol
G
Calcium Bisulphite
G
T
Ethyl Acrylate
G
L
Isopropyl Acetate
G
E
Calcium Chloride
G
E/T
Ethyl Alcohol
G
E/T
Isopropyl Alcohol
G
E
Calcium Fluophosphate
C
V
Ethyl Cellulose
C
E
Isopropyl Ether
G
T
Calcium Hydroxide (Lime)
G
E/T
Ethyl “Cellusolve”
G
E
JP-3
G
T
Calcium Hypochlorite
G
E
Ethyl Chloride
G
E
JP-4
G
T
Calcium Hypochloride
G
E
Ethyl Ether
C
T
JP-5, 6, 7, 8
G
T
Calcium Nitrate
G
V/E/T
Ethyl Formate
C
V
Kerosene
G
T
E
Ammonia, Anhydrous (Pure
Amonia)
NR
–
Calcium Sulfate
G
E/T
Ethyl Oxalate
G
E
Ketones
G
Ammonia, Aqueous (40% Max)
G
E
Calcium Sulfide
G
E
Ethyl Silicate
G
T
Lactic Acid
G
A
Ammonium Alum
G
V
Caliche Liquors
G
T
Ethylene Chlorohydrin
G
E
Lard
G
A
Ammonium Bifluoride
G
T
Cane Sugar Liquors
G
A
Ethylene Diamine
G
T
Lard Oil
G
V
Ammonium Carbonate
G
E
Carbitol
G
E/T
Ethylene Dichloride
(Dichloroethane)
G
O
Latex (1% Styrene & Butadiene)
G
O
Lauric Acid
G
T
Ethylene Glycol
G
E/T
Lauryl Chloride
NR
–
Ethylene Oxide
NR
–
Lavender Oil
G
T
Fatty Acids
G
A
Lead Acetate
G
T
Ferric Chloride, to 35%
G
E/T
Lead Chloride
C
E
Ferric Chloride, Saturated
G
E
Lead Sulfamate
G
V
Ferric Hydroxide
C
E
Lead Sulfate
G
T
Ferric Nitrate
G
V
Lime and H2O
G
E/T
Ferric Sulfate
G
T
Linoleic Acid
G
O
Ferrus Ammonium Sulfate to 30%
G
V
Linseed Oil
G
A
Fish Oils
G
A
Lithium Bromide
G
T
Fluboric Acid
G
E
Lithium Chloride
G
T
Fluorine Gas, Wet
NR
–
Lubricating Oil, Refined
G
T
Fluorosilicic Acid
G
V
Lubricating Oil, Sour
G
T
Ammonium Chloride
G
T
Carbonic Acid, Phenol
G
O
Ammonium Fluoride
G
E
Carbon Bisulphide
C
O
Ammonium Hydroxide
G
E
Carbon Dioxide, Dry
G
E/T
Ammonium Metaphosphate
G
E
Carbon Dioxide, Wet
G
E/T
Ammonium Nitrate
G
T
Carbon Disulphide
G
O
Ammonium Nitrite
G
E
Carbon Monoxide
G
E
Ammonium Persulfate, to 10%
G
E
Carbon Tetrachloride
G
O
Ammonium Phosphate
G
T
Castor Oil
G
A
Ammonium Sulfamate
G
T
Caustic Potash
G
E
Ammonium Sulfate
G
E/T
Cellosolve Acetate
G
E
Ammonium Sulfide
G
E
Cellosolve (Alcohol Ether)
G
E
Ammonium Thiocyanate
G
E
Cellulose Acetate
G
E
Amyl Acetate
G
E
Cellulube 220 (Tri-Aryl-Phosphate)
G
E
Amyl Alcohol
G
E
Cellulube Hydraulic Fluids
G
E
Amyl Borate
G
V
China Wood Oil, Tung Oil
G
T
Amyl Chloride
NR
–
Chloralhydrate
NR
–
T
Magnesium Ammonium Sulfate
C
V
Formanide
G
T
Magnesium Chloride
G
E/T
Formic Acid
G
E
Magnesium Hydroxide
G
E/T
Freon 11, 130° (54°C)
G
T
Magnesium Nitrate
G
V
E
Freon 12, 130° (54°C)
G
T
Magnesium Oxide
C
V
G
E
Freon 21
NR
–
Magnesium Sulfate
G
E/T
C
O
Freon 22, 130° (54°C)
G
V
Maleic Acid
G
T
NR
–
Freon 113 130° (54°C)
G
T
Malic Acid
G
T
Chloroform
G
O
Freon 114,130° (54°C)
G
T
Mercuric Chloride
G
E/T
Chlorosulphonic Acid
NR
–
Freon 123
NR
–
Mercuric Cyanide
G
T
Chrome Alum
G
T
Freon 134a,176° (80°C)
G
E/T
Mercurous Nitrate
G
E/T
T
O
Anthraquinone
NR
–
Chlorine, Water 4000 PPM (max.)
C
E
Anthraquinone Sulfonic Acid
NR
–
T
G
E
Chlorinated Parafine
(Chlorocosane)
G
Aniline
Aniline Dyes
C
E
Chloroacetic Acid
G
Chloroacetone
Chlorobenzene
Chlorobromomethane
Animal Fats
G
A
Antimony Chloride
G
E
Antimony Trichloride
G
E
Argon Gas
G
E/O
Aroclor(s)
G
O
Arsenic Acid, to 75%
G
T
Arylsulfonic Acid
NR
–
Barium Carbonate
G
E
Barium Chloride
G
E/T
Barium Hydroxide
G
E/T
Barium Nitrate
G
V
Barium Sulfide
G
T
Beer
G
A
Beet Sugar Liquors
G
A
Benzaldehyde
C
E
Benzene
G
O
Benzene Sulfonic (Aromatic Acid)
C
V
Benzine (see Petroleum Ether)
G
O
Benzoic Acid
G
E
Benzol
G
O
Benzyl Alcohol
G
E
Benzyl Benzoate
G
E
Black Sulfate Liquor
G
Blast Furnace Gas
C
Bleach, 12% Active Cl2
C
E
T
V
E/T
E
C
E
G
G
G
C
Chlorine, Dry
E
Lubricating Oil, to 150°F (66°C)
G
Chloric Acid to 20%
O
C
E
Formaldehyde
T
G
G
E
G
Fog Oil
C
Anderol
Aniline Hydrochloride
G
Foam
Lubricating Oil, 150°F to 180°F
(66°C to 82°C)
Amyl Chloronaphthalene
Aniline Oil
Fly Ash
Chrome Plating Solutions
G
O
Fructose
G
T
Mercury
G
Chromic Acid, to 25%
G
O
Fuel Oil
G
T
Methane
C
T
Citric Acid
G
E
Fumaric Acid
G
E
Methyl Acetate
C
V
Cocoanut Oil
G
A
Furan
NR
–
Methyl Alcohol, Methanol
G
E/T
Cod Liver Oil
G
A
Furfuryl Alcohol
G
E
Methyl Cellosolve (Ether)
G
V
Coke Oven Gas
G
T/O
Gallic Acid
NR
–
Methyl Chloride
C
O
Copper Chloride
G
T
Gasoline, Refined
G
T
Methyl Cyclopentane
C
V
Copper Cyanide
G
T
Gasoline, Refined, Unleaded, #
C
O
Methyl Ethyl Ketone
C
E
Copper Fluoride
G
E
Gelatin
G
A
Methyl Isobutyl Carbinol
G
E
Copper Nitrate
G
E/T
Glucose
G
A
Methyl Isobutyl Ketone
NR
–
Copper Sulfate
G
E/T
Glue
G
T/E
Methylene Chloride
C
O
Corn Oil
G
A
Glycerin
G
E/T
Methylene Dichloride 100°F (38°C)
G
O
Cotton Seed Oil
G
A
Glycerol
G
E/T
MIL-L7808
G
O
Creosol, Cresylic Acid
G
O
Glycol
G
E/T
MIL-05606
G
O
Creosote, Coal Tar
G
O
Glycolic Acid
C
E
MIL-08515
G
O
Creosote, Wood
G
O
Grease
G
T
Milk
G
A
Cupric Fluoride
G
T
Green Sulfate Liquor
G
T
Mineral Oils
G
T
Cupric Sulfate
G
T
Halon 1301
G
E
Naptha, 160°F (71°C)
G
O
T
Cyclohexane (Alicyclic
Hydrocarbon)
G
O
Heptane
G
T
Napthalene
NR
–
T
Hexaldehyde
G
E
Napthenic Acid
C
T
Cyclohexanol
G
V
Hexane
G
T
Natural Gas
C
T
For the most up-to-date product information, visit www.victaulic.com
135
GASKETS
Chemical Services
Chemical Composition
Nevoil
Rating
Code
Gasket
Grade
G
E
Chemical Composition
Propargyl Alcohol
Rating
Code
Gasket
Grade
Chemical Composition
Rating
Code
Gasket
Grade
G
E
Sulfuric Acid, 50-95%, 150°F (66°C)
G
O
Nickel Acetate to 10%, 100°F (38°C)
G
V
Propyl Acetate
C
V
Sulfuric Acid, Fuming
C
O
Nickel Ammonium Sulfate
G
V
Propyl Alcohol
G
T
Sulfuric Acid, Oleum
C
O
Nickel Chloride
G
E/T
Propylene Dichloride
C
L
Sulfurous Acid
G
O
Nickel Nitrate
G
V
Propylene Glycol
G
E
Tall Oil
C
T
Nickel Plating Solution 125°F (52°C)
G
E
Pydraul F - 9 and 150
NR
–
Tannic Acid, All Conc.
G
V
Nickel Sulfate
G
E/T
Pyranol 1467
G
T
T
C
V
Pyranol 1476
G
T
Tanning Liquors (50 g. alum.
solution, 50 g. dichromate solution)
G
Nicotine
Nicotine Acid
C
V
Pyroguard “C”
G
T
Tartaric Acid
G
E
Nitric Acid to 10%, 75°F (24°C)
G
E
Pyroguard “D”
G
T
Terpineol
G
V
Nitric Acid, 10-50%, 75°F (24°C)
G
O
Pyroguard 55
G
E
Tertiary Butyl Alcohol
G
V/E/T
Tetrabutyl Titanate
G
E
Tetrachloroethylene
G
O
Nitric Acid, 50-86%, 75°F (24°C)
C
O
Pyrrole
G
E
Nitric Acid, Red Fuming
C
O
Rapeseed Oil
G
A
Nitrocellulose
G
V
T
C
E
Ref. Fuel (70 ISO Octane, 30
Toluene)
G
Nitroethane
Nitromethane
G
E
Rosin Oil
G
Nitrous Oxide
G
E
Salicylic Acid
Octyl Alcohol
G
V
Services
Not Recommended
The services listed below
have been tested and are NOT
RECOMMENDED with any of
the presently available gasket
materials. Services not shown
as recommended or not recommended should be submitted to Victaulic for specific
recommendations.
Tetrahydrofuran
NR
–
Tetralin
NR
–
V/T
Thionyl Chloride
C
T
Acrylonitrile
NR
G
E
Terpineol
C
T
Allyl Chloride
NR
Secondary Butyl Alcohol
G
T
Thiopene
NR
–
Amyl Chloride
NR
Sewage
G
E/T
Titanium Tetrachloride
G
O
Anthraquinone
NR
Silver Cyanide
C
V
Toluene, 30%
G
T
Anthraquinone Sulfonic Acid
NR
G
E
Transmission Fluid, Type A
G
O
Arylsulfonic Acid
NR
Ogisogiric Acid, to 75%, 150°F
(66°C)
G
O
Oil, Crude Sour
G
T
Silver Nitrate
Chemical Composition
Rating Code
Oil, Motor
G
T
Silver Plating Solution
C
V
Triacetin
G
T
Butyne Diol
NR
Oleic Acid
G
T
Silver Sulfate
G
E
Trichloroethane
G
O
Chloralhydrate
NR
Olive Oil
G
A
Skydrol, 200°F (93°C)
G
L
Trichloroethylene, to 200°F (93°)
G
O
Chlorobromomethane
NR
Oronite 8200 Silicate Ester Fluid
G
O
Skydrol 500 Phosphate Ester
C
E
Tricresyl Phosphate
G
E
Chlorosulphonic Acid
NR
Orthodichlorobenzene
G
O
Soap Solutions
G
E/T
Triethanolamine
G
E/T
Ethylene Oxide
NR
OS-45 Silicate Ester Fluid
G
O
Soda Ash, Sodium Carbonate
G
E/T
Trisodium Phosphate
G
E
Fluorine Gas Wet
NR
OS-45-1
G
O
Sodium Acetate
G
E
Tung Oil
G
T
Freon 21
NR
Oxalic Acid
G
E
Sodium Alum
G
T
Turbo Oil #15 Diester Lubricant
G
O
Furan
NR
Oxygen, Cold †
C
E
Sodium Benzoate
G
E/T
Turpentine
C
T
Gallic Acid
NR
Ozone (100 ppm)
G
E
Sodium Bicarbonate
G
E/T
Urea
G
T
Hydrogen Phosphide
NR
Palmitic Acid
G
T
Sodium Bisulfate
G
E/T
Vegetable Oils
G
A
Lauryl Chloride
NR
Peanut Oil
G
A
Sodium Bisulfite (Black Liquor)
G
E/T
Vinegar
G
A
Methyl Isobutyl Ketone
NR
Pentane
G
T
Sodium Bromide
G
E/T
Vinyl Acetate
G
E
Napthalene
NR
Perchloroethylene
G
O
Sodium Carbonate
G
E/T
Vi-Pex
G
T
Perchloric Acid
NR
Perchloric Acid
NR
–
Sodium Chlorate
G
E
Water, to 150°F (66°C)
G
E/T/M/S
Petroleum Ether (see Benzene)
G
O
Sodium Chloride
G
E/T
Water, to 200°F (93°C)
G
Petroleum Oils
G
T
Sodium Cyanide
G
E/T
Water, to 230°F (110°C)
Phenol (Carbolic Acid)
G
O
Sodium Dichromate, to 20%
G
E/T
Water, Acid Mine
Phenylhydrazine
C
E
Sodium Ferricyanide
G
E/T
Water, Bromine
Pydraul F -9 and F - 150
NR
E/M
Solvasol #74
NR
G
E
Steam
NR
G
E/T
Tetra Hydrofuran
NR
G
V
Tetralin
NR
Thiophene
NR
Phenylhydrazine Hydrochloride
C
E
Sodium Ferrocyanide
G
E/T
Water, Chlorine
C
E/M
Phosphate Ester
G
E
Sodium Fluoride
G
E/T
Water, Deionized
G
E/M
Phosphoric Acid, to 50% and 70°F
G
E
Sodium Hydro Sulfide
G
T
Water, Seawater
G
E
Phosphoric Acid, to 85% and 200°F
G
O
Sodium Hydroxide to 50%
G
E
Water, Waste
G
E/T/M/S
Photographic Solutions
G
T
Sodium Hypochlorite, to 20%
G
E
Whiskey
G
A
Phthalic Anhydride
G
E
Sodium Metaphosphate
G
T
White Liquor
G
E
Picric Acid, Molten
G
V
Sodium Nitrate
G
E
Wood Oil
G
T
Plating Solutions (gold, brass,
cadmium, copper, lead, silver,
nickel, tin, zinc)
Sodium Nitrite
G
E/T
Xylene
C
O
G
V
Sodium Perborate
G
E
Zinc Chloride, to 50%
G
E
Polybutene
G
Sodium Peroxide
G
E
Zinc Nitrate
G
E
Sodium Phosphate, Dibasic
G
T
Sodium Phosphate, Monobasic
G
T
Sodium Phosphate, Tribasic
G
T
Sodium Silicate
G
T
Sodium Sulfate
G
E/T
Sodium Sulfide
G
T
T
Polyvinyl Acetate, Solid (In Liquid
State is 50% solution of Methanol or
60% solution of H2O)
G
E
Potassium Alum
G
E/T
Potassium Bicarbonate
G
E/T
Potassium Bichromate
G
T/E
Potassium Borate
G
Potassium Bromate
G
E
E
Potassium Bromide
G
E/T
Potassium Carbonate
G
E/T
Potassium Chlorate
G
E
Potassium Chloride
G
T
GASKETS
Sodium Sulfite Solution, to 20%
G
T
Sodium Thiosulfate, “Hypo”
G
T
Sohovis 47
G
T
Sohovis 78
G
T
Solvasol #1
G
T
Solvasol #2
G
T
Solvasol #3
G
T
Solvasol #73
C
T
Solvasol #74
NR
–
Soybean Oil
G
A
Spindle Oil
G
T
Stannic Chloride
G
T
Stannous Chyoride, to 15%
G
T
Starch
G
T
Steam
NR
–
Stearic Acid
G
T
Potassium Chromate
G
T
Potassium Cyanide
G
E/T
Potassium Dichromate
G
E
Potassium Ferricyanide
G
E
Potassium Ferrocyanide
G
E
Potassium Fluoride
G
E
Potassium Hydroxide
G
T
Potassium Iodide
G
V
Potassium Nitrate
G
T
Potassium Perborate
G
E
Potassium Perchlorate
G
T
Potassium Permanganate,
Saturated to 10%
G
E
Potassium Permaganate, Saturate
10-25%
G
E
Potassium Persulfate
G
T
Sulphite Acid Liquor
G
E
Potassium Phosphate
G
V
Sulfur
G
V/E
Potassium Silicate
G
V/E/T
Sulfur Chloride
G
O
Potassium Sulfate
G
T
Sulfur Dioxide, Dry
C
E/T
Potassium Thiosulfate
G
V
Sulfur Dioxide, Liquid
G
E
Prestone
G
T
Sulfur Trioxide, Dry
G
O
Stoddard Solvent
G
T
Styrene
G
O
Sucrose Solutions
G
A
Sulfonic Acid
G
E
Propane Gas
C
T
Sulfuric Acid, to 25%, 150°F (66°C)
G
E
Propanol
G
E
Sulfuric Acid, 25-50%, 200°F (93°C)
G
O
136
Water and Air Services
Rating Gasket
Code Grade
Air, Temp. –20°F to +200°F (no oil vapors)
(–29°C to +93°C)
Air, Temp. –30°F to +230°F (no oil vapors)
(–34°C to +110°C)
Air, Temp. +230°F to +350°F (no oil vapors)
(+110°C to +177°C)
Air, Oil Vapor, Temp. 0°F to +150°F
(–18°C to +66°C)
Air, Oil Vapor, Temp. +150°F to +300°F
(+66°C to +149°C)
G
E
G
E
G
O
Water, Temp. to +150°F (+66°C)
Water, Temp. to +200°F (+93°C)
Water, Temp. to +230°F (+110°C)*
Water, Acid Mine
Water, Bromine
G
G
G
G
G
E/T/M/S
E/M
E
E/T
V
Water, Chlorine
Water, Deionized
Water, Seawater
Water, Waste
C
G
G
G
E/M
E/M
E
E/T/M/S
G
L
G
T
*Recommended for water only. Not
recommended for steam service, except
where couplings are accessible for
frequent gasket replacement.
