PT3002 Flow Sensor Transmitter Installation and Programming Instructions Instrucciones de instalación y programación Power supply sold separately Part# M80204 El suministro de energía se vende por separado. N.° de parte M80204 PT3002 Pulse Transmitter with LCD Display Part#M80206 Transmisor de pulsos PT3002 con pantalla LCD N.° de parte M80206 ENG Contents ENG Wiring Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3 'PS6TF"T")JHI'MPX4IVU0ò%FWJDF8JUI" 4UBOE"MPOF$POUSPMMFS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 6TJOHB/PSNBMMZ$MPTFE.BTUFS7BMWF . . . . . . . . . . . . . . . . .4 6TJOHB/PSNBMMZ0QFO.BTUFS7BMWF . . . . . . . . . . . . . . . . . .4 'PS0VUQVUUP.BYJDPN¥PS4JUF$POUSPM . . . . . . . . . . . . . . . . . . . .5 Initial Powerup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6 ESP Display and Key Pad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6 página 25 General Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6 4UFQ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6 4UFQB4FU6QBTB)JHI'MPX4IVU0ò%FWJDF8JUIB 4UBOE"MPOF$POUSPMMFS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9 4UFQC4FU6Q'PS6TF8JUI$FOUSBM$POUSPM . . . . . . . . . . . . . . 4UFQB"OFNPNFUFS4FU6Q . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4UFQC"OFNPNFUFS1SPHSBNNJOH . . . . . . . . . . . . . . . . . . . . . . 3FTFUUJOHUIF"GUFSB)JHI'MPX0DDVSSFODF . . . . . . . . . 3FTFUUJOHUIF5P;FSP5PUBM'MPX3FBEJOHT . . . . . . . . . . . Appendix A: 3BJO#JSE'MPX4FOTPSBOE"OFNPNFUFS ,7BMVF0òTFUBOE4VHHFTUFE0QFSBUJOH3BOHF . . . . . . . . . . . .21 Appendix B: '4#BOE'444,7BMVF0òTFUBOE 4VHHFTUFE0QFSBUJOH3BOHF. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .22 2 PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Wiring Instructions NOTE: Refer to the PT3002 Flow Monitor and NEMACAB Installation sheet for more detailed instructions. red Flow Sensor black 1 2 3 4 5 6 7 8JSFSFEXJSFGSPNøPXTFOTPSUPUFSNJOBMGPVSPO UFSNJOBMCMPDLXJUITFWFOUFSNJOBMT8JSFCMBDLXJSFGSPN øPXTFOTPSUPUFSNJOBMöWFPOUFSNJOBMCMPDLXJUITFWFO UFSNJOBMT4FFXJSJOHEJBHSBNMBCFMPOTJEFPG15 1 2 3 4 5 3 2 1 PT3002 white Wind Sensor black 1 2 3 4 5 6 7 8JSFXIJUFXJSFGSPNXJOETFOTPSUPUFSNJOBMGPVSPO UFSNJOBMCMPDLXJUITFWFOUFSNJOBMT8JSFCMBDLXJSFGSPN XJOETFOTPSUPUFSNJOBMöWFPOUFSNJOBMCMPDLXJUITFWFO UFSNJOBMT8JSFSFEXJSFGSPNXJOETFOTPSUPUFSNJOBM TFWFOPOUFSNJOBMCMPDLXJUITFWFOUFSNJOBMT4FFXJSJOH EJBHSBNMBCFMPOTJEFPG15 1 2 3 4 5 red 3 2 1 PT3002 PT Power Supply 1 2 3 4 5 6 7 8JSFUIFSFEMFBE GSPNUIF151PXFS4VQQMZUPUIF UFSSNJOBMPOFPOUIFUISFFQPSUUFSNJOBMCMPDL8JSFUIF CMBDLXIJUF XJSFUPUFSNJOBMUXPPGUIFUISFFQPSU UFSNJOBMCMPDL 1 2 3 4 5 (+) (–) black red 3 2 1 PT3002 PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 3 Wiring Instructions (cont.) For Use As A High Flow Shut Off Device With A Stand Alone Controller Using a Normally Closed Master Valve Master Valve COM 1 2 3 4 5 6 7 8JSFPOFMFHPGUIFNBTUFSWBMWFTPMFOPJEXJSFUPUIF 3FMBZ/$UFSNJOBM8JSFUIF3FMBZ$0.UFSNJOBMUP UIFNBTUFSWBMWFUFSNJOBMJOUIFDPOUSPMMFS 1 2 3 4 5 Note:8JSFNBTUFSWBMWFDPNNPOUPDPOUSPMMFSDPNNPO BTJOBOZOPSNBMJOTUBMMBUJPO 3 2 1 COM MV Controller PT3002 Using a Normally Open Master Valve Master Valve COM COM 1 2 3 4 5 6 7 8JSFPOFMFHPGUIFNBTUFSWBMWFTPMFOPJEXJSFUPUIF3FMBZ /0UFSNJOBM8JSFUIFTFDPOEMFHPGUIFTPMFOPJEUPBO BVYJMJBSZWPMUQPXFSTVQQMZ8JSFUIF3FMBZ$0.UP UIFPUIFSMFHPGUIFBVYJMJBSZQPXFSTVQQMZ8IFOBIJHI øPXDPOEJUJPOPDDVSTUIFJOUFSOBMSFMBZDMPTFTQPXFSJOH UIFOPSNBMMZPQFONBTUFSWBMWFBOEDMPTJOHJU 1 2 3 4 5 LINE 3 2 1 24 Volt Power Supply PT3002 4 PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT For Output to Maxicom® or Site Control DPNQMFUFTUFQ 1 POQBHFTUPBOETUFQ 2b POQBHFTUP 1 2 3 4 5 6 7 8JSFUIF1VMTF0VUUFSNJOBMGPVSUPUIFQPTJUJWF UFSNJOBMPGUIFTFOTPSQPSUPOBMJOL.*#CPBSEPS4JUF 4BUFMMJUF8JSF1VMTF0VUUFSNJOBMöWFUPUIFOFHBUJWF o UFSNJOBMPGUIFTFOTPSQPSUPOBMJOL.