For the most up-to-date product information, visit www.victaulic.com
Pipe Preparation
Tools for Preparing to Receive Victaulic® Products
Cut Grooving
The concept of cold forming
(rolling) a groove without metal
removal into pipe was
developed by Victaulic in 1955.
The concept was first used for
light-wall pipe with
insufficient wall thicknesses to
permit cut grooving.
Developments now permit roll
grooving of standard weight
steel pipe, from ³⁄₄ - 42" (20 1050 mm).
Victaulic Vic-Easy roll
grooving tools are all designed
to rotate the pipe as an upper
roll is impressed into the pipe.
New enhanced tracking rolls
(ETR) provide hands-free
grooving. The lower roll, in
addition to driving the pipe, is
the female die inside the pipe.
Groove depth is controlled by
an adjustable stop. The
configuration of the rolls
provides the proper “A” (pipe
end to edge of groove) and “B”
(groove width) dimensions.
Standard roll grooved
joints will provide one-half
the linear movement or
angular deflection of the
same size standard cut
grooved joint.
Victaulic developed the
grooved piping concept in
1925 and designed the first
portable cut grooving tools in
1945. Technology now
provides a variety of tools for
cut grooving from ³⁄₄ - 36 " (20 900 mm) pipe including steel,
stainless, aluminum, ductile
and cast iron, PVC plastic pipe
or lined pipe.
Victaulic cut groovers are
driven around a stationary pipe
to machine away material,
providing a groove. The design
of the tools assures a groove
which is concentric with the
pipe O.D. even with out-ofround pipe. The groove is
always of uniform depth. An
integral pipe stop is adjustable
to provide proper groove
depth. Stops in the tool provide
the proper dimension from the
pipe end to the groove (“A”
dimension). The tool bit
provides proper groove width
(“B” dimension).
For complete tool details and
specifications request 24.01.
Roll grooving is applicable for
stainless steel (may require
special “RX” rolls, contact
Victaulic), carbon steel,
aluminum (Type 6061-T4),
PVC, copper and similar
metallic pipe.
For complete tool details and
specifications request 24.01.
A B
Upper Roll
Pipe
Lower
(Drive)
Roll
Vic-Easy tools cold form groove into
pipe – maintains dimensions
A B
Hydraulic
Force
Pipe
Roll grooving removes no
metal from pipe
Stainless Steel Pipe
Cast/Ductile Iron Pipe
Cut groove removes less metal
than threading
Depth
Stop
Tool
Bit
Pipe
Stop
A
B
Pipe
Inner Roll
Vic-Adjustable® tools provide
proper groove dimensions
Pipe Coatings
To maintain the published
performance levels with
respect to maximum rated
working pressure and end
load, the maximum coating
thickness on our couplings
should not exceed 10 mils
(0.010"). If additional
protection is required, the
coating thickness may be
increased on the external
surfaces of the coupling key,
shoulder, gasket pocket or bolt
pad mating surfaces.
For the most up-to-date product information, visit www.victaulic.com
In addition, the coating
thickness on the pipe ends
should not exceed 10 mils.
Specifically, the gasket seating
surface and the entire groove
should have coating thickness
limited to 10 mils.
Exceeding the maximum
thickness on either the pipe
end or coupling surfaces
mentioned above will decrease
the performance capabilities of
the pipe joints.
137
PIPE PREPARATION
Roll Grooving
Roll Grooving Tools
VE12
Groove In-Place
PIPE PREPARATION
The VE12 In-Place IPS Groover is designed for manual grooving of Schedule 5 and 10 steel for ³⁄₄ - 2"
(20 - 50 mm) and Schedule 40 steel, stainless steel, aluminum and PVC pipe from 1 - 2" (25 - 50 mm).
Tracking enhanced rolls allow bi-directional grooving. No power is required and roll changes are
eliminated.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Power Requirements: None
Weight: 17 lbs. (8 kg)
VE26
Groove In-Place
Shipping Weight: 20 lbs. (9 kg)
The VE26 In-Place IPS Groover allows you to repair and retrofit existing 2 - 3" (50 - 80 mm) Schedule 40
steel and stainless steel pipe plus 2 - 6" (50 - 150 mm) lightwall steel, PVC, and aluminum. Model VE26C
handles copper tubing (CTS) Types K, L, M and DWV plus British, DIN, and Australian Standard copper.
Tracking enhanced rolls allow bi-directional grooving. No power is required and roll changes are
eliminated. Model VE26SS handles 2 - 6" (50 - 150 mm) Schedule 5 and 10 stainless steel.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Power Requirements: None
Weight: 22 lbs. (10 kg)
Shipping Weight: 25 lbs. (11 kg)
VE46
Groove In-Place
The VE46 In-Place Groover is designed for manually roll grooving 3¹⁄₂ - 6" (90 - 150 mm) Schedule 40
steel, aluminum, stainless steel and PVC pipe, and 4 - 6" (100 - 150 mm) Schedule 80 PVC pipe. Tracking
enhanced rolls allow bi-directional grooving. No power is required and roll changes are eliminated.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Power Requirements: None
Weight: 28 lbs. (13 kg)
Shipping Weight: 31 lbs. (14 kg)
VE226
The VE226 Victaulic roll groovers are light, portable, and easily mount to a Victaulic VPD752 or Ridgid*
300 power drive. Optional alternate bases are available for Ridgid 535, 1224, 1822, and Oster 310 power
drives. Contact Victaulic regarding others.
Trial grooving depth is easily set with feeler gauges supplied with the tool, with the setting locked in
with an allen wrench (supplied). The tool is operated with a standard ³⁄₈" (9,5 mm) square ratchet drive
(not included). The roll groover is protected by an integral overload device which guards against undue
load being applied through the ratchet.
The VE226 is available in six models for steel (and other IPS) pipe, including models for copper tubing
and stainless steel. See chart below for individual tool capabilities.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Drive Requirements: Fits Victaulic VPD752 or Ridgid 300 power drives. Optional bases for Ridgid
535, 1224, 1822 and Oster 310 available. Contact Victaulic for others.
Weight: 37 lbs. (17 kg )
Shipping Weight. 40 lbs. (18 kg)
* Ridgid is a registered trademark of the Ridge Tool Company
138
For the most up-to-date product information, visit www.victaulic.com
The VE270FSD is a completely self-contained unit with integral gear motor, safety guards, safety foot
switch and power cord/plug. The VE270FSD uses a 110 volt power source, with a 220 volt model
optional upon request. The tool is supplied complete with 2 - 12" (50 - 300 mm) roll sets; 8 - 12" (200 300 mm) rolls are installed.
The VE270FSD is equipped with a unique pivot arm design, making roll changing quick and easy,
without removing shafts. The patented enhanced tracking rolls reduce the possibility of pipe “walking
off” the tool during grooving. Trial groove diameter is pre-set with the integral stop.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Drive requirements: Self contained
Weight: 340 lbs. (154 kg)
Shipping Weight: 410 lbs. (186 kg)
Optional Accessories: Optional rolls are available for ³⁄₄" (20 mm) and 1 - 1¹⁄₂" (25 - 40 mm) carbon steel
(Schedules 5, 10, 20, and 40); copper rolls for 2 - 8" (54,0 - 206,4 mm) type K, L, M and DWV; and stainless
steel RX rolls for 2 - 8" (50 - 200 mm) Schedules 5S-10-10S. An optional pipe stabilizer for 8 - 12" (200 300 mm) pipe is also available.
VE272SFS
The VE272SFS Portable Roll Groover mounts easily to the Victaulic VPD752 or Ridgid 300 Power Drive.
The VE272SFS is operated using a hand pump. A unique pivot arm design reduces handle effort. Roll
changes are quick and easy. The VE272SFS is also equipped with Victaulic Company’s patented,
Enhanced-Tracking grooving rolls. The tool is supplied complete with 2 -12" roll sets; 8 - 12" rolls are
installed, unless otherwise specified (³⁄₄, 1 and 1¹₂" roll set optional).
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Power Requirements: Victaulic VPD752 or Ridgid 300 power drive
Weight: 184 lbs. (84 kg)
Shipping Weight: 250 lbs. (113 kg)
Optional Accessories: Additional rolls are available for drawn copper tubing 2 - 6" (54,0 - 155,6 mm),
Schedule 5S, 10S, and 10 Stainless Steel pipe and “ES” Grooves.
VE416FSD
The VE416FSD tool is available for field roll grooving of 2 - 16" (50 - 400 mm) standard wall pipe up to
0.375" (9,5 mm). It will accommodate lightwall steel pipe, as well as aluminum, stainless and PVC
plastic pipe. VE416FSD is supplied complete with 2 - 16" (50 - 400 mm) roll sets, with 8 - 12" (200 - 300
mm) rolls installed, unless otherwise specified.
The tool is equipped with a pipe stabilizer for 6 - 16" (150 - 400 mm) pipe sizes to control pipe sway. A
groove depth adjuster provides precise groove dimensions and allows for easy adjustment for initial
groove diameter.
VE416FSD tools are completely self-contained units with integral gear motors, safety foot switch and
power cord/plug. VE416FSD uses a 110 volt, 15 amp power source, with a 220 volt, 8 amp model
optional upon request.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Power Requirements: 110 volt, 15 amp for integral gear motor (220 volt, 8 amp model available upon
request)
Weight: 340 lbs. (154 kg)
Shipping Weight: 550 lbs. (250 kg)
Optional Accessories: Optional rolls are available for drawn copper tubing 2 - 8" (54,0 - 206,4 mm),
2" (50 mm) Schedule 80 PVC pipe, 2 - 16" (50 - 400 mm) stainless steel RX (Schedules 5S, 10 and 10S),
and 2 - 12" (50 - 300 mm) EndSeal (ES).
For the most up-to-date product information, visit www.victaulic.com
139
PIPE PREPARATION
VE270FSD
VE268
The VE268 is designed for fabrication shop roll grooving. The fully-motorized, semi-automatic, electrohydraulic tool comes complete with safety guards and safety foot switch. The VE268 requires a 220/440
volt/3 phase/60 hertz power supply. The tool is supplied complete with 2 - 12" (50 - 300 mm) standard
carbon steel rolls; the 8 - 12" (200 - 300 mm) rolls are installed.
PIPE PREPARATION
The VE268 is equipped with a unique pivot arm design, making roll changes quick and easy, without
removing shafts. The patented enhanced tracking rolls reduce the possibility of pipe “walking off” the
tool during grooving. Trial groove diameter is pre-set with the integral stop.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Drive requirements: Self-contained
Weight: 735 lbs. (333 kg)
Shipping Weight: 805 lbs. (365 kg)
Optional Accessories: Optional rolls are available for ³⁄₄" (20 mm) and 1 - 1¹⁄₂" (25 - 40 mm) carbon steel
(Schedules 5, 10, 20, and 40); copper rolls for 2 - 8" (54,0 - 206,4 mm) type K, L, M and DWV; and stainless
steel RX rolls for 2 - 8" (50 - 200 mm) Schedules 5S-10-10S. An optional pipe stabilizer for 8 - 12" (200 300 mm) pipe is also available.
VE414MC
The VE414 is designed for fabrication shop roll grooving of 2 - 16” (50 - 400 mm) Schedule 5, 10, 20 and
standard wall carbon steel pipe, 2 - 16” (50 - 400 mm) standard wall stainless steel pipe, 2 - 16” (50 - 400
mm) Schedule 40, 2¹⁄₂ - 6” (65 - 150 mm) Schedule 80 PVC pipe, and 2 - 12” (50 - 300 mm) standard wall
aluminum pipe.
The VE414 has a unique roll design, making roll changing quick and easy, without removing main
shafts. The patented enhanced tracking rolls reduce the possibility of pipe “walking off” the tool during
grooving. Trial groove diameter is pre-set with an integral stop.
The tool is a motorized, semi-automatic, hydraulic feed tool. Supplied 220 volt/ 3 phase/ 60 hertz. The
tool comes equipped with 8 - 16” (200 - 400 mm) pipe stabilizers to provide smooth grooving operation.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Drive requirements: Self-contained
Weight: 735 lbs. (333 kg)
Shipping Weight: 805 lbs. (365 kg)
Optional Accessories: Optional rolls are available for 2 - 16” (50 - 400 mm) Schedule 5S and 10S
stainless steel pipe, and 2 - 8” (54,0 - 206,4 mm) type K, L, M and DWV copper tubing. An optional 440
volt/3 phase/60 hertz wiring. Also can be supplied in various voltages in 3 phase/50 hertz for export.
Contact Victaulic for details.
VE436MC
The VE436MC is a fully automated shop tool for roll grooving standard wall (.375 wall maximum). The
fully-motorized, semi-automatic, electro-hydraulic tool comes complete with safety guards and safety
foot switch. It is shipped complete with rolls to groove 4 - 24" (100 - 600 mm); the 8 - 12" (200 - 300 mm)
rolls are installed. The patented enhanced tracking rolls reduce the possibility of pipe “walking off” the
tool during grooving.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Power Requirements: 220/440 volt, 3 phase, 60 hertz (shipped wired for 220 volt unless otherwise
specified)
Weight: 1500 lbs. (680 kg)
Shipping Weight: 1750 lbs. (794 kg)
Optional Accessories: Optional roll kits are available for grooving 26 - 36" (650 - 900 mm) .500 wall
maximum. Also, a 42" (1050 mm) roll kit is available. Contact Victaulic Tool Company for details.
Stainless steel RX rolls for Schedules 5S, 10 and 10S.
140
For the most up-to-date product information, visit www.victaulic.com
Vic-Easy® Roll Grooving Tool Ratings (maximum capacity)
These tools are designed for roll grooving pipe. To accomplish this function
requires some dexterity and mechanical
skills, as well as sound safety habits.
Although this tool is manufactured for
safe dependable operation, it is impossible to anticipate those combinations of
circumstances which could result in an
accident. The operator is cautioned to
always practice “Safety First” during
each phase of use, including setup and
maintenance of these units.
Read and understand the Tool Operating
and Maintenance Instruction Manual provided with each tool before operating or
performing maintenance on tools.