*#CPBSEPS4JUF 4BUFMMJUF 1 2 3 4 5 (+) (-) SENSOR PORT Link MIB Board or Site Satellite 3 2 1 PT3002 blue blue/white 1 2 3 4 5 6 7 8JSFUIF1VMTF0VUUFSNJOBMGPVSUPUIFCMVFXJSFPGB QVMTFEFDPEFSJGVTJOHUXPXJSFDPNNVOJDBUJPOTCFUXFFO $$6BOETBUFMMJUF$POUSPMMFS8JSF1VMTF0VUUFSNJOBMöWF UPUIFCMVFXIJUFXJSFPGBQVMTFEFDPEFS 1 2 3 4 5 Pulse Decoder 3 2 1 PT3002 PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 5 Initial Powerup General Programming Rain Bird PTPWRSUPP 1MVHUIF15'MPX.POJUPS QPXFSTVQQMZJOUPB7"$ FMFDUSJDBMPVUMFU 8IFOUIF15JTöSTUQPXFSFEVQJUSVOTUISPVHI JOUFSOBMTFMGDIFDLTXIJMFEJTQMBZJOHi15%*$ *OJUJBMJ[JOH"UUIFFOEPGUIJTDZDMFJUTOPSNBMEJTQMBZ XJMMBQQFBS Display and Key Pad Model 3002 Relay 1 Pulse Out Menu Step 1 1SFTT.&/6 ŷ"ŸUPFOUFS 1SPHSBNNJOH .PEF1SFTTT # UPHPUPUIF 1BTTXPSE4DSFFO 3&4&54&561%*"( Menu B Enter o A 6TFUIFBSSPX LFZTUPFOUFSB EJHJUQBTTXPSE UIFOQSFTT&/5&3 03QSFTT&/5&3 UPCZQBTTVTJOHB QBTTXPSE "UUIF4FUVQ NFOVQSFTTXUP HPUPUIF'MPX 4FUVQ4DSFFO &OUFSQBTTXPSE Menu Enter 4&561 1803%%41:'-08 Enter Menu Enter TX RX Menu 4XJUDIUPNBJONFOV #BDLXBSE1SFWJPVTNFOV Enter 4BWFWBMVF 'PSXBSE/FYUNFOV 1SFTTSUPHPUP UIF'MPX3BUF 4DSFFO 'MPX4FUVQ 3"5&505"-4&/43 Menu Enter 4FMFDU.FOVPQUJPO *ODSFBTFOVNFSJDBMWBMVF 4FMFDU.FOVPQUJPO %FDSFBTFOVNFSJDBMWBMVF 4FMFDU.FOVPQUJPO .PWFDVSTPSUPUIFSJHIU 6 1SFTTS UP4FU 6OJUT 'MPXSBUF 6/*54%*($645 Menu PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Enter 4FU6/*54GPS (1.*CZVTJOH SPST" UIFO QSFTT&/5&3 # UIF15 TBWFTUIFTFUUJOH Note: (1.VTFE BTBOFYBNQMF UISPVHIPVUUIJT NBOVBM 1SFTT.&/6PODF UPHPUPUIF'MPX 4FUVQ4DSFFO 1SFTT.&/6UXJDF UPHPUPUIF'MPX 4FUVQ4DSFFO 'MPXVOJUT (1. Menu A Enter 'MPXUPUBM 6/*54%*($645 Menu B 1SFTTXUP4FU 4&/403. 'MPXSBUF 6/*54%*($645 'MPX4FUVQ 3"5&505"-4&/43 Menu Menu 1SFTTTUP4FU 505"-. 1SFTTSUP4FU 5:1& 'MPX4FUVQ 3"5&505"-4&/43 Menu 'MPXTFOTPS 5:1&"7(%*$"- 4FU6/*54GPSHBM CZVTJOHSPS T" UIFOQSFTT &/5&3# UIF 15TBWFTUIF TFUUJOH Enter 5PUBMVOJUT HBM Menu A Enter Enter 'MPXUPUBM 6/*54%*($645 Menu Enter Enter Menu 1SFTTSUP4FU 6/*54 Enter 1SFTTSPST" VOUJM1VMTFo%* BQQFBSTUIFO QSFTT&/5&3ŷ#Ÿ. 5IF15TBWFT UIFTFUUJOHBOE CSJOHTZPVCBDL UPUIFTDSFFO CFMPX 1SFTTUP4FU %*$"- 4FOTPSUZQF 1VMTFo%* Menu A Enter B 'MPXTFOTPS 5:1&"7(%*$"- Enter B Menu Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 7 Step 1 cont. 1SFTTSUP 4FU4&/403, '"$503 %*4FOTPS$BM ,/6.0''4&5 Menu 1SFTT.&/6VOUJM ZPVBSSJWFBU UIF(1.5PUBM 4DSFFO Enter %*4FOTPS$BM ,/6.0''4&5 Menu Enter 5x 6TFUIFS T X LFZTUPFOUFSUIF ,'"$503" UIFO QSFTT&/5&3# UIF 15TBWFTUIF TFUUJOHBOESFUVSOT UPUIF4FOTPS $BMJCSBUJPO4DSFFO %*4FOTPS,/VN Menu 5IFTDSFFOXJMM MPPLBTUPUIF SJHIU (1. HBM A Enter B Menu Enter Note: See instructions pages 21 - 24 for Rain Bird Flow Sensor K & Offset information or instruction sheet included with Rain Bird Flow Sensors. 1SFTTTUP4FU 4&/4030''4&5 %*4FOTPS$BM ,/6.0''4&5 Menu 6TFUIFS T X LFZTUPFOUFSUIF 0''4&5" UIFO QSFTT&/5&3# UIF 15TBWFTUIF TFUUJOHBOESFUVSOT UPUIF4FOTPS $BMJCSBUJPO4DSFFO Follow Step 2a or Step 2b to complete setup. Enter %*4FOTPS0òTFU Menu A Enter B Note: See instructions pages 21 - 24 for Rain Bird Flow Sensor K & Offset information or instruction sheet included with Rain Bird Flow Sensors. 8 PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Step 2a Set Up as a High Flow Shut Off Device With a Stand Alone Controller #F4VSF6OJUJT4FU6Q5ISPVHI4UFQ "CPWF#FGPSF$POUJOVJOH 1SFTT.&/6 ŷ"ŸUPFOUFS 1SPHSBNNJOH .PEF1SFTTT # UPHPUPUIF 1BTTXPSE4DSFFO B 3FMBZ '6/$*/1656/*54 1 3&4&54&561%*"( Menu 1SFTTSGPS '6/$ Enter Menu 1SFTTSPST " VOUJM"-"3. BQQFBST1SFTT &/5&3# UP 4"7& 3FMBZGVODUJPO "MBSN Menu A A Enter Enter B 6TFUIFBSSPX LFZTUPFOUFSB EJHJUQBTTXPSE UIFOQSFTT&/5&3 03QSFTT&/5&3 UPCZQBTTVTJOHB QBTTXPSE "UUIF4FUVQ TDSFFOQSFTT &/5&3 &OUFSQBTTXPSE Menu 3FMBZ '6/$*/1656/*54 Enter Menu 4&561 1803%%41:'-08 Menu 1SFTTGPS3-: 1SFTT&/5&3 1SFTTS . 1SFTTSPST" VOUJMCSBDLFUTBSF BSPVOE0/UIFO QSFTT&/5&3ŷ#Ÿ 4&561 3-:16-4& 3FMBZ -"5$)4&5153&-1 Menu Enter Enter Enter 3FMBZMBUDI 0/ 0'' Menu A Menu Enter Enter B PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 9 Step 2a cont. 1SFTTTGPS4&5 10*/5. 3FMBZ -"5$)4&5153&-1 Menu 6TFUIFS T X LFZT" UPTFUUIF 'MPX5ISFTIPME "NPVOU5IJT BNPVOUPODF FYDFFEFEXJMM DBVTFUIF15 UPCSFBLUIF DPNNPOBOE DMPTFUIFNBTUFS WBMWFTUPQQJOH øPX 1SFTT&/5&3 ŷ#ŸXIFOEPOF Enter 4FU1PJOU Menu 6TFUIFS T X LFZT" UPTFU UIFOVNCFSPG EFTJSFETFDPOET GPSUIF15 UPXBJUCFGPSF CSFBLJOHUIFWBMWF DPNNPOBOE DMPTJOHUIF.BTUFS 7BMWFPODFB)JHI 'MPXPDDVST1SFTT &/5&3# UP4"7& 5SJHHFSEFMBZ T Menu A Enter B A Enter B 1SFTT.