Become familiar with the tool’s operations, applications and limitations. Be
particularly aware of its specific hazards.
Tool
Model
5. To whose attention to send the part(s).
Person’s name
6. Purchase Order Number
7. Billing Address
Order parts from the nearest Victaulic
sales office. Consult the back page of
this catalog for the nearest Victaulic
sales office.
1
1¹⁄₄ 1¹⁄₂
2
40
PVC Plastic
40
5,10,40
5, 10, 40@
PVC Plastic
5, 10, 40@
Copper
K, L, M & DWV
VE26SS
Lt. Wall SS
5S, 10S
Steel
5, 10 & 40
Stainless
40S only
VE46
Aluminum
40
PVC Plastic
40
Steel
5, 10, 40
Stainless
40S only
40 & 80
5, 10
VE226S
Aluminum
40
10
PVC Plastic
80
40
Steel
5, 10, 20 & 40
Stainless
40 Std. Rolls
Aluminum
5, 10, 20 & 40
PVC Plastic
5, 10, 20 & 40
VE226B
Steel
5, 10, 40
Stainless
40S only
Aluminum
40
PVC Plastic
40
5 & 10
VE226M
VE226C
Copper
VE226BSS
Lt. Wall SS
VE226MSS
Lt. Wall SS
5 & 10
5 & 10
K, L, M & DWV
5S, 10S
5S, 10S
Steel
5, 10, 20, 30, 40 Std. Rolls
.188"
Stainless
40 Std. Rolls
–
5S, 10S Stainless Steel RX Rolls
VE272SFS
Aluminum
40 Std. Rolls
PVC Plastic
• PVC grades that can be grooved- PVC
Type I Grade I – PVC 1120; PVC Type I
Grade II – PVC 1220; PVC Type II Grade
I – PVC 2116.
•Light weight stainless steel pipe (Sch.
10S and Sch. 5S) must be grooved using
stainless Rx roll sets.
10 12 14 16 18 20 22 24
5, 10
Aluminum
VE26C
•Aluminum pipe must consist of 6061T4 or 6063-T4 alloys for roll grooving.
• Copper/nickel pipe – contact Victaulic
for details.
3
40S only
Aluminum
Lt. Wall SS
NOTES:
PIPE SIZE/SCHEDULE
4¹⁄
₂
4
5 6 8
3¹⁄
₂
5, 10, 40
Steel
VE26S
3. (Quantity), Item Number, Part Number
and Description: (1) #103, R-103-416KIT, Main Shaft Assembly. Refer to Victaulic repair parts list, RP-416FSD.
4. Where to send the part (s):
Company name
Address
10
Stainless
1. Tool Model Number.
2. Tool Serial Number: The serial number
can be found on the side of the tool
name plate.
³⁄₄
Steel
2¹⁄
₂
VE12
How To Order
When ordering parts, the following information is necessary for the Victaulic Tool
Company to process the order promptly
and send the correct part(s). Request
the appropriate tool parts manual for
detailed drawings and parts listings.
Pipe
Material
PIPE PREPARATION
Victaulic Vic-Easy roll grooving tools are
designed to cold form grooves into the
specified pipe to meet ANSI/AWWA
C-606 standards and the groove dimensions specified in Victaulic Groove Specifications for each type of pipe.
Copper
40
20
40, 80 Std. Rolls
–
40
K, L, M & DWV Copper Rolls
–
Steel
40
20
Stainless
Sch. 40 – Standard Rolls
Lt. Wall SS
5S , 10S Stainless Steel Rx Rolls
VE270FSD
Note: Vic-Easy tools and rolls shown on
this chart will produce grooves in accordance with Victaulic Roll Groove Dimension charts and to ANSI/AWWA C-606
standards.
Aluminum
40
PVC Plastic
40
80
20
80
Copper
40
K, L, M & DWV Copper Rolls
Steel
5, 10, 40
Standard Wall
Stainless
Sch. 40S – Standard Rolls
.375 Wall Only
Lt. Wall SS
5S , 10S Stainless Steel Rx Rolls
VE416FSD
Aluminum
PVC Plastic
Copper
40
40*
80
80
Standard Wall
40
K, L, M & DWV Copper Rolls
@ Does not apply to 6" Schedule 40 size.
* 2" Schedule 80 with RP rolls.
For the most up-to-date product information, visit www.victaulic.com
141
Vic-Easy® Roll Grooving Tool Ratings (maximum capacity)
Victaulic Vic-Easy roll grooving tools are
designed to cold form grooves into the
specified pipe to meet ANSI/AWWA
C-606 standards and the groove dimensions specified in Victaulic Groove Specifications for each type of pipe.
PIPE PREPARATION
These tools are designed for roll grooving pipe. To accomplish this function
requires some dexterity and mechanical
skills, as well as sound safety habits.
Although this tool is manufactured for
safe dependable operation, it is impossible to anticipate those combinations of
circumstances which could result in an
accident. The operator is cautioned to
always practice “Safety First” during
each phase of use, including setup and
maintenance of these units.
Read and understand the Tool Operating
and Maintenance Instruction Manual provided with each tool before operating or
performing maintenance on tools.
Become familiar with the tool’s operations, applications and limitations. Be
particularly aware of its specific hazards.
Tool
Model
Pipe
Material
³⁄₄
1
1¹⁄₄ 1¹⁄₂
2
2¹⁄₂
Steel
3
3¹⁄₂
PIPE SIZE/SCHEDULE
4 4¹⁄₂ 5 6 8
10 12 14 16 18 20 22 24
5, 10, 40
Stainless
20
40 – Standard Rolls
Lt. Wall SS
20
5S , 10S Stainless Steel Rx Rolls
VE268
Aluminum
40
PVC Plastic
40
80
20
80
Copper
40
K, L, M & DWV
Steel
5, 10, 40
Standard Wall
Stainless
40 - Standard Rolls
Standard Wall
Lt. Wall SS
5S , 10S Stainless Steel Rx Rolls
VE414MC
Aluminum
40
PVC Plastic
20
80
40
Copper
40
K, L, M & DWV
* For grooving light wall stainless steel on pipe sizes 18" and larger, contact Victaulic for details.
How To Order
When ordering parts, the following information is necessary for the Victaulic Tool
Company to process the order promptly
and send the correct part(s). Request
the appropriate tool parts manual for
detailed drawings and parts listings.
Tool
Model
3. (Quantity), Item Number, Part Number
and Description: (1) #103, R-103-416KIT, Main Shaft Assembly. Refer to Victaulic repair parts list, RP-416FSD.
4
4¹⁄₂
5
6
Steel
Stainless
1. Tool Model Number.
2. Tool Serial Number: The serial number
can be found on the side of the tool
name plate.
Pipe
Material
VE436
8
Aluminum
12
PIPE SIZE/SCHEDULE
14 16 18 20
40*
22
24
26
0.500" Wall
40
28
30
32
36
0.500" Walll
0.375" Wall
Lt. Wall SS
PVC Plastic
10
–
5S , 10S/10 Stainless Steel Rx Rolls
0.375" Wall
40, 80
–
40
–
*Standard rolls. For 6 - 14 inch (150 - 350 mm) sizes, special tooling is available for grooving “extra-strong” pipe. For 8 - 24 inch (200 600 mm) sizes, the maximum wall thickness is limited to standard wall for pipe lengths shorther than 4 feet (1,2 m).
4. Where to send the part (s):
Company name
Address
5. To whose attention to send the part(s).
Person’s name
6. Purchase Order Number
7. Billing Address
Order parts from the nearest Victaulic
sales office. Consult the back page of
this catalog for the nearest Victaulic
sales office.
NOTES:
•Aluminum pipe must consist of 6061T4 or 6063-T4 alloys for roll grooving.
• PVC grades that can be grooved- PVC
Type I Grade I – PVC 1120; PVC Type I
Grade II – PVC 1220; PVC Type II Grade
I – PVC 2116.
• Copper/nickel pipe – contact Victaulic
for details.
•Light weight stainless steel pipe (Sch.
10S and Sch. 5S) must be grooved using
stainless Rx roll sets.
Note: Vic-Easy tools and rolls shown on
this chart will produce grooves in accordance with Victaulic Roll Groove Dimension charts and to ANSI/AWWA C-606
standards.
142
For the most up-to-date product information, visit www.victaulic.com
Cut Grooving Tools
Vic-Adjustable™
VG28GD
The VG28 tools are designed for fast, easy cut grooving 2 - 8" (50 - 200 mm) steel and other metallic IPS
pipe and 3 - 6" (80 - 150 mm) ductile iron. A modified version (MRL) is available to groove and machine
for rubber lining.
Request publication 24.01 for complete tool details and capabilities.
PIPE PREPARATION
Technical Data
Drive Requirements: External drive, minimum 1¹⁄₂ hp
Drive Speed: 38 rpm max.
Shipped Set For: Standard groove 4 - 6" (100 - 150 mm) steel pipe
Weight: 37 lbs. (17 kg)
Shipping Weight: 54 lbs. (25 kg)
Vic-Groover®
Individual Tools
Vic-Groover tools are designed for manual or power cut grooving of a single size steel, stainless steel,
aluminum and PVC pipe, ranging from ³⁄₄ - 8" (20 - 200 mm). Tools are supplied with a ratchet handle
for manual operation. Tools 2" (50 mm) and larger are supplied with a power yoke. The VG46 model will
groove 4 - 6" (100 - 150 mm) IPS pipe and Vic-Groover tools are available for 3, 4, 6 and 8" (80, 100, 150
and 200 mm) cast pipe plain and cement lined.
Vic-Groover tools are available for 3, 4 and 6" (80, 100 and 150 mm) for BS 4772/ISO ductile iron pipe.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Drive Requirements: Manual or external drive, min. ¹⁄₂ hp. (0.37 kw)
Drive Speed: 40 rpm max.
Shipped Set For: Standard groove, IPS of size indicated or rigid/flexible for ductile/cast pipe
Vic-Adjustable
VG824
The VG824 is designed for cut grooving various metallic pipe materials in sizes ranging from nominal
8 - 24" (200 - 600 mm) and wall thickness from 0.238" (6 mm) - 0.750" (19 mm), depending upon size.
The tool must be driven through its own integral gear box by an external power source at a maximum
speed of 38 rpm. The VG824 is ideal for job site, fab shop or production cut grooving. Tool includes one
8 - 24" (200 - 600 mm) standard tool bit and one extra.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Drive Requirements: External drive, min. 1¹⁄₂ hp
Drive Speed: 38 rpm max.
Shipped Set For: Standard groove, 8 - 12" (200 - 300 mm) steel pipe
Weight: 82 lbs. (37,2 kg)
Shipping Weight: 126 lbs. (57,2 kg)
Options: 8" std. tool bit–0.437" (11 mm); 22 - 24" std. tool bit – 0.563" (14 mm) and tool bits for 8 - 24"
(200 - 650 mm) cast/ductile pipe.
VG412 Orbital
Machining Tool
VG412 is a complete modular pipe end preparation system. Quick, accurate cutting and grooving for
4 - 12" (100 - 300 mm) ductile iron pipe to meet AWWA and other industry specifications for mechanical
couplings. The external mounting and drive action is particularly suited to cement lined ductile iron
pipe grooving. Rugged and reliable, VG412 allows you to cut and groove with one set-up. VG412 is
supplied with a 120 volt/11.5 amp power drive. Hinged frame design allows cutting at any point along
the pipeline. Blade setting and replacement is fast and easy. The tool can be used for 4 - 12" (100 - 300
mm) carbon steel (lined) with the addition of an IPS steel kit.
The VG412 is also available for grooving British Standard/ISO ductile iron pipe of BS 4772/ISO
dimensions for 80, 100 and 150 mm (3, 4 and 6 inch) sizes.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Drive Requirements: 120 volt/11.5 amp
Shipped Set For: Rigid Radius Groove, 4 - 12" (100 - 300 mm) ductile iron pipe
Weight: 151 lbs. (69 kg)
Shipping Weight: 285 lbs. (129 kg)
Options: 4 - 12" (100 - 300 mm) IPS steel kit
For the most up-to-date product information, visit www.victaulic.com
143
Vic Plastic
Groovers
PVC plastic pipe requires a radius groove to reduce any point of stress concentration in this notchsensitive material. The VPG tools feature a high speed, router-type tool bit which cuts a radiused
groove, to full depth, in one manual rotation of the tool around the pipe. The VPG26 handles Schedule
80 - 40 PVC in 2 - 6" (50 - 150 mm) sizes. The VPG824 is designed for 8 - 16" (200 - 400 mm). Both tools
are easily adjusted for proper groove dimensions.
Request publication 24.01 for complete tool details and capabilities.
PIPE PREPARATION
VPG26 Technical Data
VPG824 Technical Data
Power Requirements: 110V/1 ph/60 Hz
(7 amps)
Power Requirements: 110V/1 ph/60 Hz
(7 amps)
Rotation Drive: Manual (Clockwise)
Weight: 41 lbs. (19 kg)
Weight: 47 lbs. (21 kg)
Shipping Weight: 54 lbs. (25 kg)
Shipping Weight: 46 lbs. (21 kg)
Shipped Set For: VPG824 for 8 - 12"
(200 - 300 mm)
Shipped Set For: VPG26 for 2 - 3¹⁄₂"
50 - 90 mm)
Vic-Groover® Cut Grooving Tool Ratings (capacity)
Tool
Model
Vic-Groover
Individually
Vic-Groover
Adjustable
Vic-Groover
VG28GD
Adjustable
Groover
Pipe
Material
PIPE SIZE/SCHEDULE
³⁄₄
1
1¹⁄₄ 1¹⁄₂
2
2¹⁄₂
3
3¹⁄₂
Steel
Sch. 40, 80
Stainless
Sch. 40, 80
Aluminum
Sch. 40, 80
PVC
Sch. 40, 80
4
4¹⁄₂
5
Steel
Sch. 40, 80
Stainless
Sch. 40, 80
Aluminum
Sch. 40, 80
Ductile Iron
Class
53
Class
53
Steel
Sch. 40, 80
Stainless
Sch. 40, 80
Aluminum
Sch. 40, 80
Ductile Iron
6
Class 53
Std. Wall, 40, 80
Stainless
Std. Wall, Sch. 30, 40
Std. Wall, Sch. 30, 40
Aluminum
Std. W., 30, 40
Ductile Iron
144
10 12 14 16 18 20 22 24
Class
53
Steel
VG824
Adjustable
Groover
8
Class 53
VG412
Adjustable
Groover
Steel
Sch. 40, 80
Ductile Iron
Class 53
VPG26
PVC
VPG824
PVC
Sch. 40, 80 PVC
Sch. 40, 80 PVC
For the most up-to-date product information, visit www.victaulic.com
Pressfit Tools
Pressfit Electric
PIPE PREPARATION
The Pressfit System requires a Pressfit tool designed for securing Pressfit products onto pipe. The
Pressfit tool packages include the actual pressing tool and any customer specified press jaws. Jaws are
available separately for rental or purchase in ¹⁄₂, ³⁄₄, 1, 1¹⁄₄, 1¹⁄₂ and 2" (15, 20, 25, 32, 40 and 50 mm) sizes.
The PFT505 Pressfit tool is designed for industrial and trade use only.
PFT505
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Capacity: ¹⁄₂ - 2" (15 - 50 mm) IPS Schedule 5 steel and stainless steel pipe
Power Requirements: 110v/60 cycle/6.5 amp
U
® L
ULC
FM
Shipping Weight: 42 lbs. (19 kg)
Accessories: ¹⁄₂, ³⁄₄, 1, 1¹⁄₄, 1¹⁄₂, and 2" (15 - 50 mm) jaws available for rental or sales separately
Hole Cutting Tools
HCT908
Hole Cutting Tool
The HCT 908 Hole Cutting Tool is a one-piece tool designed to cut holes up to 4¹⁄₂" (120 mm) in carbon
and stainless steel pipe. This allows for use of Mechanical-T®, Vic-Let™, Vic-O-Well™ and Snap-Let®
outlets.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Capacity: ¹⁄₂ - 4" (15 - 100 mm) pipe, 1 - 4¹⁄₂" (25 - 120 mm) holes for Mechanical-T® and Vic-Let™
Power Requirements: 110V/1ph/60 Hz (7.0 amp)
Weight: 23 lbs. (10 kg)
Shipping Weight: 48 lbs. (22 kg)
VHCT900
The VHCT900 Hole Cutting Tool is a three-piece tool designed to cut holes up to 3¹⁄₂" (90 mm) in
diameter for Mechanical-T, Vic-Let, Vic-O-Well and Snap-Let outlets. The base unit clamps quickly
onto the pipe in vertical, horizontal or overhead positions. The heavy-duty drill mounts to the alignment
guides and a manual feed assembly provides uniform pressure on the saw for maximum cutting
efficiency.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Capacity: 1¹⁄₄ - 8" (32 - 200 mm) pipe, 1 - 3¹⁄₂" (25 - 90 mm) holes for Mechanical-T, Vic-Let, Vic-O-Well
and Snap-Let Outlets
Power Requirements: 125V/1ph/50 - 60 Hz (7.5 amp) (220V 50/60 Hz available on request)
Weight: 36 lbs. (16 kg)
Shipping Weight: 53 lbs. (24 kg)
Accessories: Extended chain for 10 - 24" (250 - 600 mm) pipe
Vic-Tap®
Hole Cutting Tool
Vic-Tap Hole Cutting Tool is designed for use with Style 931 Vic-Tap II Mechanical-T unit for tapping
into steel pipe systems under pressures up to 500 psi (3450 kPa).
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Capacity: Vic-Tap II 4 - 8" (100 - 200 mm) Run ✕ 2¹⁄₂" (65 mm) (IPS) Outlet
Power Requirements: 115V/1ph/60Hz, 7.5 amp
Weight:
(A) Drill Guide Base 15 lbs. (6,8 kg)
(B) Drill Motor and Feed Assembly, Total wgt. 16 lbs. (7,3 kg)
(C) Style 931/Valve Unit, 12 - 15 lbs. (5,4 - 6,8 kg), depending upon size
Shipping Weight: Vic-Tap II complete, 75 lbs. (34 kg)
Hole Size: 2³⁄₈" (60,5 mm)
For the most up-to-date product information, visit www.victaulic.com
145
Pipe Cut-Off Tools
VCT1
Manual Pipe Cut-Off Tool
PIPE PREPARATION
Lightweight (22 lbs./9,9 kg) and portable, this cut-off tool handles 4 - 24" (100 - 600 mm) pipe, up to
0.500" (12,7 mm) thick. A worm gear drive crank handle provides smooth, manual travel, easy control
and accurate cutting.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Capacity: 4 - 24" (100 - 600 mm)
Wall Thickness: 0.065 - 0.500" (1,65 - 12,7 mm) (with tips supplied)
Tips: Acetylene - 1 ea. #00, #0, #1
Weight: 22 lbs. (9,9 kg)
Shipping Weight: 28 lbs. (12,7 kg)
VCT2
Automatic Pipe Cut-Off
Tool
Rotation is powered by a small 120 VAC motor with SCR remote control. Unique tip design has stainless
steel insert which extends tip life, eases cleaning and reduces backfire.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Capacity: 6 - 24" (150 - 600 mm)
Wall Thickness: 0.065 - 0.500" (1,65 - 12,7 mm) (with tips supplied)
Tips: Acetylene – 1 ea. #00, #0, #1
Speed Control: SCR
Power Required: 120V/1 ph/60 Hz (15 amp)
Motor Rating: 15W 10,000 rpm
Weight: 33 lbs. (15 kg)
Shipping Weight: 49 lbs. (22 kg)
Accessories: Guide rail is sold separately. Recommended for pipe 12" (300 mm) and above. Order
Guide Rail D-600 for up to 24" (600 mm) pipe (others available).
146
For the most up-to-date product information, visit www.victaulic.com
VPD752
The Victaulic VPD752 Power Drive can be used as the power drive unit for the VE226 and VE272SFS
roll grooving tools, provided the tool is equipped with the correct base plate. It utilizes a 60Hz universal
motor and requires 115V/1 Phase 15 amps of power. It is operated with a safety foot switch.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Capacity: See appropriate tool
Power Requirements: 115 volts, 15 amp, 50/60 Hz (220 volt, 6 amp, 50/60 cycle optional)
Weight: 91 lbs. (41 kg)
Power Mule
Shipping Weight: 192 lbs. (87 kg)
Power Mule is the ideal drive for Victaulic individual Vic-Groover Tools, VG28GD and VG824. It is a
heavy-duty, two-wheeled unit which drives Victaulic cut grooving tools at the speed and power
necessary for accurate grooving.
Power Mule is equipped with a Forward-Off-Reverse control, integral foot switch, and a 1" square drive
connection. Tool plugs directly into 115 volt, 15 amp service.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Capacity: Victaulic Individual Vic-Groover Tools, Victaulic VG28GD, VG26GD/MRL, Victaulic VG824,
VG824/MRL
Power Requirements: 115 volts, 15 amp 50/60 Cycle
Full Load Speed: 35 rpm
Weight: 190 lbs. (86 kg)
VAPS112
The VAPS112 Adjustable Pipe Stand is designed for supporting pipe to be roll grooved. It is a four
legged portable self-standing unit that permits free pipe rotation and traversing on ball transfers.
Turnstile design allows pipe to be spun around for grooving of both pipe ends without dismounting
pipe from stand. VAPS112 Stand supports pipe sizes 1 - 12" (25 - 300 mm) up to 1075 pounds (490 kg)
in weight.
Request publication 24.01 for complete tool details and capabilities.
Technical Data
Capacity: 1 - 12" (25 - 300 mm) IPS pipe
Load Rating: 1075 lbs./490 kg
Vertical Stroke: 14¹⁄₂" (368 mm) for adjusting rod, 8¹⁄₂" (216 mm) leg adjustment, 23" (584 mm)
Minimum Pipe Height from Floor: 23" (584 mm) on 12" (300 mm) pipe, 21" (533 mm) on 1"
(25 mm) pipe
Weight: 154 lbs. (70 kg)
Shipping Weight: 197 lbs. (89 kg)
Handle Effort Required to Raise 1075 lbs. (488 kg) Load: 55 lbs. (25 kg) maximum
For the most up-to-date product information, visit www.victaulic.com
147
PIPE PREPARATION
Accessories
The VAPS224 Adjustable Pipe Stand is designed specifically for supporting pipe to be roll grooved. It
is a self-standing heavy-duty unit that permits free pipe rotation and traversing on ball transfers. Ball
transfers are mounted in a manner permitting use of pipe slings. Turnstile design allows pipe to be spun
around for grooving of both pipe ends without dismounting pipe from stand. VAPS224 Stand supports
pipe sizes 2 - 24" (50 - 600 mm) up to 1800 pounds (816 kg) in weight.
VAPS224
Request publication 24.01 for complete tool details and capabilities.
Technical Data
PIPE PREPARATION
Capacity: 2 - 24" (50 - 600 mm) IPS pipe
Load Rating: 1800 lbs./816 kg
Vertical Stroke: 23" (584 mm)
Minimum Pipe Height from Floor: 13" (325 mm) on 24" (600 mm) IPS pipe
Maximum Pipe Height from Floor: 38" (965 mm) on 2" (50 mm) IPS pipe
Weight: 260 lbs. (118 kg)
Shipping Weight: 307 lbs. (139 kg)
Handle Effort Required to Raise 1800 lbs. (817 kg) Load: 50 lbs. (23 kg) maximum
Speed Reduction Control (LSCR) is designed for electrical speed reduction on various universal power
drives used in conjunction with Victaulic cut grooving tools (individual Vic-Groover Tools, VG28GD &
VG824).
LSCR is recommended for Universal Power Drives that operate at speeds in excess of Victaulic Cut
Groover specifications which incorporate “Universal” motors. LSCR is used in series between a 115
volt, 15 amp supply and the power drive. Not for use with induction-type motors.
Request publication 24.01 for complete tool details and capabilities.
Speed Reduction
Control (LSCR)
Technical Data
Capacity: Universal Motor-type Power Drives (Example: Ridgid 300 portable pipe threader) rated at
115 volt, 15 amp maximum
Power Requirements: 115 volts, 15 amp 50/60 Cycle
Weight: 3 lbs. (1,4 kg)
Shipping Weight: 5 lbs. (2,3 kg)
Pocket-sized steel tapes are available for taking circumferential measurements, marked in ¹⁄₁₀₀ths of an
inch increments. Tapes may be used for measuring ³⁄₄ - 22" (20 - 550 mm) pipe O.D. at the base of the
groove (the “C” diameter). Tapes are notched on the lead end to allow proper overlap within the groove
for more accurate measurement.
Request publication 24.01 for complete tool details and capabilities.
Pipe Diameter
Tape
R
148
For the most up-to-date product information, visit www.victaulic.com
Time for pipe preparation obviously depends on widely varied factors including productivity, location,
type, hardness, and wall thickness of pipe. As a gauge for typical grooving times, the following chart
was prepared to include grooving time with pipe in position and tool properly set for the size and depth
of groove. Times will be extended when going from one size to another for roll changes, depth stop
setting, trial grooving and other minor adjustments incidental to changing pipe sizes or initial set-up
time prior to the first production groove.
APPROXIMATE GROOVING TIME IN MINUTES – STEEL PIPE*
Roll Groovers - Powered
Cut Groovers
Vic-Groover
Nominal
Size
Inches
226
272SFS
270FSD
268
416FSD
414MC
436MC
Power
³⁄₄
1
1¹⁄₄
1¹⁄₂
2
2¹⁄₂
3
3¹⁄₂
4
4¹⁄₂
5
6
8
10
12
14
16
18
20
22
24
30
36
0.5 #
0.6 #
0.7 #@
0.8 #@
1.0 @≠
1.3 @≠
1.4 @≠
1.4 @≠
1.5 @≠
1.5 @≠
1.6 @≠
1.8 @≠
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
0.3
0.3
0.4
0.4
0.5
0.8
1.0
1.5
1.7
2.0
2.5
–
–
–
–
–
–
–
–
0.2
0.2
0.2
0.2
0.3
0.3
0.4
0.4
0.4
0.6
0.8
1.2
1.5
1.8
2.3
–
–
–
–
–
–
–
–
0.2
0.2
0.2
0.2
0.3
0.3
0.4
0.4
0.5
0.6
0.8
0.8
0.9
1.5
1.8
–
–
–
–
–
–
–
–
–
–
–
–
0.3
0.3
0.4
0.4
0.5
0.6
0.8
1.0
1.7
2.5
3.5
3.8
4.0
–
–
–
–
–
–
–
–
–
–
0.2
0.2
0.2
0.2
0.2
0.2
0.2
0.3
0.4
0.6
0.7
0.8
1.1
–
–
–
–
–
–
–
–
–
–
–
–
–
–
0.2
0.2
0.3
0.5
0.8
1.1
1.4
1.8
2.0
2.3
2.5
2.8
3.0
3.8
4.5
0.5
0.5
0.7
0.7
1.0
1.2
1.4
1.7
1.9
2.3
2.5
3.0
4.0
–
–
–
–
–
–
–
–
–
–
Vic-Adjustable
Hand
VG28GD
Power
VG824
Power
1.5
1.5
2.0
2.5
3.0
3.8
4.5
5.5
7.0
8.0
9.0
10.0
15.0
–
–
–
–
–
–
–
–
–
–
–
–
–
–
1.0
1.3
1.5
2.0
2.5
2.8
3.5
4.5
5.0
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
5.0
8.0
10.0
12.0
16.0
20.0
23.0
27.0
30.0
–
–
# VE226B
@ VE226S
≠ VE226M
* For roll groovers the times apply to the thickest pipe wall for which the tool is rated. See tool capacities. For cut groovers, the times apply to standard wall steel pipe. For other materials and thicknesses contact Victaulic for details.
For the most up-to-date product information, visit www.victaulic.com
149
PIPE PREPARATION
GROOVING TIMES
STANDARD PIPE WALL THICKNESS
(ANSI B 36.10 & B 36.19 for Stainless Steel PIpe)
Schedule
Inches/millimeters
Pipe Size
PIPE PREPARATION
Nominal
Outside
Diameter
Inches/mm
³⁄₄
Actual
Outside
Diameter
Inches/mm
1.050
20
26,9
1,65
1,65
2,11
–
–
–
2,87
2,87
3,91
1
1.315
0.065
0.065
0.109
–
–
–
0.133
0.133
0.179
5S
0.065
5
0.065
10S
0.083
10
–
20
–
30
–
40
0.113
STD.
0.113
80
0.154
25
33,7
1,65
1,65
2,77
–
–
–
3,38
3,38
4,55
1¹⁄₄
1.660
0.065
0.065
0.109
–
–
–
0.140
0.140
0.191
32
42,4
1,65
1,65
2,77
–
–
–
3,56
3,56
4,85
1¹⁄₂
1.900
0.065
0.065
0.109
–
–
–
0.145
0.145
0.200
40
48,3
1,65
1,65
2,77
–
–
–
3,68
3,68
5,08
2
2.375
0.065
0.065
0.109
–
–
–
0.154
0.154
0.218
50
60,3
1,65
1,65
2,77
–
–
–
3,91
3,91
5,54
2¹⁄₂
2.875
0.083
0.083
0.120
–
–
–
0.203
0.203
0.276
65
73,0
2,11
2,11
3,05
–
–
–
5,16
5,16
7,01
3
3.500
0.083
0.083
0.120
–
–
–
0.216
0.216
0.300
80
88,9
2,11
2,11
3,05
–
–
–
5,49
5,49
7,62
3¹⁄₂
4.000
0.083
0.083
0.120
–
–
–
0.226
0.226
0.318
90
101,6
2,11
2,11
3,05
–
–
–
5,74
5,74
8,08
4
4.500
0.083
0.083
0.120
–
–
–
0.237
0.237
0.337
100
114,3
2,11
2,11
3,05
–
–
–
6,02
6,02
8,56
5
5.563
0.109
0.109
0.134
–
–
–
0.258
0.258
0.375
125
141,3
2,77
2,77
3,40
–
–
–
6,55
6,55
9,53
6
6.625
0.109
0.109
0.134
–
–
–
0.280
0.280
0.432
150
168,3
2,77
2,77
3,40
–
–
–
7,11
7,11
10,97
8
8.625
0.109
0.109
0.148
–
0.250
0.277
0.322
0.322
0.500
200
219,1
2,77
2,77
3,76
–
6,35
7,04
8,18
8,18
12,70
10
10.750
0.134
0.134
0.165
–
0.250
0.307
0.365
0.365
0.594
250
273,0
3,40
3,40
4,19
–
6,35
7,80
9,27
9,27
15,09
12
12.750
0.156
0.156
0.180
–
0.250
0.330
0.406
0.375
0.688
300
323.8
3,96
3,96
4,57
–
6,35
8,38
10,31
9,53
17,48
14
14.000
0.156
–
0.188
0.250
0.312
0.375
0.438
0.375
0.750
350
355,6
3,96
–
4,78
6,35
7,92
9,53
11,13
9,53
19,05
16
16.000
0.165
–
0.188
0.250
0.312
0.375
0.500
0.375
0.844
400
406,4
4,19
–
4,78
6,35
7,92
9,53
12,70
9,53
21,44
18
18.000
0.165
–
0.188
0.250
0.312
0.438
0.562
0.375
0.938
450
457,0
4,19
–
4,78
6,35
7,92
11,13
14,27
9,53
23,83
20
20.000
0.188
–
0.218
0.250
0.375
0.500
0.594
0.375
1.031
500
508,0
4,78
–
5,54
6,35
9,53
12,70
15,09
9,53
26,19
24
24.000
0.218
–
0.250
0.250
0.375
0.562
0.688
0.375
1.219
600
610,0
5,54
–
6,35
6,35
9,53
14,27
17,48
9,53
30,96
26
26.000
–
–
–
0.312
0.500
–
–
0.375
–
650
660,4
–
–
–
7,92
12,70
–
–
9,53
–
28
28.000
–
–
–
0.312
0.500
0.625
–
0.375
–
700
711,0
–
–
–
7,92
12,70
15,88
–
9,53
–
30
30.000
0.250
–
0.312
0.312
0.500
0.625
–
0.375
–
750
762,0
6,35
–
7,92
7,92
12,70
15,88
–
9,53
–
32
32.000
–
–
–
0.312
0.500
0.625
0.688
0.375
–
800
813,0
–
–
–
7,92
12,70
15,88
17,48
9,53
–
36
36.000
–
–
–
0.312
0.500
0.625
0.750
0.375
–
900
914,0
–
–
–
7,92
12,70
15,88
19,05
9,53
–
42
42.000
–
–
–
–
–
–
–
0.375
–
1050
1067,0
–
–
–
–
–
–
–
9,53
–
150
For the most up-to-date product information, visit www.victaulic.com
Groove Dimensions
ROLL GROOVE
SPECIFICATIONS NOTES
1
B
T
A B
OD
C
Exaggerated for Clarity
D
† Coatings applied to the interior surfaces, including bolt pad mating surfaces, of our grooved and bolted plain
end couplings should not exceed 0.010"
(0,25 mm), Also, the coating thickness
applied to the gasket seating surface
and within the groove on the pipe exterior should not exceed 0.010" (0,25 mm).