&/6VOUJM ZPVBSSJWFBU UIF(1.5PUBM 4DSFFO 3FMBZ 4%-: Menu Enter 3x 1SFTT&/5&3 3FMBZ -"5$)4&5153&-1 Menu 5IFTDSFFOXJMM MPPLBTUPUIF SJHIU (1. HBM Enter Menu 1SFTTS . 3FMBZ 4%-: Menu 10 Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Enter Step 2b Set Up For Use With Central Control #F4VSF6OJUJT4FU6Q5ISPVHI4UFQ "CPWF#FGPSF$POUJOVJOH 1SFTTSGPS '6/$ 1 16-4& '6/$*/1656/*54 Menu 1SFTT.&/6 ŷ"ŸUPFOUFS 1SPHSBNNJOH .PEF1SFTTT # UPHPUPUIF 1BTTXPSE4DSFFO 3&4&54&561%*"( Menu B Enter 1SFTTSPST" VOUJM505"-*;&3 JTEJTQMBZFEBOE UIFOQSFTT&/5&3 ŷ#Ÿ 16-4&GVODUJPO 5PUBMJ[FS Menu A A Enter Enter B 6TFUIFBSSPX LFZTUPFOUFSB EJHJUQBTTXPSE UIFOQSFTT&/5&3 03QSFTT&/5&3 UPCZQBTTVTJOHB QBTTXPSE "UUIF4FUVQ TDSFFOQSFTT &/5&3 &OUFSQBTTXPSE Menu 1SFTTXUPTFU 16-4&3"5& 6/*54 16-4& '6/$*/1656/*54 Enter Menu 4&561 1803%%41:'-08 Menu Enter 1SFTTSPST" VOUJMHBMJT EJTQMBZFE1SFTT &/5&3# UP4"7& UIFOQSFTT&/5&3 BHBJO Enter 1VMTFSBUFVOJUT HBM Menu A Enter B 1SFTTTGPS 16-4& 4&561 3-:16-4& Menu 1SFTTSUP4&5 3"5& 2x 16-4& 3"5&$5*.& Enter Menu Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 11 Step 2b cont. 6TFUIFS T X LFZT" UP4&5 16-4&ŷNote:UIJT XJMMOPSNBMMZCFTFU UP 1SFTT&/5&3# UP 4"7& 1SFTTTUP4&5 $-04&5*.& 16-4& Menu A Enter B 16-4& 3"5&$5*.& Menu 6TFUIFS T X LFZT" UP4&5 $-04&5*.& (Note:UIJTXJMM OPSNBMMZCFTFU NT 1SFTT &/5&3# UP4"7& 1SFTT.&/6UISFF UJNFTUPSFUVSO UP'MPX5PUBM 4DSFFO Enter 5JNF$MPTFE NT Menu A Enter B 16-4& 3"5&$5*.& Menu Enter 3x 5IFTDSFFOXJMM MPPLBTUPUIF SJHIU (1. HBM Menu 12 Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Step 3a Anemometer Set Up 1SFTT.&/6" UP FOUFSQSPHSBNNJOH NPEF.BZSFRVJSF QSFTTJOH.&/6 NVMUJQMFUJNFTVOUJM UIFTDSFFOSJHIU JTSFBDIFE1SFTT T# UPHPUPUIF 1BTTXPSETDSFFO 6TFUIFBSSPX LFZTUPFOUFSB EJHJUQBTTXPSE BOEUIFOQSFTT &/5&303QSFTT &/5&3UPCZQBTT VTJOHBQBTTXPSE "UUIF4FUVQ .FOVQSFTTTUP HPUPUIF%JTQMBZ TDSFFO 3&4&54&561%*"( Menu Enter A &OUFSQBTTXPSE Menu Enter 1SFTTTUPHPUPUIF -*/&TDSFFO Menu Enter Menu A Enter B %JTQMBZ -*/& -*/& 3"5& Menu 4FU'MPXUPi3BUFw CZQSFTTJOHSPS T" UPUPHHMF UISPVHIPQUJPOT 4FMFDUA3"5&wBOE QSFTT&/5&3# 4DSFFOXJMMøBTI 4BWFEBOESFUVSOUP %JTQMBZTDSFFO %JTQMBZ -*/& -*/& 3"5& -*/& '-083"5& 'MPXPQUJPOTBSF 3BUFPS5PUBM Enter 4&561 1803%%41:'-08 Menu 1SFTTSUPHPUP UIF-*/&TDSFFO B 4FU'MPXUPi3BUFw CZQSFTTJOHSPS T" UPUPHHMF UISPVHIPQUJPOT 4FMFDUA3"5&wBOE QSFTT&/5&3# 4DSFFOXJMMøBTI 4BWFEBOESFUVSOUP %JTQMBZTDSFFO Enter -*/& '-083"5& Menu A Enter B 'MPXPQUJPOTBSF 3BUFPS5PUBM 1SFTT.&/6PODF UPSFUVSOUP4&561 TDSFFO %JTQMBZ -*/& -*/& 3"5& Menu Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 13 Step 3a cont. "UUIF4FUVQ NFOVQSFTTUP HPUPUIF'MPX 4FUVQ4DSFFO Menu 1SFTTSUPHPUP UIF'MPX3BUF TDSFFO OFYUDIBSBDUFS$POUJOVFUPQSFTTSVOUJMUIFMFUUFS i1wBQQFBST1SFTTXUPNPWFUPUIFOFYUDIBSBDUFS $POUJOVFUPQSFTTSVOUJMUIFMFUUFSi)wBQQFBST1SFTT &/5&3 4&561 1803%%41:'-08 Enter 1SFTT.&/6PODF UPSFUVSOUPUIF 'MPXSBUFTDSFFO $VTUPN6OJUT -"#&- $0/7 'MPXTFUVQ 3"5& 505"- 4&/43 Menu Menu 1SFTTUPHPUP UIF$VTUPN6OJUT TDSFFO Enter 'MPXSBUF 6/*54 %*( 1SFTTSUPHP UP'MPXVOJUT TDSFFO 'MPXSBUF 6/*54 %*( 1SFTTSUPHPUP UIF6OJU-"#&- TDSFFO Enter 6OJUMBCFMTNBZ 6OJUMBCFM CFVQUPBMQIB BOEPSOVNFSJD DIBSBDUFST6TFS PST" UPTFMFDU BMQIBPSOVNFSJD Menu Enter A B DIBSBDUFS6TFX C # UPNPWFUPOFYU DIBSBDUFSQPTJUJPO 8IFODPNQMFUFQSFTT&/5&3$ 5IFTDSFFOXJMMøBTI 4BWFEBOESFUVSOUPUIF$VTUPNVOJUTTDSFFO 'PSFYBNQMFUPTFUVQi.1)wDPOUJOVFUPQSFTTS VOUJMUIFMFUUFSi.wBQQFBST1SFTTXUPNPWFUPUIF 14 Enter Enter $VTUPN6OJUT -"#&- $0/7 Menu $645 $645 Menu Menu Enter 4FU'MPXVOJUT 'MPXVOJUT UPi$VTUPNVOJUTw CZQSFTTJOHSPS $VTUPNVOJUT T" UPUPHHMF UISPVHIPQUJPOT 4FMFDUA$VTUPN Menu Enter A VOJUTwBOEQSFTT B &/5&3# 4DSFFO XJMMøBTI4"7&%BOESFUVSOUP'MPXSBUFTDSFFO 'MPXVOJUTPQUJPOTBSFCCMISCCMNJOCCMT BDSFGUISBDSFGUNJOBDSFGUTNISNNJONT GUISGUNJOGUT-IS-1.-T.HBMEBZHBMIS HBMT(1.BOE$VTUPNVOJUT 1SFTT.&/6UP SFUVSOUPUIF'MPX TFUVQTDSFFO 'MPXSBUF 6/*54 %*( Menu PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Enter $645 1SFTTXUPHPUP UIF'MPX4FOTPS TDSFFO 'MPXTFUVQ 3"5& 505"- 4&/43 Menu 1SFTTSUPHPUP UIF4FOTPS5ZQF TDSFFO 'MPXTFOTPS 5:1& "7( Menu 1SFTTSPST " UPTFFUZQF PQUJPOT6TFUIF 1VMTF%*PQUJPO 1SFTT&/5&3# 5IFTDSFFOXJMM øBTI4"7&%BOE SFUVSOUPUIF'MPX 4FOTPSTDSFFO Enter %*$"- 1SFTTTUPHP UPUIF%*4FOTPS 0òTFUTDSFFO Enter 4FOTPSUZQF 1VMTF%* Menu A Enter B 'MPXTFOTPS 5:1& "7( Menu 1SFTTSUPHPUP UIF%*4FOTPS, /6.TDSFFO %*4FOTPS$BM ,/6. 0''4&5 Menu 0QUJPOTBSF"OBMPH4JOF,'BDUPS1VMMVQ,'BDUPS 1VMTF,'BDUPSBOE1VMTF%* 1SFTTXUPHPUP UIF%*4FOTPS$BM TDSFFO ,JTOVNFSJD6TF %*4FOTPS,/VN UIF,TVQQMJFECZ UIFNBOVGBDUVSFS 6TFSPST" UPTFMFDUOVNCFS 6TFX# UPNPWF Menu Enter A B UPOFYUDIBSBDUFS C QPTJUJPO8IFO DPNQMFUFQSFTT &/5&3$ 5IFTDSFFOXJMMøBTI4"7&%BOESFUVSOUP UIF%*4FOTPS$BM3BJO#JSE"OFNPNFUFS %*$"- 0òTFUJTOVNFSJD %*4FOTPS0òTFU 6TFUIFPòTFU TVQQMJFECZUIF NBOVGBDUVSFS 6TFSPST" UPTFMFDUOVNCFS Menu Enter A B 6TFX# UPNPWF C UPOFYUDIBSBDUFS QPTJUJPO8IFO DPNQMFUFQSFTT&/5&3$ 5IFTDSFFOXJMMøBTI 4"7&%BOESFUVSOUPUIF%*4FOTPS$BM3BJO#JSE "OFNPNFUFS Enter %*4FOTPS$BM ,/6. 0''4&5 1SFTTUIF.&/6 öWFUJNFTUP SFUVSOUPUIFXJOE TQFFEEJTQMBZ TDSFFO %*4FOTPS$BM ,/6. 0''4&5 Menu Menu Enter Enter Enter 5x PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 15 Step 3b cont. Step 3b 'JOTJIFE .1) .1) Menu Enter Anemometer Programming 1SFTT.&/6" UP FOUFSQSPHSBNNJOH NPEF.BZSFRVJSF QSFTTJOH.&/6 NVMUJQMFUJNFTVOUJM UIFTDSFFOSJHIU JTSFBDIFE1SFTT T# UPHPUPUIF 1BTTXPSETDSFFO 6TFUIFBSSPX LFZTUPFOUFSB EJHJUQBTTXPSE BOEUIFOQSFTT &/5&303QSFTT &/5&3UPCZQBTT VTJOHBQBTTXPSE "UUIF4FUVQ .FOVQSFTT &/5&3UPHPUP UIF4FUVQTDSFFO 3&4&54&561%*"( Menu B Enter o A &OUFSQBTTXPSE Menu 4&561 1803%%41:'-08 Menu 1SFTTSUPHPUP UIF3FMBZTDSFFO Enter 3FMBZ '6/$ */165 6/*54 Menu 16 Enter 4&561 3-: 1VMTF Menu 1SFTTSUPHPUP 3FMBZGVODUJPO TDSFFO Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Enter 4FU3FMBZGVODUJPO UPi"MBSNwCZ QSFTTJOHSPST" UPUPHHMFUISPVHI PQUJPOT4FMFDU A"MBSNwBOEQSFTT &/5&3# 4DSFFO XJMMøBTI4"7&% BOESFUVSOUP3FMBZ TDSFFO 3FMBZ'VODUJPO "-"3. Menu A Enter B 3FMBZGVODUJPOPQUJPOTBSF5PUBMJ[FS.BOVBM$POUSPM BOE"MBSN 1SFTTTUPHPUPUIF 3FMBZJOQVUTDSFFO 3FMBZ '6/$ */165 6/*54 4FUTFUQPJOUVOJUT UPi$VTUPNVOJUTw CZQSFTTJOHSPS T" UPUPHHMF UISPVHIPQUJPOT 4FMFDUA$VTUPNVOJUTw BOEQSFTT&/5&3 # 4DSFFOXJMM øBTI4"7&%BOE SFUVSOUP'MPXSBUF TDSFFO 1SFTT&/5&35IF TDSFFOøBTIFT 4"7&%BOESFUVSOT UP3FMBZTDSFFO 1SFTTXUPHPUP4FU QPJOUVOJUTTDSFFO Enter 3FMBZJOQVU 'MPX3BUF Menu Enter B 3FMBZ '6/$ */165 6/*54 Menu Enter 1SFTTSUPHPUP 3FMBZMBUDITDSFFO Enter Enter 3FMBZ -"5$) 4&515 3&-1 Menu 3FMBZ '6/$ */165 6/*54 Menu Menu A 'MPXVOJUTPQUJPOTBSFCCMISCCMNJOCCMT BDSFGUISBDSFGUNJOBDSFGUTNISNNJONT GUISGUNJOGUT-IS-1.-T.HBMEBZHBMIS HBMT(1.BOE$VTUPNVOJUT 1SFTT&/5&3UPHPUP OFYU3FMBZTDSFFO Menu 4FUQPJOUVOJUT $VTUPN6OJUT 1SFTTT" UP TFMFDU0''BOEQSFTT &/5&3# 4DSFFO øBTIFT4"7&%BOE SFUVSOTUP3FMBZ TDSFFO Enter 3FMBZMBUDI 0/ 0'' Menu A Enter B PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 17 Step 3b cont. 1SFTTTUPHPUP4FU QPJOUTDSFFO 3FMBZ -"5$) 4&515 3&-1 Menu Enter 4FU1PJOUJT 4FUQPJOU OVNFSJD4FUUIF OVNCFSPG.JMFT 1FS)PVSBUXIJDI ZPVEFTJSFUP BDUJWBUFUIFSFMBZ Menu Enter A B 6TFSPST" C UPTFMFDUOVNCFS 6TFX# UP NPWFUPOFYUDIBSBDUFSQPTJUJPO8IFODPNQMFUFQSFTT &/5&3$ 5IFTDSFFOXJMMøBTI4"7&%BOESFUVSOUP UIF3FMBZTDSFFO 1SFTTXUPHPUP 3FMFBTFQPJOUTDSFFO 3FMBZ -"5$) 4&515 3&-1 Menu Enter 3FMFBTFQPJOU 3FMFBTFQPJOU JTOVNFSJD4FU UIFOVNCFSPG .JMFT1FS)PVSBU XIJDIZPVEFTJSF UPSFMFBTFUIF Menu Enter A B SFMBZ6TFPS" C UPTFMFDUOVNCFS 6TF# UPNPWF UPOFYUDIBSBDUFSQPTJUJPO8IFODPNQMFUFQSFTT &/5&3$ 5IFTDSFFOXJMMøBTI4"7&%BOESFUVSOUP UIF3FMBZTDSFFO 18 1SFTT&/5&3UPHPUP 3FMBZTDSFFO 3FMBZ -"5$) 4&515 3&-1 Menu 1SFTTSUPHPUP 5SJHHFSEFMBZTDSFFO Enter 3FMBZ 4%-: 3%-: Menu Enter 5SJHHFSEFMBZJT 5SJHHFSEFMBZ OVNFSJD4FUUIF OVNCFSPGTFDPOET T UIF.1)TIPVME DPOUJOVPVTMZCF FRVBMUPPSHSFBUFS Menu Enter A B UIBOUIF4FU1PJOU C SFMBZBDUJWBUJPO 6TF SPST" UPTFMFDU OVNCFS6TFX# UPNPWFUPOFYUDIBSBDUFSQPTJUJPO 8IFODPNQMFUFQSFTT&/5&3$ 5IFTDSFFOXJMMøBTI 4"7&%BOESFUVSOUPUIF3FMBZTDSFFO 1SFTTTUPHPUP 3FMFBTFEFMBZTDSFFO 3FMBZ 4%-: 3%-: Menu PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Enter 3FMFBTFEFMBZJT 3FMFBTFEFMBZ OVNFSJD4FUUIF OVNCFSPGTFDPOET T UIF.1)TIPVME DPOUJOVPVTMZCF FRVBMUPPSHSFBUFS Menu Enter A B UIBOUIF3FMFBTF C 1PJOUSFMFBTFSFMBZ 6TFSPST" UP TFMFDUOVNCFS6TFX# UPNPWFUPOFYUDIBSBDUFS QPTJUJPO8IFODPNQMFUFQSFTT&/5&3$ 5IFTDSFFO XJMMøBTI4"7&%BOESFUVSOUPUIF3FMBZTDSFFO 1SFTT.&/6UISFF UJNFTUPSFUVSOUP .1)EJTQMBZTDSFFO 3FMBZ 4%-: 3%-: Menu Enter 3x 'JOTJIFE .1) .1) Menu Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 19 Resetting the 3002 After a High Flow Occurrence Resetting the 3002 To Zero Total Flow Readings 1SFTT.