COLUMN 1: Nominal IPS Pipe size.
COLUMN 2: IPS outside diameter. The
outside diameter of roll grooved pipe
shall not vary more than the tolerance
listed. For IPS pipe the maximum allowable tolerance from square cut ends is
0.030" for ³⁄₄ - 3¹⁄₂" (26,9 - 101,6 mm);
0.045" for 4 - 6" (114,3 - 168,3 mm); and
0.060" for sizes 8" O.D. (203,2 mm) and
above measured from true square line.
COLUMN 3: Gasket seat. The pipe surface shall be free from indentations, roll
marks, and projections from the end of
the pipe to the groove, to provide a leaktight seal for the gasket. All loose paint,
scale, dirt, chips, grease and rust must
be removed. It continues to be Victaulic’s
first recommendation that pipe be
square cut. When using beveled pipe
contact Victaulic for details. Square cut
pipe must be used with FlushSeal® and
EndSeal® gaskets. Gasket seat “A” is
measured from the end of the pipe.
IMPORTANT: Roll grooving of beveled
end pipe may result in unacceptable
pipe end flare. See column 8.
COLUMN 4: Groove width. Bottom of
groove to be free of loose dirt, chips, rust
and scale that may interfere with proper
coupling assembly. Corners at bottom of
groove must be radiused, For IPS steel
pipe, ,06R on ³⁄₄ - 1¹⁄₂" (26,9 - 48,3 mm),
,08R on 2 - 6" (60,3 - 168,3 mm), ,05R on
8" (219,1 mm) and up.
COLUMN 5: Groove outside diameter. The groove must be of uniform depth
for the entire pipe circumference. Groove
must be maintained within the “C” diameter tolerance listed.
2
Nom.
Pipe
Size
Inches
3
4
5
Dimensions – Inches/millimeters
Groove Dia. – C
Grv.
Gasket Seat
Width - B
-A
Tol.
±0.03
±0.03
+0.000
Basic
±0,76
±0,76
+0,00
Pipe Outside Dia. O.D.
mm
Basic
Tolerance
+
–
6
7
8
Groove
Depth
D
(ref.)
Min.
Allow.
Wall Thk.
T
Max.
Allow.
Flare
Dia.
1.15
³⁄₄
1.050
0.010
0.010
0.625
0.281
0.938
–0.015
0.056
0.065
20
26,9
0,25
0,25
15,88
7,14
23,83
-0,38
1,42
1,65
29,2
1.43
1
1.315
0.013
0.013
0.625
0.281
1.190
–0.015
0.063
0.065
25
33,7
0,33
0,33
15,88
7,14
30,23
-0,38
1,60
1,65
36,3
1¹⁄₄
1.660
0.016
0.016
0.625
0.281
1.535
–0.015
0.063
0.065
1.77
32
42,4
0,41
0,41
15,88
7,14
38,99
-0,38
1,60
1,65
45,0
1¹⁄₂
1.900
0.019
0.019
0.625
0.281
1.775
–0.015
0.063
0.065
2.01
40
48,3
0,48
0,48
15,88
7,14
45,09
-0,38
1,60
1,65
51,1
2.48
2
2.375
0.024
0.024
0.625
0.344
2.250
–0.015
0.063
0.065
50
60,3
0,61
0,61
15,88
8,74
57,15
-0,38
1,60
1,65
63,0
2¹⁄₂
2.875
0.029
0.029
0.625
0.344
2.720
–0.018
0.078
0.083
2.98
65
73,0
0,74
0,74
15,88
8,74
69,09
-0,46
1,98
2,11
75,7
3.000
0.030
0.030
0.625
0.344
2.845
–0.018
0.078
0.083
3.10
76,1
0,76
0,76
15,88
8,74
72,26
-0,46
1,98
2,11
78,7
76,1 mm
3
3.500
0.035
0.031
0.625
0.344
3.344
–0.018
0.078
0.083
3.60
80
88,9
0,89
0,79
15,88
8,74
84,94
-0,46
1,98
2,11
91,4
3¹⁄₂
4.000
0.040
0.031
0.625
0.344
3.834
–0.020
0.083
0.083
4.10
90
101,6
1,02
0,79
15,88
8,74
97,38
-0,51
2,11
2,11
104,1
4
100
108,0 mm
0.344
4.334
0.083
4.60
114,3
1,14
0,79
15,88
8,74
110,08
-0,51
2,11
2,11
116,8
4.250
4.500
0.043
0.045
0.031
0.031
0.625
0.625
0.344
4.084
–0.020
–0.020
0.083
0.083
0.083
4.35
108,0
1,09
0,79
15,88
8,74
103,73
-0,51
2,11
2,11
4¹⁄₂
5.000
0.050
0.031
0.625
0.344
4.834
–0.020
0.083
0.095
5.10
120
127,0
1,27
0,79
15,88
8,74
122,78
-0,51
2,11
2,41
129,5
5.250
0.053
0.031
0.625
0.344
5.084
–0.020
0.083
0.109
5.35
135,9
133,0 mm
139,7 mm
5
125
152,4 mm
159,0 mm
165,1 mm
6
150
203,2 mm
110,5
133,0
1,35
0,79
15,88
8,74
129,13
-0,51
2,11
2,77
5.500
0.056
0.031
0.625
0.344
5.334
–0.020
0.083
0.109
5.60
142,2
139,7
1,42
0,79
15,88
8,74
135,48
-0,51
2,11
2,77
5.563
0.056
0.031
0.625
0.344
5.395
–0.022
0.084
0.109
5.66
141,3
1,42
0,79
15,88
8,74
137,03
-0,56
2,13
2,77
143,8
6.000
0.056
0.031
0.625
0.344
5.830
–0.022
0.085
0.109
6.10
154,9
152,4
1,42
0,79
15,88
8,74
148,08
-0,56
2,16
2,77
6.250
0.063
0.031
0.625
0.344
6.032
–0.030
0.085
0.109
6.35
159,0
1,60
0,79
15,88
8,74
153,21
-0,76
2,16
2,77
161,3
6.500
0.063
0.031
0.625
0.344
6.330
–0.022
0.085
0.109
6.60
167,6
165,1
1,60
0,79
15,88
8,74
160,78
-0,56
2,16
2,77
6.625
0.063
0.031
0.625
0.344
6.455
–0.022
0.085
0.109
6.73
168,3
1,60
0,79
15,88
8,74
163,96
-0,56
2,16
2,77
170,9
8.000
0.063
0.031
0.750
0.469
7.816
–0.025
0.092
0.109
8.17
207,5
203,2
1,60
0,79
19,05
11,91
198,53
-0,64
2,34
2,77
8
8.625
0.063
0.031
0.750
0.469
8.441
–0.025
0.092
0.109
200
219,1
1,60
0,79
19,05
11,91
214,40
-0,64
2,34
2,77
223,5
10.000
0.063
0.031
0.750
0.469
9.812
–0.027
0.094
0.134
10.17
254,0 mm
8.80
254,0
1,60
0,79
19,05
11,91
249,23
-0,69
2,39
3,40
258,3
10
10.750
0.063
0.031
0.750
0.469
10.562
–0.027
0.094
0.134
10.92
250
273,0
1,60
0,79
19,05
11,91
268,28
-0,69
2,39
3,40
277,4
12.000
0.063
0.031
0.750
0.469
11.781
–0.030
0.109
0.156
12.17
304,8
1,60
0,79
19,05
11,91
299,24
-0,76
2,77
3,96
309,1
12.750
0.063
0.031
0.750
0.469
12.531
–0.030
0.109
0.156
12.92
304,8 mm
12
300
323,9
1,60
0,79
19,05
11,91
318,29
-0,76
2,77
3,96
328,2
14
14.000
0.063
0.031
0.938
0.469
13.781
–0.030
0.109
0.156
14.16
350
355,6
1,60
0,79
23,83
11,91
350,04
-0,76
2,77
3,96
359,7
15
15.000
0.063
0.031
0.938
0.469
14.781
–0.030
0.109
0.165
15.16
375
381,0
1,60
0,79
23,83
11,91
375,44
-0,76
2,77
4,19
385,1
16.16
16
16.000
0.063
0.031
0.938
0.469
15.781
–0.030
0.109
0.165
100
406,4
1,60
0,79
23,83
11,91
400,84
-0,76
2,77
4,19
410,5
18.16
18
18.000
0.063
0.031
1.000
0.469
17.781
–0.030
0.109
0.165
450
457,2
1,60
0,79
25,40
11,91
451,64
-0,76
2,77
4,19
461,3
20.16
20
20.000
0.063
0.031
1.000
0.469
19.781
–0.030
0.109
0.188
500
508,0
1,60
0,79
25,40
11,91
502,44
-0,76
2,77
4,78
512,1
22.20
22
22.000
0.063
0.031
1.000
0.500
21.656
–0.030
0.172
0.188
550
559,0
1,60
0,79
25,40
12,70
550,06
-0,76
4,37
4,78
563,9
24
24.000
0.063
0.031
1.000
0.500
23.656
–0.030
0.172
0.218
24.20
600
610,0
1,60
0,79
25,40
12,70
600,86
-0,76
4,37
5,54
614,7
COLUMN 6: Groove depth. For reference only. Groove must conform to the
groove diameter “C” listed.
† On roll grooved pipe, Allowable Pipe End Separation and Deflection from Centerline will be ¹⁄₂ values listed for cut grooved pipe.
For 30 - 42" (750 - 1050 mm) roll groove dimensions contact Victaulic.
COLUMN 7: Minimum allowable wall
thickness. This is the minimum wall
thickness which may be roll grooved.
Large Diameter Roll Groove Specifications
COLUMN 8: Maximum allowable pipe
end flare diameter. Measured at the
most extreme pipe end diameter square
cut or beveled.
Request 25.01 for complete Standard
Roll Groove and Cut Groove Specifications.
Request 25.03 for Machining for Rubber
Lining Specifications.
Request 25.02 for Standard Radius Cut
Groove Specifications for PVC Pipe.
For roll grooving pipe from 24 - 48"
(610,0 - 1219,2 mm) contact
Victaulic.
1
Nom.
Pipe
Size
Inches
2
3
Pipe
Outside Diameter O.D.
Inches/mm
mm
Basic
26 O.D.
26.00
Tolerance
+0.093
Gasket
Seat
“A”
+0.03/–0.06
+0,8/–1,5
4
5
6
Dimensions – Inches/mm
Groove Width “B” Groove Diameter
±0.03/±0,76
“C”
Groove
Tol.
Depth
Roll
Cut
+0.000
“D”
Groove Groove Basic +0,00
(Ref.)
0.625
25.50
–0.063
0.250
8
Min. Allow. Wall
Thickness
“T”
Roll
Groove
0.250
Max.
Allow.
Cut
Flare
Groove Dia.
–0.031
1.75
650
660,4
+2,36
–0,79
44,45
15,88
15,88
647,7
–1,60
6,35
6,35
15,88
665,5
28 O.D.
28.00
+0.093
–0.031
1.75
0.625
0.625
27.50
–0.063
0.250
0.250
0.625
28.20
700
711,0
+2,36
–0,79
44,45
15,88
15,88
698,50
–1,60
6,35
6,35
15,88
716,3
30 O.D.
30.00
+0.093
–0.031
1.75
0.625
0.625
29.50
–0.063
0.250
0.250
0.625
30.20
750
762,0
+2,36
–0,79
44,45
15,88
15,88
749,30
–1,60
6,35
6,35
15,88
767,1
32 O.D.
32.00
+0.093
–0.031
1.75
0.625
0.625
31.50
–0.063
0.250
0.250
0.625
32.20
800
813,0
+2,36
–0,79
44,45
15,88
15,88
800,10
–1,60
6,35
6,35
15,88
817,9
36 O.D.
36.00
+0.093
–0.031
1.75
0.625
0.625
35.50
–0.063
0.250
0.250
0.625
36.20
900
914,0
+2,36
–0,79
44,45
15,88
15,88
901,70
–1,60
6,35
6,35
15,88
42 O.D.
42.00
+0.093
–0.031
2.00
0.625
0.625
41.50
–0.063
0.250
0.250
0.625
42.20
1050
1067,0
+2,36
–0,79
50,80
15,88
15,88
1054,10
–1,60
6,35
6,35
15,88
1071,8
For the most up-to-date product information, visit www.victaulic.com
0.625
7
0.625
26.20
919,5
151
PIPE PREPARATION
Standard Roll Groove Specifications – Steel And Other IPS Pipe †
Groove Dimensions
COPPER TUBING ROLL
GROOVE SPECIFICATIONS
NOTES
PIPE PREPARATION
B
A B
OD
T
C
D
Exaggerated for Clarity
COLUMN 1 – Nominal ASTM B-88 drawn
copper tubing size as indicated in the
chart heading.
COLUMN 2 – Outside diameter: The outside diameter of roll grooved tubing shall
not vary more than the tolerance listed.
The maximum allowable tolerance from
square cut ends is 0.030" (0.8 mm) for 2
- 3" (50 - 80 mm); 0.045" (1.1 mm) for 4
- 6" (100 - 150 mm), measured from true
square line.
Copper Tubing Roll Groove Specifications
1
2
Act. O.D. – Inches/mm
3
4
Gasket Seat
“A”
±0.03
Nom.
Size
In.
5
6
Dimensions – Inches/millimeters
Groove Width
Groove Dia.
Groove
“B”
“C”
Depth
+0.03/-0.00
+0/-0.020
(ref.)
+0,76/-0,00
+0/-0,5
“D”
7
8
Min.
Allow.
Wall Thick.
“T”
Max.
Allow.
Flare
Dia.
Basic
Tolerance
±0,76
2
2.125
±0.002
0.610
50
54,0
±0,05
15,5
7,6
51,5
1,2
DWV
2¹⁄₂
2.625
±0.002
0.610
0.300
2.525
0.050
0.065
2.720
65
66,7
±0,05
15,5
7,6
64,1
1,2
1,7
69,1
3
3.125
±0.002
0.610
0.300
3.025
0.050
mm
0.300
2.029
0.048
80
79,4
±0,05
15,5
7,6
76,8
1,2
4
4.125
±0.002
0.610
0.300
4.019
0.053
100
104,8
±0,05
15,5
7,6
102,1
1,4
5
5.125
±0.002
0.610
0.300
4.999
0.053
125
130,2
±0,05
15,5
7,6
127,0
1,4
6
6.125
±0.002
0.610
0.300
5.999
0.063
150
155,6
±0,05
15,5
7,6
152,3
1,6
8
8.125
+0.002/-0.004
0.610
0.300
7.959
0.083
200
206,4
+0,05/-0,10
15,5
7,6
202,2
2,1
DWV
DWV
DWV
DWV
DWV
2.220
56,4
3.220
81,8
4.220
107,2
5.220
132,6
6.220
158,0
8.220
208,8
COLUMN 3 – Gasket seat: The tubing
surface shall be free from indentations,
roll marks, and projections from the end
of the tubing to the groove, to provide a
leak-tight seat for the gasket. All loose
scales, dirt, chips and grease must be
removed.
COLUMN 4 – Groove width: Bottom of
groove to be free of loose dirt, chips and
scale that may interfere with proper coupling assembly.
COLUMN 5 – Groove outside diameter:
The groove must be uniform depth for
the entire tubing circumference. Groove
must be maintained within the “C” diameter tolerance listed.
COLUMN 6 – Groove depth: For reference only. Groove must conform to the
groove diameter “C” listed.
COLUMN 7 – ASTM B-306 drain waste
and vent (DWV) is minimum wall thickness copper tubing which may be roll
grooved.
COLUMN 8 – Maximum allowable end
flare diameter: measured at the most
extreme tubing end diameter.
152
For the most up-to-date product information, visit www.victaulic.com
Groove Dimensions
STANDARD CUT GROOVE
SPECIFICATIONS NOTES
1
2
B
A B
OD
T
C
Exaggerated for Clarity
D
COLUMN 1: Nominal IPS Pipe size.
COLUMN 2: IPS outside diameter. The
outside diameter of cut grooved pipe
shall not vary more than the tolerance
listed. For IPS pipe the maximum allowable tolerance from square cut ends to
0.030" for ³⁄₄ - 3¹⁄₂"; 0.045" for 4 - 6"; and
0.060" for sizes 8" O.D. and above measured from true square line.