&/6 ŷ"ŸUPFOUFS 1SPHSBNNJOH .PEF1SFTTS# UPHPUPUIF3FTFU 4DSFFO 1SFTT.&/6 ŷ"ŸUPFOUFS 1SPHSBNNJOH .PEF1SFTTS# UPHPUPUIF3FTFU 4DSFFO 3&4&54&561%*"( B Menu Enter A 1SFTTTUP3FTFU 3FMBZ 1SFTTS0, UP 3FTFU 1SFTT.&/6 UXJDFUPSFUVSOUP UIF(1.5PUBM 4DSFFO 20 Enter Enter Enter 3&4&5 '-083-: Menu 1SFTTS0, UP 3FTFU 3&4&5 '-083-: Menu 1SFTTSUP3FTFU 'MPX Enter 3FTFUSFMBZ 0,$"/$&- Menu B Menu A 3&4&5 '-083-: Menu 3&4&54&561%*"( 3FTFUøPX 0,$"/$&- Menu 1SFTT.&/6 UXJDFUPSFUVSOUP UIF(1.5PUBM 4DSFFO Enter Enter 3&4&5 '-083-: Menu PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Enter Appendix A For Tee Type Flow Sensors and Anemometer Rain Bird Models Fs200B, FS150B, FS100B, FS400P, FS300P, FS200P, FS150P, FS100P, FS075P, FS050P and ANEMOMETER. The following table indicates the suggested flow range for Rain Bird Flow Sensors. Rain Bird Sensors will operate both above and below the indicated flow rate. However, good design practice dictates the use of this range for best performance. Sensors should be sized for flow rather than pipe size. Rain Bird Flow Sensor and Anemometer: K Value, Offset and Suggested Operating Range Description K Value Offset Suggested Operating Range (Gallons/Minute) '4# #SBTT5'MPX4FOTPS '4# #SBTT5'MPX4FOTPS '4# #SBTT5'MPX4FOTPS '41 17$5'MPX4FOTPS '41 17$5'MPX4FOTPS '41 17$5'MPX4FOTPS '41 17$5'MPX4FOTPS '41 17$5'MPX4FOTPS '41 17$5'MPX4FOTPS '41 17$5'MPX4FOTPS Model Suggested Suggested Operating Range Operating Range (Liters/Minute) (Cubic Meters/Hour) Brass Tee's Plastic Tee's Wind Speed Sensor "/&.0.&5&3 #SBTT*OTFSU'MPX4FOTPS /" PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 21 Appendix B For Insert Type Flow Sensors Rain Bird Models FS350B or FS350SS The following table indicates the suggested flow range for Rain Bird Flow Sensors. Rain Bird Sensors will operate both above and below the indicated flow rate. However, good design practice dictates the use of this range for best performance. Sensors should be sized for flow rather than pipe size. FS350B and FS350SS: K Value, Offset and Suggested Operating Range Pipe Size JODI4DI4 4UE8U4DI &YUSB4USPOH4DI 17$$MBTT 17$$MBTT 17$$MBTT JODI4DI4 4UE8U4DI &YUSB4USPOH4DI 17$$MBTT 17$$MBTT 17$$MBTT JODI4DI4 4UE8U4DI &YUSB4USPOH4DI JODI4DI4 4UE8U4DI &YUSB4USPOH4DI 17$$MBTT 17$$MBTT 17$$MBTT JODI4DI4 4DI 4DI 4UE8U4DI 4DI &YUSB4USPOH4DI 17$$MBTT 17$$MBTT 17$$MBTT JODI4DI4 4DI 4DI 22 Pipe O.D. Pipe I.D. K Value Offset 9.597 Suggested Operating Suggested Operating Suggested Operating Range (Gallons/Minute) Range (Liters/Minute) Range (Cubic Meters/Hour) PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT FS350B and FS350SS: K Value, Offset and Suggested Operating Range Pipe Size Pipe O.D. Pipe I.D. 4DI4UE8U &YUSB4USPOH4DI 4DI 17$$MBTT 17$$MBTT 17$$MBTT JODI4DI4 4DI 4DI 4UE8U4DI4 4DI 4DI &YUSB4USPOH 4DI 17$$MBTT 17$$MBTT 17$$MBTT JODI4DI4 4DI 4UE8U4DI 4DI 4DI &YUSB4USPOH 4DI JODI4DI4 4DI 4UE8U4DI 4DI &YUSB4USPOH4DI 4DI JODI4DI4 4DI 4DI 4UE8U 4DI 4DI &YUSB4USPOH 4DI JODI4UE8U4DI 4DI &YUSB4USPOH4DI 4DI JODI4UE8U4DI &YUSB4USPOH4DI 4DI K Value Offset 97.576 Suggested Operating Suggested Operating Suggested Operating Range (Gallons/Minute) Range (Liters/Minute) Range (Cubic Meters/Hour) PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 23 Appendix B (cont.) FS350B and FS350SS: K Value, Offset and Suggested Operating Range Pipe Size JODI4UE8U4DI &YUSB4USPOH 4DI 4DI JODI4DI 4UE8U 4DI&YUSB4USPOH JODI4DI 4UE8U &YUSB4USPOH4DI JODI4DI 4UE8U 4DI&YUSB4USPOH JODI4DI 4UE8U 4DI&YUSB4USPOH 4DI JODI4DI 4UE8U &YUSB4USPOH4DI 4DI JODI4DI 4UE8U 4DI&YUSB4USPOH 4DI 24 Pipe O.D. Pipe I.D. K Value Offset 777.566 Suggested Operating Suggested Operating Suggested Operating Range (Gallons/Minute) Range (Liters/Minute) Range (Cubic Meters/Hour) PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Contenidos Instrucciones de cableado . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .26 1BSBVTBSDPNPVOEJTQPTJUJWPEFBQBHBEPEFBMUP øVKPDPOVODPOUSPMBEPSJOEFQFOEJFOUF . . . . . . . . . . . . . . . . . . . ENG page 2 6TBOEPVOBWÈMWVMBNBFTUSBOPSNBMNFOUFDFSSBEB . . 6TBOEPVOBWÈMWVMBNBFTUSBOPSNBMNFOUFBCJFSUB. . . 1BSBTBMJEBIBDJB.BYJDPN¥P4JUF$POUSPM. . . . . . . . . . . . . . . . . Encendido inicial . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .29 ESP Programación general . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .29 1BTP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ESP Pantalla y teclado . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .29 1BTPB$POöHVSBSDPNPVOEJTQPTJUJWPEFBQBHBEP EFBMUPøVKPDPOVODPOUSPMBEPSJOEFQFOEJFOUF . . . . . . . . . . 1BTPC$POöHVSBDJØOQBSBVTBSDPO DPOUSPMDFOUSBMJ[BEP. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1BTPB"OFNPNFUFS4FU6Q . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1BTPC"OFNPNFUFS1SPHSBNNJOH . . . . . . . . . . . . . . . . . . . . . . 3FDPOöHVSBSFMEFTQVÏTEF QSFTFOUBSTFVOBMUPøVKP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3FDPOöHVSBSFMBVOBMFDUVSBUPUBMEFDFSPøVKP . . . . . Apéndice A: 4FOTPSEFDBVEBMZBOFNØNFUSPEF3BJO#JSE GBDUPS,EFTGBTFZSBOHPPQFSBUJWPTVHFSJEP . . . . . . . . . . . 44 Apéndice B: '4#Z'444GBDUPS,EFTGBTFZSBOHP PQFSBUJWPTVHFSJEP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45 PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 25 Instrucciones de cableado NOTA: Consulte el instructivo del monitor de flujo PT3002 y NEMACAB para instrucciones más detalladas. rojo Sensor de Flujo negro 1 2 3 4 5 6 7 $POFDUFFMDBCMFSPKPEFMTFOTPSEFøVKPBMBUFSNJOBM DVBUSPEFMCMPRVFEFTJFUFUFSNJOBMFT$POFDUFFMDBCMF OFHSPEFMTFOTPSEFøVKPBMBUFSNJOBMDJODPEFMCMPRVF EFTJFUFUFSNJOBMFT7FBMBFUJRVFUBEFMEJBHSBNBEF DBCMFBEPFOFMDPTUBEPEFM15 1 2 3 4 5 3 2 1 PT3002 Sensor de viento blanco negro 1 2 3 4 5 6 7 $POFDUFFMDBCMFCMBODPEFMTFOTPSEFWJFOUPBMBUFSNJOBM DVBUSPFOFMCMPRVFEFTJFUFUFSNJOBMFT$POFDUFFMDBCMF OFHSPEFMTFOTPSEFWJFOUPBMBUFSNJOBMDJODPFOFMCMPRVF EFTJFUFUFSNJOBMFT$POFDUFFMDBCMFSPKPEFMTFOTPSEF WJFOUPBMBUFSNJOBMTJFUFFOFMCMPRVFEFTJFUFUFSNJOBMFT 7FBMBFUJRVFUBEFMEJBHSBNBEFDBCMFBEPFOFMDPTUBEP EFM15 1 2 3 4 5 rojo 3 2 1 PT3002 Suministro de energía PT 1 2 3 4 5 6 7 $POFDUFFMDBCMFSPKP EFMTVNJOJTUSPFMÏDUSJDP15BMB UFSNJOBMVOPEFMCMPRVFEFUFSNJOBMFTEFUSFTQVFSUPT $POFDUFFMDBCMFOFHSPCMBODP BMBUFSNJOBMEPTEFM CMPRVFEFUFSNJOBMFTEFUSFTQVFSUPT 1 2 3 4 5 (+) (–) negro 3 2 1 rojo PT3002 26 PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Para usar como un dispositivo de apagado de alto flujo con un controlador independiente Usando una válvula maestra normalmente cerrada 1 2 3 4 5 6 7 Válvula maestra COM $POFDUFVOPEFMPTDBCMFTEFMTPMFOPJEFEFMBWÈMWVMBBMB UFSNJOBMEFM3FMÏ/$$POFDUFFMDBCMFEFMBUFSNJOBM EFM3FMÏ$0.BMBUFSNJOBMEFMBWÈMWVMBNBFTUSBFOFM DPOUSPMBEPS 1 2 3 4 5 Nota:$POFDUFFMDBCMFDPNÞOEFMBWÈMWVMBNBFTUSBBM DPOUSPMBEPSDPNPFODVBMRVJFSJOTUBMBDJØOOPSNBM 3 2 1 COM MV Controlador PT3002 Usando una válvula maestra normalmente abierta 1 2 3 4 5 6 7 Válvula maestra COM 1 2 3 4 5 COM LÍNEA Suministro eléctrico de 24 voltios 3 2 1 $POFDUFVOPEFMPTDBCMFTEFMTPMFOPJEFEFMBWÈMWVMB NBFTUSBBMBUFSNJOBMEFMSFMÏ/0$POFDUFFMTFHVOEP DBCMFEFMTPMFOPJEFEFMBWÈMWVMBBVOBGVFOUFBVYJMJBSEF FOFSHÓBEFWPMUJPT$POFDUFFMDBCMFEFM3FMÏ$0. BMPUSPDBCMFEFMBGVFOUFBVYJMJBSEFFOFSHÓB$VBOEP PDVSSFVOBDPOEJDJØOEFBMUPøVKPFMSFMÏJOUFSOPTFDJFSSB BDUJWBOEPMBWÈMWVMBNBFTUSBRVFFTUÈOPSNBMNFOUF BCJFSUBZDFSSÈOEPMB PT3002 PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 27 Instrucciones de cableado (cont.) Para salida hacia Maxicom® o Site Control DPNQMFUFFMQBTP 1 EFMBTQÈHJOBTBMBZFMQBTP 2b FOMBTQÈHJOBTBMB 1 2 3 4 5 6 7 1 2 3 4 5 $POFDUFFMDBCMFEFTEFMBTBMJEBEFMBUFSNJOBMEFMQVMTP BMBUFSNJOBM EFMTFOTPSEFQVFSUPFOVOUBCMFSPEF FOMBDF.*#ØBVOTJUJPEFTBUÏMJUF$POFDUFFMDBCMFEFTEF MBTBMJEBEFMBUFSNJOBMEFMQVMTPBMBUFSNJOBMOFHBUJWB EFMTFOTPSEFQVFSUPFOVOUBCMFSPEFFOMBDF.*#ØBVO TJUJPEFTBUÏMJUF (+) (-) SENSOR PORT Tablero de enlace MIB o Sitio de satélite azul azul/blanco 3 2 1 PT3002 1 2 3 4 5 6 7 $POFDUFFMDBCMFEFTEFMBTBMJEBEFMBUFSNJOBMEFM QVMTPBMDBCMFB[VMEFVOEFDPEJöDBEPSEFQVMTPTJTF FTUÈOVTBOEPEPTDBCMFTEFDPNVOJDBDJØOFOUSFVO$$6 ZVODPOUSPMBEPSEFTBUÏMJUF$POFDUFFMDBCMFEFTEFMB TBMJEBEFMBUFSNJOBMEFMQVMTPBMDBCMFB[VMCMBODPEF VOEFDPEJöDBEPSEFQVMTP 1 2 3 4 5 Decodificador de pulso 3 2 1 PT3002 28 PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Encendido inicial Programación general Rain Bird PTPWRSUPP $POFDUFFMTVNJOJTUSPFMÏDUSJDP EFMNPOJUPSEFøVKP15BVOB TBMJEBEFDPSSJFOUFEF7"$ $VBOEPFM15FTJOJDJBMNFOUFFODFOEJEPTFSFBMJ[B VOBBVUPWFSJöDBDJØOJOUFSOBNJFOUSBTFOMBQBOUBMMB BQBSFDF15%*$*OJUJBMJ[JOH"MöOBMEFFTUFDJDMPMB QBOUBMMBWVFMWFBTVFTUBEPOPSNBM Pantalla y teclado Model 3002 Relay 1 Pulse Out Menu Enter Paso 1 1SFTJPOF.