COLUMN 3: Gasket seat. The pipe surface shall be free from indentations, roll
marks, and projections from the end of
the pipe to the groove, to provide a leaktight seal for the gasket. All loose paint,
scale, dirt, chips, grease and rust must
be removed. It continues to be Victaulic’s
first recommendation that pipe be
square cut. When using beveled pipe
contact Victaulic for details. Square cut
pipe must be used with FlushSeal® and
EndSeal ® gaskets. Gasket seat “A” is
measured from the end of the pipe.
COLUMN 4: Groove width. The bottom
of groove to be free of loose dirt, chips,
rust and scale that may interfere with
proper coupling assembly. Maximum
permissible radius at bottom of groove is
.015".
COLUMN 5: Groove outside diameter. The groove must be of uniform depth
for the entire pipe circumference. Groove
must be maintained within the “C” diameter tolerance listed.
COLUMN 6: Groove depth. For reference only. Groove must conform to the
groove diameter “C” listed.
COLUMN 7: Minimum allowable wall
thickness. This is the minimum wall
thickness which may be cut grooved.
Nom.
Pipe
Size
Inches
mm
Pipe Outside Diameter
O.D.
Tolerance
Basic
+
–
3
4
5
Dimensions - Inches/millimeters
Groove
Groove
Gasket
Diameter
Width
Seat
C
B
A
±0.03
±0.03
Tol.
±0,76
±0,76
Basic
+0.000
6
7
Groove
Depth
D
(Ref.)
Min.
Allow.
Wall
Thick
T
0.113
³⁄₄
1.050
–0.015
26,7
0,25
0,25
15,88
7,95
23,83
–0,38
0.056
20
1,42
2,87
1
1.315
0.013
0.013
0.625
0.313
1.190
–0.015
0.133
25
33,7
0,33
0,33
15,88
7,95
30,23
–0,38
0.063
1¹⁄₄
1.660
0.016
0.016
0.625
0.313
1.535
–0.015
32
42,4
0,41
0,41
15,88
7,95
38,99
–0,38
1¹⁄₂
1.900
0.019
0.019
0.625
0.313
1.775
–0.015
40
48,3
0,48
0,48
15,88
7,95
45,09
–0,38
–0.015
0.010
0.010
0.625
0.313
0.938
2
2.375
0.024
0.024
0.625
0.313
2.250
50
60,3
0,61
0,61
15,88
7,95
57,15
–0,38
2¹⁄₂
2.875
0.029
0.029
0.625
0.313
2.720
65
73,0
0,74
0,74
15,88
7,95
69,09
3.000
0.030
0.030
0.625
0.313
76,1
0,76
0,76
15,88
7,95
3.500
0.035
0.031
0.625
0.313
76,1 mm
3
1,60
3,38
0.063
0.140
1,60
3,56
0.063
0.145
1,60
3,68
0.063
0.154
1,60
3,91
–0.018
0.078
0.188
–0,46
1,98
4,78
2.845
–0.018
0.078
0.188
72,26
–0,46
1,98
4,78
3.344
–0.018
0.078
0.188
80
88,9
0,89
0,79
15,88
7,95
84,94
–0,46
1,98
4,78
3¹⁄₂
4.000
0.040
0.031
0.625
0.313
3.834
–0.020
0.083
0.188
90
101,6
1,02
0,79
15,88
7,95
97,38
–0,51
2,11
4,78
0.203
4
4.500
0.045
0.031
0.625
0.375
4.334
–0.020
0.083
100
114.3
1.14
0.79
15.88
9.53
110.08
–0.51
2.11
5.16
4¹⁄₂
5.000
0.050
0.031
0.625
0.375
4.834
–0.020
0.083
0.203
120
127,0
1,27
0,79
15,88
9,53
122,78
–0,51
2,11
5,16
5.500
0.056
0.031
0.625
0.375
5.334
–0.020
0.083
0.203
139,7
1,42
0,79
15,88
9,53
135,48
–0,51
2,11
5,16
139,7 mm
5
0.375
5.395
141,3
1,42
0,79
15,88
9,53
137,03
–0,51
2,13
5,16
6.000
0.056
0.031
0.625
0.375
5.830
–0.022
0.085
0.219
152,4
1,42
0,79
15,88
9,53
148,08
–0,56
2,16
5,56
6.500
0.063
0.031
0.625
0.375
6.330
–0.022
0.085
0.219
165,1
1,60
0,79
15,88
9,53
160,78
–0,56
2,16
5,56
6
6.625
0.063
0.031
0.625
0.375
6.455
–0.022
0.085
0.219
150
168,3
1,60
0,79
15,88
9,53
163,96
–0,56
2,16
5,56
8.000
0.063
0.031
0.750
0.438
7.816
–0.022
0.092
0.238
203,2
1,60
0,79
19,05
11,13
198,53
–0,56
2,34
6,05
8
8.625
0.063
0.031
0.750
0.438
8.441
–0.025
0.092
0.238
200
219,1
1,60
0,79
19,05
11,13
214,40
–0,64
2,34
6,05
10.000
0.063
0.031
0.750
0.500
9.812
–0.025
0.094
0.250
125
152,4 mm
165,1 mm
203,2 mm
254,0 mm
5.563
0.056
0.031
0.625
–0.020
0.084
0.203
254,0
1,60
0,79
19,05
12,70
249,23
–0,64
2,39
6,35
10
10.750
0.063
0.031
0.750
0.500
10.562
–0.027
0.094
0.250
250
273,0
1,60
0,79
19,05
12,70
268,28
–0,69
2,39
6,35
12.000
0.063
0.031
0.750
0.500
11.781
–0.027
0.109
0.279
304,8 mm
304,8
1,60
0,79
19,05
12,70
299,24
–0,69
2,77
7,09
12
12.750
0.063
0.031
0.750
0.500
12.531
–0.030
0.109
0.279
300
323,9
1,60
0,79
19,05
12,70
318,29
–0,76
2,77
7,09
14
14.000
0.063
0.031
0.938
0.500
13.781
–0.030
0.109
0.281
350
355,6
1,60
0,79
23,83
12,70
350,04
–0,76
2,77
7,14
15
15.000
0.063
0.031
0.938
0.500
14.781
–0.030
0.109
0.312
375
381,0
1,60
0,79
23,83
12,70
375,44
–0,76
2,77
7,92
0.312
16
16.000
0.063
0.031
0.938
0.500
15.781
–0.030
0.109
100
406,4
1,60
0,79
23,83
12,70
400,84
–0,76
2,77
7,92
18
18.000
0.063
0.031
1.000
0.500
17.781
–0.030
0.109
0.312
450
457,2
1,60
0,79
25,40
12,70
451,64
–0,76
2,77
7,92
0.312
20
20.000
0.063
0.031
1.000
0.500
19.781
–0.030
0.109
500
508,0
1,60
0,79
25,40
12,70
502,44
–0,76
2,77
7,92
0.375
22
22.000
0.063
0.031
1.000
0.563*
21.656
–0.030
0.172
550
559,0
1,60
0,79
25,40
14,30
550,06
–0,76
4,37
9,53
24
24.000
0.063
0.031
1.000
0.563*
23.656
–0.030
0.172
0.375
600
610,0
1,60
0,79
25,40
14,30
600,86
–0,76
4,37
9,53
* ⁹⁄₁₆" (14 mm) width groove is required in sizes 22 - 24" (550 - 600 mm) in order to obtain the maximum allowable pipe end movement
listed in Performance Data Charts. ¹⁄₂" (12 mm) width groove will give ¹⁄₂ the maximum allowance shown for 22 - 24" (550 - 600 mm). For
double groove tool bit information, contact Victaulic.
For the most up-to-date product information, visit www.victaulic.com
153
PIPE PREPARATION
Standard Cut Groove Specifications – Steel And Other IPS Pipe †
Groove Dimensions
“ES” ROLL/CUT GROOVE
SPECIFICATIONS NOTES
ROLL GROOVE
“ES” Cut Groove Specifications†
B
PIPE PREPARATION
OD
C
Exaggerated for Clarity
D
CUT GROOVE
B
A B
OD
T
C
Exaggerated for Clarity
1
Pipe Size
T
A B
D
† Coatings applied to the interior surfaces, including bolt pad mating surfaces, of our bolted grooved and bolted
plain end couplings should not exceed
0.010" (0,25 mm). Also, the coating thickness applied to the gasket seating surface and within the groove on the pipe
exterior should not exceed 0.010" (0,25
mm).
Nominal
Dia.
Inches
Actual
Out.
Dia.
Inches
mm
mm
2
2.375
2
3
Pipe Outside Dia.
Inches/mm
Gasket Seat
A
Tolerance
+
–
+0.024
–0.024
Basic
Tol.
4
5
Dimensions – Inches/mm
Groove Width
Groove Dia.
B
C
Tol.
Tol.
+0.000
+0.010
+0.25
Basic
+0.00
Basic
0.562
±0.010
0.255
–0.005
2.250
6
7
Groove
Depth
(ref.)
D
Min.
Allow.
Wall
Thick.
T
0.063
0.154
–0.015
50
60,3
+0,61
–0,58
14,27
±0,25
6,48
–0,13
57,15
–0,38
1,60
3,91
2¹⁄₂
2.875
+0.029
–0.029
0.562
±0.010
0.255
–0.005
2.720
–0.018
0.078
0.188
65
73,0
+0,74
–0,71
14,27
±0,25
6,48
–0,13
69,09
–0,46
1,98
4,78
0.188
3
3.500
+0.035
–0.031
0.562
±0.010
0.255
–0.005
3.344
–0.018
0.078
80
88,9
+0,89
–0,79
14,27
±0,25
6,48
–0,13
84,94
–0,46
1,98
4,78
0.203
4
4.500
+0.045
–0.031
0.605
±0.015
0.305
–0.005
4.334
–0.020
0.083
100
114,3
+1,14
–0,79
15,37
±0,38
7,75
–0,13
110,08
–0,51
2,11
5,16
0.219
6
6.625
+0.063
–0.031
0.605
±0.015
0.305
–0.005
6.455
–0.022
0.085
150
168,3
+1,60
–0,79
15,37
±0,38
7,75
–0,13
163,96
–0,56
2,16
5,56
0.238
8
8.625
+0.063
–0.031
0.714
±0.015
0.400
–0.010
8.441
–0.025
0.092
200
219,1
+1,60
–0,79
18,14
±0,38
10,16
–0,25
214,40
–0,64
2,34
6,05
0.250
10
10.750
+0.063
–0.031
0.714
±0.015
0.400
–0.010
10.562
–0.027
0.094
250
273,0
+1,60
–0,79
18,14
±0,38
10,16
–0,25
268,28
–0,69
2,39
6,35
12
12.750
+0.063
–0.031
0.714
±0.015
0.400
–0.010
12.531
–0.030
0.109
0.279
300
323,9
+1,60
–0,79
18,14
±0,38
10,16
–0,25
318,29
–0,76
2,77
7,09
NOTES:
COLUMN 1 – Nominal IPS pipe size.
Nominal metric (ISO) pipe size.
COLUMN 2 – IPS outside diameter. Metric (ISO) outside diameter. The outside
diameter of roll grooved pipe shall not
vary more than the tolerance listed. For
IPS pipe, the maximum allowable tolerance from square cut ends is 0.030" for ³⁄₄
- 3¹⁄₂" (20 - 90 mm); 0.045" for 4 - 6" (100 150 mm); and 0.060" for sizes 203,2 mm
and above measured from true square
line. For (ISO) metric pipe, the maximum
allowable tolerance from square cut ends
is 0,76 mm for sizes 20 mm - 80 mm; 1,14
mm for sizes 100 mm - 150 mm; and 1,52
mm for sizes 200 mm and above, measured from the true square line.
COLUMN 3 – Gasket seat: the pipe surface shall be free from indentations, roll
marks, and projections from the end of
the pipe to the groove, to provide a leaktight seal for the gasket. All loose paint,
scale, dirt, chips, grease and rust must
be removed. Square cut pipe must be
used with FlushSeal® and EndSeal® gaskets. Gasket seat “A” is measured from
the end of the pipe.
COLUMN 4 – Groove width: bottom of
groove to be free of loose dirt, chips, rust
and scale that may interfere with proper
coupling assembly. Corners at bottom of
roll groove must be radiused. For IPS
pipe, 0.04R on 1¹⁄₂ - 12" (40 - 300 mm).
For (ISO) metric pipe, 1,2R mm on
20 - 300 mm.
“ES” Roll Groove Specifications†
1
Pipe Size
Nom.
Dia.
Inches
Actual
Out.
Dia.
Inches
mm
mm
2
3
Pipe Outside Dia.
Inches/mm
Gasket Seat
A
Tolerance
+
–
4
5
Dimensions – Inches/mm
Groove Width
Groove Dia.
B
C
Tol.
Tol.
+0.000
+0.000
+0.00
Basic
+0.00
Basic
6
7
8
Groove
Depth
(ref.)
D
Min.
Allow.
Wall
Thick.
T
Max.
Allow.
Flare
Dia.
Basic
Tol.
2
2.375
+0.024
–0.024
0.572
–0.020
50
60,3
+0,61
–0,61
14,53
–0,51
6,35
+0,38
57,15
–0,38
1,60
1,65
63,0
2¹⁄₂
2.875
+0.029
–0.029
0.572
–0.020
0.250
+0.015
2.720
–0.018
0.078
0.083
2.98
65
73,0
+0,74
–0,74
14,53
–0,51
6,35
+0,38
69,09
–0,46
1,98
2,11
75,7
3.60
0.250
+0.015
2.250
–0.015
0.063
0.065
3
3.500
+0.035
–0.031
0.572
–0.020
0.250
+0.015
3.344
–0.018
0.083
0.083
80
88,9
+0,89
–0,79
14,53
–0,51
6,35
+0,38
84,94
–0,46
2,11
2,11
2.48
91,4
4
4.500
+0.045
–0.031
0.610
–0.020
0.300
+0.020
4.334
–0.020
0.083
0.083
4.60
100
114,3
+1,14
–0,79
15,49
–0,51
7,62
+0,51
110,08
–0,51
2,11
2,11
116,8
6
6.625
+0.063
–0.031
0.610
–0.020
0.300
–0.022
0.085
+0.020
6.455
0.109
6.73
150
168,3
+1,60
–0,79
15,49
–0,51
7,62
+0,51
163,96
–0,56
2,16
2,77
170,9
8
8.625
+0.063
–0.031
0.719
–0.020
0.390
+0.020
8.441
–0.025
0.092
0.109
8.80
200
219,1
+1,60
–0,79
18,26
–0,51
9,91
+0,51
214,40
–0,64
2,34
2,77
223,5
10
10.750
+0.063
–0.031
0.719
–0.020
0.390
+0.020
10.562
–0.027
0.094
0.134
10.92
250
273,0
+1,60
–0,79
18,26
–0,51
9,91
+0,51
268,28
–0,69
2,39
3,40
277,4
12
12.750
+0.063
–0.031
0.719
–0.020
0.390
+0.020
12.531
–0.030
0.109
0.156
12.92
300
323,9
+1,60
–0,79
18,26
–0,51
9,91
+0,51
318,29
–0,76
2,77
3,96
328,2
COLUMN 5 – Groove outside diameter:
the groove must be uniform depth for the
entire pipe circumference. Groove must
be maintained within the “C” diameter tolerance listed.
COLUMN 6 – Groove depth: for reference only. Groove must conform to the
groove diameter “C” listed.
COLUMN 7 – Minimum allowable wall
thickness: this is the minimum wall thickness which may be grooved.
COLUMN 8 – Maximum allowable end
flare diameter. Measured at the most
extreme pipe end diameter square cut or
beveled.
154
For the most up-to-date product information, visit www.victaulic.com
Groove Dimensions
B
R
OD
A B
Flexible Radius Cut Groove Specifications – Ductile Iron Pipe
1
T
C
Nom.
Size
Inches
mm
Victaulic groove specifications for
cast pipe (gray and ductile) conform
to requirements of ANSI/AWWA
standard C-606.
For cast pipe, the groove is cut with
a radius (“R” dimension) at the
corners of the groove base to reduce
stress concentration. Grooving
dimensions are the same for any one
pipe O.D. regardless of pipe class
and pressure.
Standard preparation is with a rigid
radius groove. Flexible radius
groove dimensions may be used to
provide expansion/contraction or
angular movement allowance at the
joint.
The outside surface of the pipe
between the groove and pipe end
must be smooth and free from deep
pits or swells to provide a leak-tight
seat for the Victaulic gasket. All
rust, loose scale, oil, grease and dirt
shall be removed. Peened surfaces
may require corrective action to
provide leak-tight gasket seal (refer
to ANSI/AWWA C-606).