&/6 " QBSBJOHSFTBS BMBNPEBMJEBE EFQSPHSBNBDJØO 1SFTJPOFT# QBSBJSBMBQBOUBMMB EFDPOUSBTF×B 6UJMJDFMBTUFDMBTEF øFDIBQBSBJOHSFTBS VOBDPOUSBTF×BEF EÓHJUPTZEFTQVÏT QSFTJPOF&/5&3Ø QSFTJPOF&/5&3 QBSBOPVTBSMB DPOUSBTF×B &OFMNFOÞEF DPOöHVSBDJØO QSFTJPOFXQBSB JSBMBQBOUBMMBEF DPOöHVSBDJØOEFM øVKP'MPX 3&4&54&561%*"( Menu B Enter A &OUFSQBTTXPSE Menu Enter 4&561 1803%%41:'-08 Menu Enter TX RX Menu $BNCJFBMNFOÞQSJODJQBM "USÈT.FOÞQSFWJP Enter 4BMWBSWBMPS "EFMBOUF4JHVJFOUFNFOÞ 1SFTJPOFSQBSB JSBMBQBOUBMMBEF SBOHPEFøVKP 'MPX 'MPX4FUVQ 3"5&505"-4&/43 Menu Enter 4FMFDDJPOFPQDJØOEFNFOÞ *ODSFNFOUFFMWBMPSOVNÏSJDP 4FMFDDJPOFPQDJØOEFNFOÞ %JTNJOVZBFMWBMPSOVNÏSJDP 4FMFDDJPOFPQDJØOEFNFOÞ .VFWBFMDVSTPSBMBEFSFDIB 1SFTJPOFSQBSB öKBSVOJEBEFT 6/*54 'MPXSBUF 6/*54%*($645 Menu Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 29 Paso 1 cont. 'JKFMBTVOJEBEFT 6/*54 QBSB (1.VTBOEPS ØT" ZEFTQVÏT QSFTJPOF&/5&3# FM15TBMWB MBDPOöHVSBDJØO Nota(1.TFVTB DPNPVOFKFNQMP FOUPEPFMNBOVBM 1SFTJPOF.&/6 VOBWF[QBSBJS BMBQBOUBMMBEF DPOöHVSBDJØOEF øVKP 1SFTJPOF.&/6 EPTWFDFTQBSBJS BMBQBOUBMMBEF DPOöHVSBDJØOEF øVKP 'MPXVOJUT (1. Menu A Enter Menu 1SFTJPOFXQBSB öKBS4&/403 'MPXSBUF 6/*54%*($645 'MPX4FUVQ 3"5&505"-4&/43 Menu 'MPXTFOTPS 5:1&"7(%*$"- 'MPX4FUVQ 3"5&505"-4&/43 Menu Menu 30 Enter 'MPXUPUBM 6/*54%*($645 Menu 'JKBS6/*54QBSB HBMVTBOEPSØ T" ZEFTQVÏT QSFTJPOF&/5&3 # FM15 HVBSEBMB DPOöHVSBDJØO Enter Enter 1SFTJPOFSQBSB öKBS5:1& 1SFTJPOFSQBSB öKBS6/*54 Enter B Menu 1SFTJPOFTQBSB öKBSFM505"- 'MPXUPUBM 6/*54%*($645 Enter 5PUBMVOJUT HBM Menu A 1SFTJPOFSØ T" IBTUBRVF 1VMTFo%*BQBSFDF EFTQVÏTQSFTJPOF &/5&3# &M 15HVBSEBMB DPOöHVSBDJØOZ SFHSFTBBMBQBOUBMMB EFBCBKP 1SFTJPOFXQBSB öKBS%*$"- Enter 4FOTPSUZQF 1VMTFo%* Menu A Enter B 'MPXTFOTPS 5:1&"7(%*$"- Enter B Menu PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Enter 1SFTJPOFSQBSB öKBSFM'"$503, EFM4&/403 %*4FOTPS$BM ,/6.0''4&5 Menu 6UJMJDFMBTUFDMBT S T X" QBSB JOHSFTBSFM'"$503 ,ZEFTQVÏT QSFTJPOF&/5&3# FM15HVBSEB MBDPOöHVSBDJØOZ SFHSFTBBMBQBOUBMMB EFDBMJCSBDJØOEFM TFOTPS Enter %*4FOTPS,/VN Menu A Menu Enter -BQBOUBMMBTF WFSÈDPNPBMB EFSFDIB (1. HBM Enter B Menu Enter Siga los pasos 2a ó 2b para completar la configuración. %*4FOTPS$BM ,/6.0''4&5 Menu 6UJMJDFMBTUFDMBT S T XQBSBJOHSFTBS FM0''4&5ZEFTQVÏT QSFTJPOF&/5&3FM 15HVBSEB MBDPOöHVSBDJØOZ SFHSFTBBMBQBOUBMMBEF DBMJCSBDJØOEFMTFOTPS %*4FOTPS$BM ,/6.0''4&5 5x Nota: Vea las instrucciones en las paginas 44 - 47 para información sobre el sensor K de flujo marca Rain Bird y la hoja de instrucciones ó información impresa incluida con los sensores de flujo Rain Bird. 1SFTJPOFTQBSB öKBS4&/403 0''4&5 1SFTJPOF.&/6 IBTUBMMFHBSBMB QBOUBMMB(1. 5PUBM Enter %*4FOTPS0òTFU Menu A Enter B Nota: Vea las instrucciones en las paginas 44 - 47 para información sobre el sensor K de flujo marca Rain Bird y la hoja de instrucciones ó información impresa incluida con los sensores de flujo Rain Bird. PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 31 Paso 2a Configurar como un dispositivo de apagado de alto flujo con un controlador independiente. 1SFTJPOFSQBSB '6/$ "TFHÞSFTFRVFMBVOJEBEIBTJEPDPOöHVSBEB IBTUBFMQBTP 1 EFBSSJCBBOUFTEFDPOUJOVBS 1SFTJPOF.&/6 " QBSBJOHSFTBS BMBNPEBMJEBE EFQSPHSBNBDJØO 1SFTJPOFT # QBSBJSBMB QBOUBMMBEF DPOUSBTF×B 6UJMJDFMBTUFDMBTEF øFDIBQBSBJOHSFTBS VOBDPOUSBTF×BEF EÓHJUPTZEFTQVÏT QSFTJPOF&/5&3 ØQSFTJPOF&/5&3 QBSBOPVTBSMB DPOUSBTF×B 3&4&54&561%*"( Menu B Menu 1SFTJPOFSØ T" IBTUBRVF BQBSF[DB"-"3. 