Request 25.05 for Flexible and Rigid
Radius Cut Groove Specifications.
FLEXIBLE AND RIGID RADIUS
CUT GROOVE
SPECIFICATIONS NOTES:
COLUMN 1 –Nominal AWWA Pipe Size
COLUMN 2 † – AWWA outside diameter:
The outside diameter shall not vary more
than the tolerance listed. The maximum
allowable tolerance from square cut
ends is 0.030" (0,8 mm) for 3" (80 mm);
0.045" (1,1 mm) for 4 - 6"
(100 - 150 mm) and 0.060" (1,524 mm)
for sizes 8" O.D. and above measured
from true square line.
2
Pipe Outside Dia. O.D.
Inches/mm
Basic
Tolerance*
+
–
+0.045
–0.045
3
4
5
6
Dimensions – Inches/millimeters
Groove Dia.
C **
7
Gasket
Seat
A+
+0.000
Groove
Width
B
+0.031
–0.020
–0.016
Basic
Tol.
+0.000
Radius
R
Cast
Iron
Ductile
Iron
0.750
0.375
3.723
–0.020
0.120
0.32
0.31
Min. Allow.
Wall Thick. T#
3
3.96
80
100,6
+1,14
–1,14
19,05
9,53
94,56
–0,51
3,05
8,1
7,9
4
4.80
+0.045
–0.045
0.750
0.375
4.563
–0.020
0.120
0.35
0.32
100
121,9
+1,14
–1,14
19,05
9,53
115,90
–0,51
3,05
8,9
8,1
6
6.90
+0.060
–0.060
0.750
0.375
6.656
–0.020
0.120
0.38
0.34
150
175,3
+1,52
–1,52
19,05
9,53
169,06
–0,51
3,05
9,7
8,6
0.36
8
9.05
+0.060
–0.060
0.875
0.500
8.781
–0.025
0.145
0.41
200
229,9
+1,52
–1,52
22,23
12,70
223,04
–0,64
3,68
10,4
9,1
0.38
10
11.10
+0.060
–0.060
0.938
0.500
10.813
–0.025
0.145
0.44
250
281,9
+1,52
–1,52
23,83
12,70
274,65
–0,64
3,68
11,2
9,7
12
13.20
+0.060
–0.060
0.938
0.500
12.906
–0.030
0.145
0.48
0.40
300
335,3
+1,52
–1,52
23,83
12,70
327,81
–0,76
3,68
12,2
10,2
14
15.30
+0.050
–0.080
0.938
0.625
14.969
–0.030
0.165
0.55
0.42
350
388,6
+1,27
–2,03
23,83
15,88
327,81
–0,76
4,19
14,0
10,7
16
17.40
+0.050
–0.080
1.188
0.625
17.063
–0.030
0.165
0.58
0.43
400
442,0
+1,27
–2,03
30,18
15,88
433,40
–0,76
4,19
14,1
10,9
0.44
18
19.50
+0.050
–0.080
1.188
0.625
19.125
–0.030
0.185
0.63
450
495,3
+1,27
–2,03
30,18
15,88
485,78
–0,76
4,70
16,0
11,2
0.45
20
21.60
+0.050
–0.080
1.188
0.625
21.219
–0.030
0.185
0.67
500
548,6
+1,27
–2,03
30,18
15,88
538,96
–0,76
4,70
17,0
11,4
0.47
24
25.80
+0.050
–0.080
1.188
0.625
25.406
–0.030
0.185
0.73
600
655,3
+1,27
–2,03
30,18
15,88
645,31
–0,76
4,70
18,5
11,9
0.51
30
32.00
+0.080
–0.060
1.375
0.750
31.550
–0.035
0.215
0.92
750
812,8
+2,03
–1,52
34,93
19,05
801,37
–0,89
5,46
23,4
13,0
36
38.30
+0.080
–0.060
1.375
0.750
37.850
–0.035
0.215
1.02
0.58
900
972,8
+2,03
–1,52
34,93
19,05
961,39
–0,89
5,46
25,9
14,7
+ Must be smooth and free of deep pits or swells.
** Groove must be of uniform depth for entire pipe circumference. Groove must conform to “C” diameter shown.
* Ovality, or out-of-roundness, must lie within specified tolerances.
# Min. standard wall thickness that should be grooved. Tolerances are to conform to Class 53 ANSI/AWWA C151/A21.51.
For 18-36" (450 - 950 mm) ductile iron Class 53 pipe may be used. Contact Victaulic for details.
Rigid Radius Cut Groove Specifications – Ductile Iron Pipe
1
2
Pipe Outside Dia. O.D.
Inches/mm
Nom.
Size
Inches
mm
Basic
Tolerance*
+
–
+0.045
–0.045
3
4
5
6
Dimensions – Inches/millimeters
Groove Dia.
C **
7
Gasket
Seat
A+
+0.000
Groove
Width
B
+0.031
–0.020
–0.016
Basic
Tol.
+0.000
Radius
R
Cast
Iron
Ductile
Iron
0.840
0.375
3.723
–0.020
0.120
0.32
0.31
Min. Allow.
Wall Thick. T#
3
3.96
80
100,6
+1,14
–1,14
21,34
9,53
94,56
–0,51
3,05
8,1
7,9
4
4.80
+0.045
–0.045
0.840
0.375
4.563
–0.020
0.120
0.35
0.32
100
121,9
+1,14
–1,14
21,34
9,53
115,90
–0,51
3,05
8,9
8,1
6
6.90
+0.060
–0.060
0.840
0.375
6.656
–0.020
0.120
0.38
0.34
150
175,3
+1,52
–1,52
21,34
9,53
169,06
–0,51
3,05
9,7
8,6
0.36
COLUMN 3 † –Gasket seat: The pipe surface shall be free from indentations and
projections from the end of the pipe to
the groove, to provide a leak-tight seat
for the gasket.
8
9.05
+0.060
–0.060
0.950
0.500
8.781
–0.025
0.145
0.41
200
229,9
+1,52
–1,52
24,13
12,70
223,04
–0,64
3,68
10,4
9,1
0.38
COLUMN 4 –Groove width.
COLUMN 5 † –Groove outside diameter:
The groove must be uniform depth for
the entire circumference. Groove must
be maintained within the “C” diameter
tolerance listed.
10
11.10
+0.060
–0.060
1.015
0.500
10.813
–0.025
0.145
0.44
250
281,9
+1,52
–1,52
25,78
12,70
274,65
–0,64
3,68
11,2
9,7
12
13.20
+0.060
–0.060
1.015
0.500
12.906
–0.030
0.145
0.48
0.40
300
335,3
+1,52
–1,52
25,78
12,70
327,81
–0,76
3,68
12,2
10,2
14
15.30
+0.050
–0.080
1.015
0.625
14.969
–0.030
0.165
0.55
0.42
350
388,6
+1,27
–2,03
25,78
15,88
380,21
–0,76
4,19
14,0
10,7
0.43
16
17.40
+0.050
–0.080
1.340
0.625
17.063
–0.030
0.165
0.58
400
442,0
+1,27
–2,03
34,04
15,88
433,40
–0,76
4,19
14,7
10,9
0.44
18
19.50
+0.050
–0.080
1.340
0.625
19.125
–0.030
0.185
0.63
450
495,3
+1,27
–2,03
34,04
15,88
485,78
–0,76
4,70
16,0
11,2
0.45
20
21.60
+0.050
–0.080
1.340
0.625
21.219
–0.030
0.185
0.67
500
548,6
+1,27
–2,03
34,04
15,88
538,96
–0,76
4,70
17,0
11,4
0.47
24
25.80
+0.050
–0.080
1.340
0.625
25.406
–0.030
0.185
0.73
COLUMN 6 –Groove depth: For reference only. Groove must conform to the
groove diameter “C” listed.
600
655,3
+1,27
–2,03
34,04
15,88
645,31
–0,76
4,70
18,5
11,9
0.51
COLUMN 7 –Minimum allowable wall
thickness. This is the minimum wall thickness which may be cut grooved.
† Coatings applied to the interior surfaces, including bolt pad mating surfaces, of our bolted grooved and bolted
plain end couplings should not exceed
0.010" (0.25 mm). Also, the coating thickness applied to the gasket seating surface and within the groove on the pipe
exterior should not exceed 0.010"
(0,25 mm).
30
32.00
+0.080
–0.060
1.625
0.750
31.550
–0.035
0.215
0.92
750
812,8
+2,03
–1,52
41,28
19,05
801,37
–0,89
5,46
23,4
13,0
36
38.30
+0.080
–0.060
1.625
0.750
37.850
–0.035
0.215
1.02
0.58
900
972,8
+2,03
–1,52
41,28
19,05
961,39
–0,89
5,46
25,9
14,7
+ Must be smooth and free of deep pits or swells.
** Groove must be of uniform depth for entire pipe circumference. Groove must conform to “C” diameter shown.
* Ovality, or out-of-roundness, must lie within specified tolerances.
# Min. standard wall thickness that should be grooved. Tolerances are to conform to Class 53 ANSI/AWWA C151/A21.51.
For 18 - 36" (450 - 950 mm) ductile iron Class 53 pipe may be used. Contact Victaulic for details.
For the most up-to-date product information, visit www.victaulic.com
155
PIPE PREPARATION
FLEXIBLE AND RIGID RADIUS
CUT GROOVE
SPECIFICATIONS
Product Index
Style No.
Product Description
Page
No.
Publ.
No.
Style No.
Product Description
Page
No.
Publ.
No.
07.01
Style 07
Zero-Flex® Rigid Coupling
16
06.02
No. 41
Grvd to Flg. Adpt. Nipple (125)
32
No. 10
90° Elbow
28
07.01
No. 42
Adapter Nipple Grvd. ✕ Bevel
31
07.01
No. 10-3D
90° Long Radius Elbow
30
07.01
No. 42P
Adpt. Nipple Plain ✕ Bevel
82
14.04
No. 10C
90° Elbow - AWWA
119
23.05
No. 43
Nipple Grvd. ✕ Grvd.
31
07.01
No. 10-CB
90° Base Elbow - AWWA
124
23.05
No. 43-CF
Straight Flare - AWWA
124
23.05
No. 10-CF
90° Flare - AWWA
124
23.05
No. 43P
Nipple Plain ✕ Grvd.
82
14.04
No. 10-CR
90° Reducing Elbow - AWWA
122
23.05
No. 45
Grvd. Flange Adpt. Nipple (150#)
32
07.01
No. 10-CS
90° Side Outlet - AWWA
124
23.05
No. 46
Grvd. Flange Adpt. Nipple (350#)
32
07.01
No. 10R
Reducing Base Elbow
31
07.01
No. 47
Clearflow Dielectric Waterway
72
09.07
No. 10P
90° Plain End - Elbow
80
14.04
No. 48
Hose Nipple
40
07.01
No. 11
45° Elbow
28
07.01
No. 50
Reducer - Concentric
33
07.01
No. 11-3D
45° Long Radius Elbow
30
07.01
No. 50C
Reducer - AWWA
122
23.05
No. 11C
45° Elbow - AWWA
119
23.05
No. 51
Reducer - Eccentric
33
07.01
PRODUCT INDEX
No. 11P
45° Plain End - Elbow
80
14.04
No. 51C
Reducing Eccentric - AWWA
122
23.05
No. 12
22¹⁄₂° Elbow
28
07.01
No. 52
Reducing Thd. MPT Small End
36
07.01
No. 12C
22¹⁄₂° Elbow - AWWA
119
23.05
No. 53
Swaged Reducing Grvd. ✕ Grvd.
36
07.01
No. 13
11¹⁄₄° Elbow
28
07.01
No. 53P
Swaged Reducer Plain End
82
14.04
No. 13C
11¹⁄₄° Elbow - AWWA
119
23.05
No. 54
Swaged Reducer Grvd. ✕ Thd.
36
07.01
No. 18
90° Adpt. Elbow MPT x Grvd.
37
07.01
No. 55
Swaged Reducer Thd. ✕ Grvd.
36
07.01
No. 19
45° Adpt. Elbow MPT x Grvd.
37
07.01
No. 60
Cap
31
07.01
No. 20
Tee
28
07.01
No. 60C
Cap - AWWA
119
23.05
No. 20C
Tee - AWWA
119
23.05
No. 61
Steel Bull Plug
38
07.01
No. 20-CB
Base Tee - AWWA
124
23.05
No. 61P
Steel Bull Plug, Plain End
81
14.04
No. 20-CS
Tee - Side Outlet - AWWA
124
23.05
No. 62-ES
Extra Heavy 90° Elbow
26
07.03
No. 20P
Tee - Plain End
80
14.04
No. 63-ES
Extra Heavy 45° Elbow
26
07.03
No. 21
Bullhead Tee
37
07.01
No. 64-ES
Extra Heavy Tee
26
07.03
No. 21-C
Bullhead Tee - AWWA
121
23.05
Style HP-70
Rigid Coupling
25
06.12
No. 22
Manifold Header Tee-ES Grvd.
26
07.03
Style HP-70ES
EndSeal® Coupling
25
06.13
No. 25
Reducing Tee
34
07.01
Style HP-70ES
ES Coupling w/Fire-R™ Gasket
26
06.14
No. 25C
Reducing Tee - AWWA
120
23.05
Style 72
Outlet Coupling
23
06.10
No. 25-CB
Reducing Base Tee - AWWA
124
23.05
Style 75
Flexible Coupling
19
06.05
No. 25P
Reducing Tee - Plain End
81
14.04
Style 77
Standard Flexible Coupling
18
06.04
No. 27
Standpipe Tee
37
07.01
Style 77S
Flexible Coupling - Stainless
85
17.03
No. 29
Reducing Tee Thd. MPT Br.
34
07.01
Style 78
Snap-Joint Coupling
22
06.09
No. 29M
Tee Thd. MPT Branch
29
07.01
No. 80
Adpt. Grvd. ✕ Thd. FPT
39
07.01
No. 30
45° Lateral
30
07.01
Style 89
Rigid Coupling for Stainless Steel Pipe
85
17.24
No. 30C
45° Lateral - AWWA
119
23.05
Style 99
Roust-A-Bout® Coupling Rigid Plain End
79
14.02
No. 30-CR
45° Reducing Lateral - AWWA
120
23.05
No. 100
90° Elbow Long Radius
29
07.01
No. 30P
45° Lateral - Plain End
80
14.04
No. 100C
90° Elbow Long Radius - AWWA
119
23.05
No. 30R
45° Reducing Lateral
39
07.01
No. 100-CB
Long Radius Base Elbow - AWWA
124
23.05
Style 31
Coupling - AWWA
117
23.02
No. 100-CF
90° Long Radius Flare - AWWA
124
23.05
No. 32
Tee Wye
38
07.01
No. 100-CR
Long Radius Reducing Elbow - AWWA
122
23.05
No. 32R
Reducing Tee Wye
40
07.01
No. 100P
90° Elbow Long Radius - Plain End
82
14.04
No. 33
True Wye
29
07.01
No. 110
45° Elbow Long Radius
29
07.01
No. 33-C
Wye - AWWA
119
23.05
No. 110P
45° Elbow Long Radius - Plain End
82
14.04
No. 33P
True Y - Plain End
81
14.04
Style 150
Mover® Expansion Joint
67
09.04
No. 35
Cross
28
07.01
Style 155
Standard Expansion Joint
68
09.05
No. 35C
Cross - AWWA
119
23.05
Vic-300 ®
Vic-300 Butterfly Valve
42
08.02
No. 35CR
Reducing Cross
120
23.05
Style 307
Transition Coupling
116
23.03
No. 35-ES
Extra Heavy Cross
26
07.03
Series 317
AWWA Check Valve
128
23.09
No. 35P
Cross - Plain End
81
14.04
Style 341
Vic-Flange® Adapter - AWWA
118
23.04
No. 40
Adpt. Nipple Grvd. ✕ Thd. MPT
31
07.01
Series 365
Vic-Plug™ Valve - D.I. Ends
125
23.06
No. 40P
Adpt. Nipple Plain ✕ Thd. MPT
82
14.04
Series 366
Vic-Plug Valve - IPS Ends
125
23.06
156
For the most up-to-date product information, visit www.victaulic.com
Product Description
Page
No.
Publ.
No.
Style No.
Product Description
Page
No.
Publ.
No.
Series 377
Vic-Plug Balancing Valve
52
08.12
No. 611
45° Elbow - Copper
113
22.04
Style 397
Plain End Coupling
117
23.10
No. 620
Tee - Copper
113
22.04
Style 399
Plain End Coupling
117
23.10
No. 625
Reducing Tee Gr. ✕ Gr. ✕ Gr. - Copper
113
22.04
No. 410SS
90º Elbow – SS ASTM A403
88
17.10
No. 626
Reducing Tee Gr. ✕ Gr. ✕ Cup - Copper
113
22.04
No. 411SS
45º Elbow – SS ASTM A403
88
17.10
Style 641
Vic-Flange Adpt. - Copper
112
22.03
No. 420SS
Tee – SS ASTM A403
88
17.10
No. 650
Con. Reducing Gr. ✕ Gr. - Copper
114
22.04
No. 425SS
Reducing Tee – SS ASTM A403
89
17.10
No. 652
Con. Reducing Gr. ✕ Cup - Copper
114
22.04
Style 441
Stainless Steel Vic-Flange Adapter
87
17.27
No. 660
Cap - Copper
114
22.04
No. 450SS
Reducing - Concentric – SS ASTM A403
88
17.10
Series 700
Butterfly Valve
48
08.05
No. 460SS
Cap – SS ASTM A-403
89
17.10
Series 706
H.P. Large Diameter Butterfly Valve
47
08.17
Style 475
Lightweight Flexible Coupling
86
17.12
Series 709
Large Diameter Butterfly Valve
46
08.03
Style 489
Rigid Stainless Steel Coupling
84
17.25
Series 712
Swinger®-Swing Check Valve
50
08.11
Style 507
Vic-Press™ 316 S.S. Coupling (P ✕ P)
95
18.01
Series 712S
Swinger Check Valve - Stainless
94
17.08
Style 508
Vic-Press 316 S.S. Slip Coupling (P ✕ P)
96
18.01
Series 713
Swinger-1000 PSI
50
08.11
Style 547
Vic-Press 304™ S.S. Grooved End
Union
107
18.02
Series 716
Vic-Check™ Valve
49
08.08
60
08.15
18.01
Brass Body Ball Valve
Vic-Press 316 S.S. Grooved End Union
99
Series 722
Style 548
60
08.13
102
18.02
Three Port Diverter Valve
Style 561
Vic-Press 304 Weld Adapter (P ✕ T)
Series 723
17.07
Style 565
Vic-Press 304 Lap Joint Flange Adapter
18.02
Three Port Diverter Valve - Stainless
92
105
Series 723S
08.23
Style 566
Vic-Press 316 Lap Joint Flange Adapter
18.01
Vic-Ball® Valve
61
99
Series 726
Three Port Diverter Valve - Stainless
93
17.22
Style 568
Vic-Press 316 S.S. 90º Elbow –
Short Tangent
Series 726S
96
18.01
Series 730
Vic-Strainer® Tee Type
65
09.02
Series 569
Pressfit Type 316 Stainless Ball Valve
100
18.01
Series 731-G
Suction Diffuser
63
09.14
Style 570
Vic-Press 316 S.S. 90° Elbow
96
18.01
Series 732
Vic-Strainer Wye Type
66
09.03
Style 571
Vic-Press 316 S.S. 45° Elbow
96
18.01
Series 733
Venturi Indicator
69
09.08
Style 572
Vic-Press 316 S.S. Tee
97
18.01
Series 734
Orifice Indicator
70
09.09
Style 573
Vic-Press 316 S.S. Tee Reducing Br.
97
18.01
Series 736
TA Link Differential
56
08.16
Style 574
Vic-Press 316 S.S. Con. Reducing
98
18.01
Styles 737
57
08.16
Style 575
Vic-Press 316 S.S. Flange Adapter
99
18.01
CBI II Hand Held Circuit Balancing
Instrument
08.16
Style 576
Vic-Press 316 S.S. Male Adapter
18.01
TA Meter – Portable Differential
56
98
Style 738
09.11
Style 577
Vic-Press 316 S.S. Transition Nipple
18.01
Portable Master Meters
71
98
Style 739
Vic-Flange Adapter
20
06.06
Style 578
Vic-Press 316 S.S. Tee Reducing
Branch
Style 741
99
18.01
Style 743
Vic-Flange Adapter 300#
21
06.06
Style 579
Vic-Press 316 S.S. Female Thd. Adapter
97
18.01
Style 750
Reducing Coupling
22
06.08
Style 582
Vic-Press 304 S.S. Reducer Insert
(T ✕ P)
103
Series 763
Stainless Steel Butterfly Valve
90
17.23
Style 770
Large Diameter Coupling
17
06.03
Style 583
Vic-Press 316 S.S. Reducer Insert
98
18.01
Series 779
Venturi Check Valve
51
08.10
Style 584
Vic-Press 304 S.S. Threaded Union
106
18.02
Series 782
TA Bypass Valve
54
08.16
Style 585
Vic-Press 316 S.S. Threaded Union
100
18.01
Series 783
TA Bypass Valve
54
08.16
Style 586
Vic-Press 304 S.S. 90º Elbow –
Short Tangent
103
18.02
Series 785
TA TBVS Sweated End Mini Circuit
Balancing Valve
54
08.16
Style 587
Vic-Press 304 S.S. Transition Nipple
106
18.02
Vic-Press 304 S.S. Reducing Threaded
Branch
Series 786
08.16
105
18.02
TA STAS Soldered End Circuit
Balancing Valve
55
Style 588
Series 786-DK
TA Drain Kit
57
08.16
Series 589
Vic-Press 304 Stainless Ball Valve
107
18.02
Style 590
Vic-Press 304 S.S. 90° Elbow
103
18.02
Series 787
TA STAD NPT Fem. Thd. Circuit
Balancing Valve
55
08.16
Style 591
Vic-Press 304 S.S. 45° Elbow
103
18.02
Style 592
Vic-Press 304 S.S. Tee
104
18.02
Style 593
Vic-Press 304 S.S. Tee Reducing
Pressfit Branch
104
18.02
Style 594
Vic-Press 304 S.S. Conc. Reducer
104
18.02
Style 595
Vic-Press 304 S.S. Flange Adapter
105
18.02
Style 596
Vic-Press 304 S.S. Male Adapter
102
18.02
Style 597
Vic-Press 304 S.S. Std. Coupling
102
Style 598
Vic-Press 304 S.S. Slip Coupling
102
Style 599
Vic-Press 304 S.S. Female Threaded
Adapter
106
Style 606
Coupling - Copper
112
22.02
Series 608
Butterfly Valve - Copper
115
22.05
No. 610
90° Elbow - Copper
113
22.04
18.02
Series 787-U
TA STAD Circuit Balancing Valve
55
08.16
Series 788
TA STAF Flgd. End Circuit Balancing
Valve
55
08.16
Series 789
TA STAG Gr. End Circuit Balancing
Valve
56
08.16
®
Style 791
Vic-Boltless Coupling
24
06.11
Style 792
Assembly Handle Vic-Boltless
24
06.11
18.02
Style 920 and
920N
Mechanical-T Outlet
74
11.02
18.02
Style 923
Vic-Let™ Strapless Outlet
77
11.05
18.02
Style 924
Vic-O-Well™ Therm. Outlet
77
11.06
Style 994
HDPE Flange
110
19.04
Style 995
HDPE Coupling
109
19.02
Style 997
HDPE-to-Std. Gr. Transition Coupling
110
19.03
For the most up-to-date product information, visit www.victaulic.com
157
PRODUCT INDEX
Style No.
Tools
Style No.
Product Description
Page
No.
Publ.
No.
Roll Grooving Tools
VE12
Groove In-Place - Steel
138
24.01
VE26
Groove In-Place
138
24.01
VE46
Groove In-Place
138
24.01
VE226/S/B/M/
BSS/MSS/C
Portable Roll Groover
138
24.01
VE270FSD
Field Roll Groover
139
24.01
VE272SFS
Field Roll Groover
139
24.01
VE268
Shop Roll Groover
140
24.01
VE414MC
Vic-Easy Shop Roll Groover
140
24.01
VE416FSD
Field Roll Groover
139
24.01
VE436MC
Production Roll Groover
140
24.01
Cut Grooving Tools
VG28GD
Adjustable Cut Groover
143
24.01
Vic-Groover
Individual Cut Groover
143
24.01
VG824
Adjustable Cut Groover
143
24.01
VG412
Orbital Tool
143
24.01
VPG26
PVC Plastic Groover
144
24.01
VPG824
PVC Plastic Groover
144
24.01
PFT505
Pressfit Electric Tool
145
24.01
HCT908
Hole Cutting Tool
145
24.01
VHCT900
Vic Hole Cutting Tool
145
24.01
Vic-Tap
Hole Cutting Tool
145
24.01
VCT1
Cut-Off Tool - Manual
146
24.01
VCT2
Cut-Off Tool - Electric
146
24.01
VPD752
Power Drive
147
24.01
Power Mule
Power Drive
147
24.01
VAPS112
Small Pipe Stand
147
24.01
VAPS224
Heavy Duty Pipe Stand
148
24.01
LSCR
Speed Reduction Control
148
24.01
Pipe Tape
Diameter Tape
148
24.01
Other Tools
PRODUCT INDEX
Accessories
158
For the most up-to-date product information, visit www.victaulic.com
Terms and Conditions of Sale
CONTROLLING PROVISIONS: These terms and conditions shall control with respect to any purchase order or
sale of Victaulic products.
No alteration, modification or waiver of these terms and conditions whether on Customer’s purchase order or
otherwise shall be valid unless the alteration, modification or waiver is specifically accepted in writing by an
authorized representative of Victaulic.
Prices, Designs and Terms and Conditions of Sale are subject to change without notice.
TERMS OF PAYMENT: As stated on inovice. Maximum legal interest rate charged thereafter.
MINIMUM INVOICE CHARGES: A handling charge of $20 will apply to all orders under $100 net.
SHIPPING TERMS: F.O.B. shipping point (our option) freight prepaid and allowed on single orders having a net price value of
$6000 and over, for shipment at one time to one destination into distributor stock, as determined by Victaulic within the
continental United States, excluding Alaska, Hawaii, Puerto Rico and U.S. possessions.
Shipping and handling charges on orders less than net price value of $6000, F.O.B. shipping point (our option) will be paid by the
customer. The most economical routing to recognized delivery points will be used, at our discretion. The cost of any special routing, packaging or handling that has been requested by the customer, and is a deviation to our normal handling methods, will be
added to the order and paid by the customer.
Shipments beyond the borders of the United States are prepaid and chargeable or collectable to final destination.
Orders are accepted subject to approval of our General Office and Credit Department at Easton, Pennsylvania, and contingent
upon acts of God, war, civil disturbance, strikes, labor difficulties, delays of carriers, inability to obtain materials,
accidents or any other cause beyond our control.
Victaulic will endeavor to ship by the scheduled delivery date, but reserves the right to ship within a reasonable period thereafter.
Under no circumstances shall Victaulic be liable for damages of any kind, including but not limited to incidental
or consequential damages for lost profits or lost sales or liquidated damages, directly or indirectly arising from
delays or failure to meet shipping dates.
Orders, when accepted, cannot be cancelled without our written consent. No material will be taken back without our written
consent. Orders for non-standard (i.e. non-cancellable/non-returnable) material may not be cancelled nor will
Victaulic accept return of such material for credit. Victaulic reserves the right to change the designation of
products from standard to non-standard and vice versa. This may be done at any time without notice, and without incurring obligation. For further information contact Victaulic.
All material is carefully examined, counted and packed by experienced employees. Claims for corrections must be made within
10 days of receipt of goods to the Customer Care center in Easton, PA (1-800-PICK VIC). We prove our count by weight. Claims for
shortages are subject to that test. Our responsibility ceases when goods are delivered to carrier in good condition and its receipt
obtained. Carriers are responsible for goods lost, damaged or delayed in transit. For your own protection, have transportation
company’s agent verify damages, shortages or delays and note them on freight bill over his signature.
WEIGHTS: All weights are approximate shipping weights and subject to change without notice.
Victaulic Company of America maintains a continual policy of product improvement and, therefore, reserves the right to
change product specifications, designs, and standard equipment without notice and without incurring obligation.
WARRANTY
We warrant all products to be free from defects in materials and workmanship under normal conditions of use and service. Our
obligation under this warranty is limited to repairing or replacing at our option at our factory any product which shall within one
year after delivery to original buyer be returned with transportation charges prepaid, and which our examination shall show to
our satisfaction to have been defective.
THIS WARRANTY IS MADE EXPRESSLY IN LIEU OF ANY OTHER WARRANTIES, EXPRESS OR IMPLIED, INCLUDING ANY
IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. THE BUYER’S SOLE AND
EXCLUSIVE REMEDY SHALL BE FOR THE REPAIR OR REPLACEMENT OF DEFECTIVE PRODUCTS AS PROVIDED HEREIN.
THE BUYER AGREES THAT NO OTHER REMEDY (INCLUDING, BUT NOT LIMITED TO, INCIDENTAL OR CONSEQUENTIAL
DAMAGES FOR LOST PROFITS, LOST SALES, INJURY TO PERSON OR PROPERTY OR ANY OTHER INCIDENTAL OR CONSEQUENTIAL LOSS) SHALL BE AVAILABLE TO HIM.
Victaulic neither assumes nor authorizes any person to assume for it any other liability in connection with the sale of such
products.
This warranty shall not apply to any product which has been subject to misuse, negligence or accident, which has
been repaired or altered in any manner outside of Victaulic's factory or which has been used in a manner contrary to Victaulic’s instructions or recommendations. Victaulic shall not be responsible for design errors due to
inaccurate or incomplete information supplied by Buyer or its representatives.
EFFECTIVE FEBRUARY 4, 2003
For the most up-to-date product information, visit www.victaulic.com
159
Victaulic Companies
WORLD HEADQUARTERS
P.O. Box 31 • Easton, PA 18044-0031
4901 Kesslersville Road • Easton, PA 18040 USA
Phone: 1-800-PICK-VIC (1-800-742-5842)
Phone: 610/559-3300 • Fax: 610/250-8817
e-mail: pickvic@victaulic.com
VICTAULIC TOOL COMPANY
P.O. Box 31 • Easton, PA 18044-0031
Phone: 610/559-3300 • Fax: 610/923-3090
e-mail: victools@victaulic.com
VICTAULIC CONSTRUCTION PIPING SERVICES DIVISION
1818 Vultee Street • Allentown, PA 18103
Phone: 610/559-3488 • Fax: 610/923-3170
e-mail: cps@victaulic.com
Victaulic Around the World
VICTAULIC COMPANY OF AMERICA
P.O. Box 31 • Easton, PA 18044-0031
Phone: 610/559-3300 • Fax: 610/250-8817
e-mail: victaulic@victaulic.com
VICTAULIC COMPANY OF CANADA
123 Newkirk Road • Richmond Hill, ON L4C 3G5
Phone: 905/884-7444 • Fax: 905/884-9774
e-mail: viccanada@victaulic.com
VICTAULIC EUROPE
Prijkelstraat 36 • 9810 Nazareth, Belgium
Phone: 32-9-381-15-00 • Fax: 32-9-380-44-38
e-mail: viceuro@victaulic.be
VICTAULIC AMERICA LATINA
P.O. Box 31 • Easton, PA USA 18044-0031
4901 Kesslersville Road • Easton, PA USA 18040
Phone: 610/559-3300 • Fax: 610/559-3608
e-mail: vical@victaulic.com
VICTAULIC ASIA-PACIFIC
541 Orchard Road • #14-02, Liat Towers
Singapore 238881
Phone: 65-6235-3035 • Fax: 65-6235-0535
e-mail: vicap@victaulic.com
Victaulic Subsidiaries
AQUAMINE, LLC
247-A Vance Tank Road • Bristol, TN 37620
Phone: 800/637-0117 • Fax: 423/652-7338
COASTLINE PLASTICS, LLC
86334 Coastline Drive • Yulee, FL 32097-3355
Phone: 888/225-5950 • Fax: 904/225-8660
DEPEND-O-LOK, INC.
P.O. Box 48776 • Atlanta, GA 30362
2681 Pleasantdale Road • Doraville, GA 30340
Phone: 800/841-6624 • Fax: 770/840-8312
GAMMA FOUNDRIES LTD.
75 Newkirk Road • Richmond Hill, ON L4C 3G4
Phone: 905/884-9091 • Fax: 905/884-2669
R
R
GENERAL CATALOG
G-103
®
VICTAULIC MECHANICAL PIPING SYSTEMS
G-103 0798 Rev. K
4/04
® Registered Trademark of Victaulic
© Copyright 2004 Victaulic
Printed in U.S.A.
general catalog
G-103