1SFTJPOF&/5&3 # QBSBTBMWBS Enter B A &OUFSQBTTXPSE Menu 1SFTJPOF&/5&3 3FMBZ '6/$*/1656/*54 Menu Enter 4&561 1803%%41:'-08 Menu Enter 3FMBZ -"5$)4&5153&-1 Menu 1SFTJPOFSQBSB 3-: Enter 3FMBZGVODUJPO "MBSN Menu A Enter 1SFTJPOFS . &OMBQBOUBMMBEF DPOöHVSBDJØO QSFTJPOF&/5&3 3FMBZ '6/$*/1656/*54 Enter Enter 1SFTJPOFSØ T" IBTUBRVF MPTQBSÏOUFTJT BQBSF[DBOBMSFEFEPS EFM0/ZEFTQVÏT QSFTJPOF&/5&3# 4&561 3-:16-4& 3FMBZMBUDI 0/ 0'' Menu A Enter B Menu 32 Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 1SFTJPOFTQBSB 4&510*/5 3FMBZ -"5$)4&5153&-1 Menu 6UJMJDFMBTUFDMBT S T X" QBSB öKBSMBDBOUJEBE EFøVKPMÓNJUF 6OBWF[FYDFEJEB FTUBDBOUJEBEFM 15DBVTBSÈVOB JOUFSSVQDJØOFOFM DPNÞODFSSBOEP MBWÈMWVMBNBFTUSB EFUFOJFOEPFMøVKP 1SFTJPOF&/5&3# BMDPODMVJS Enter 4FU1PJOU Menu A Enter 6UJMJDFMBTUFDMBT S T X" QBSB öKBSFMOÞNFSPEF TFHVOEPTEFTFBEPT RVFFM15 EFCFSÈFTQFSBS BOUFTEFJOUFSSVNQJS FMDPNÞOEFMB WÈMWVMBZDFSSBSMB WÈMWVMBNBFTUSBVOB WF[RVFPDVSSFVO BMUPøVKP1SFTJPOF &/5&3# QBSB TBMWBS 5SJHHFSEFMBZ T Menu B B 1SFTJPOF.&/6 IBTUBMMFHBSBMB QBOUBMMB(1. 5PUBM 3FMBZ 4%-: Menu Enter 3x 1SFTJPOF&/5&3 3FMBZ -"5$)4&5153&-1 Menu -BQBOUBMMBTF WFSÈDPNPBMB EFSFDIB (1. HBM Enter Menu 1SFTJPOFS. A Enter Enter 3FMBZ 4%-: Menu Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 33 Paso 2b Configuración para usar con control centralizado 1SFTJPOFSQBSB '6/$ "TFHÞSFTFRVF6OJUIBTJEPDPOöHVSBEPQPS NFEJPEFMQBTP 1 EFBSSJCBBOUFTEFDPOUJOVBS 1SFTJPOF.&/6 " QBSBJOHSFTBS FMNPEPEF QSPHSBNBDJØO 1SFTJPOFT # QBSBJSBMB QBOUBMMBEF DPOUSBTF×B 6UJMJDFMBTUFDMBT EFøFDIBQBSB JOHSFTBSVOB DPOUSBTF×BEF EÓHJUPTZEFTQVÏT QSFTJPOF&/5&3Ø QSFTJPOF&/5&3 QBSBOPVTBSMB DPOUSBTF×B 1SFTJPOF&/5&3 FOMBQBOUBMMBEF DPOöHVSBDJØO 3&4&54&561%*"( Menu B A &OUFSQBTTXPSE Menu Menu 1SFTJPOFTS ØT" IBTUB RVFBQBSF[DB 505"-*;&3 FOMBQBOUBMMBZ EFTQVÏTQSFTJPOF &/5&3# 1SFTJPOFXQBSB DPOöHVSBS16-4& 3"5&6/*54 VOJEBEFTEF SBOHPEFQVMTP Enter 1SFTJPOFSØT" IBTUBRVFHBM BQBSF[DBFOMB QBOUBMMB1SFTJPOF &/5&3# QBSB TBMWBS ZEFTQVÏT QSFTJPOF&/5&3EF OVFWP 1SFTJPOFSQBSB öKBSFMSBOHP4&5 3"5& 4&561 3-:16-4& Menu A 34 Enter B 16-4& '6/$*/1656/*54 Enter 1VMTFSBUFVOJUT HBM Menu A Enter B 16-4& 3"5&$5*.& Menu Menu Enter 16-4&GVODUJPO 5PUBMJ[FS Menu Enter 4&561 1803%%41:'-08 Menu 1SFTJPOFTQBSB 16-4& Enter 16-4& '6/$*/1656/*54 Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Enter 2x 6UJMJDFMPTUFDMBEPT S T X" QBSB öKBS4&516-4& Nota&TUPTFSÈ OPSNBMNFOUFöKBEP B 1SFTJPOF&/5&3# QBSBTBMWBS 1SFTJPOFTQBSB öKBS$-04&5*.& 16-4& Menu A Enter B 16-4& 3"5&$5*.& Menu 6UJMJDFMPTUFDMBEPT EFS T XQBSB öKBS$-04&5*.& NotaFTUBSÈ OPSNBMNFOUFöKBEP BNT 1SFTJPOF &/5&3QBSBTBMWBS 1SFTJPOF.&/6 USFT WFDFT QBSBSFHSFTBSB MBQBOUBMMB'MPX 5PUBM Enter 5JNF$MPTFE NT Menu A Enter B 16-4& 3"5&$5*.& Menu Enter 3x -BQBOUBMMBTF WFSÈDPNPBMB EFSFDIB (1. HBM Menu Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 35 Paso 3a Configuración del anemómetro 1SFTJPOF.&/6 " QBSBJOHSFTBS BMNPEPEF QSPHSBNBDJØO &TQPTJCMFRVF EFCBQSFTJPOBS .&/6WBSJBTWFDFT IBTUBMMFHBSBMB QBOUBMMBEFSFDIB 1SFTJPOFT# QBSBJSBMBQBOUBMMB EFDPOUSBTF×B 1BTTXPSE 6UJMJDFMBTøFDIBT QBSBJOUSPEVDJS VOBDPOUSBTF×B EFEÓHJUPTZ EFTQVÏTQSFTJPOF &/5&30#*&/ QSFTJPOF&/5&3 QBSBOPVTBS DPOUSBTF×B &OFMNFOÞEF DPOöHVSBDJØO QSFTJPOFTQBSB JSBMBQBOUBMMB EFWJTVBMJ[BDJØO %JTQMBZ 3&4&54&561%*"( Menu B Enter A 1BSBBKVTUBSFMDBVEBM -*/& 'MPX B3BUF '-083"5& QSFTJPOFSPT " QBSBBMUFSOBS FOUSFMBTPQDJPOFT Menu Enter 4FMFDDJPOF3"5& A ZQSFTJPOF&/5&3 B # -BQBOUBMMB QBSQBEFBSÈMB MFZFOEBEFHVBSEBEP4BWFEZWPMWFSÈBMBQBOUBMMBEF WJTVBMJ[BDJØO%JTQMBZ 1SFTJPOFTQBSBJS BMBQBOUBMMBEFMB MÓOFB-*/& Menu Menu Menu Enter Enter 4&561 1803%%41:'-08 Enter %JTQMBZ -*/& -*/& 3"5& Menu 36 %JTQMBZ -*/& -*/& 3"5& &OUFSQBTTXPSE 1BSBBKVTUBSFMDBVEBM -*/& 'MPX B3BUF '-083"5& QSFTJPOFSPT " QBSBBMUFSOBS FOUSFMBTPQDJPOFT Menu Enter 4FMFDDJPOF3"5& A ZQSFTJPOF&/5&3 B # -BQBOUBMMB QBSQBEFBSÈMB MFZFOEBEFHVBSEBEP4BWFEZWPMWFSÈBMBQBOUBMMBEF WJTVBMJ[BDJØO%JTQMBZ 1SFTJPOFSQBSBJS BMBQBOUBMMBEFMB MÓOFB-*/& -BTPQDJPOFTEFMDBVEBM'MPX TPO3BUFP5PUBM Enter -BTPQDJPOFTEFMDBVEBM'MPX TPO3BUFP5PUBM 1SFTJPOF.&/6 VOBWF[QBSB WPMWFSBMB QBOUBMMBEF DPOöHVSBDJØO 4&561 %JTQMBZ -*/& -*/& 3"5& Menu PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Enter &OFMNFOÞEF DPOöHVSBDJØO QSFTJPOFXQBSB JSBMBQBOUBMMB EFDPOöHVSBDJØO EFMDBVEBM 'MPX4FUVQ 1SFTJPOFSQBSB JSBMBQBOUBMMBEF ÓOEJDFEFMDBVEBM 'MPX3BUF 4&561 1803%%41:'-08 Menu 1SFTJPOFXQBSB JSBMBQBOUBMMB EFVOJEBEFT QFSTPOBMJ[BEBT $VTUPN6OJUT 1SFTJPOF.&/6 QBSBWPMWFSBMB QBOUBMMBEFÓOEJDF EFMDBVEBM $VTUPN6OJUT -"#&- $0/7 Menu Enter 'MPXSBUF 6/*54 %*( Menu 1PSFKFNQMPQBSBDPOöHVSBSFMWBMPS.1)QSFTJPOF IBTUBRVFBQBSF[DBMBMFUSB.1SFTJPOFQBSBQBTBSBM TJHVJFOUFDBSÈDUFS1SFTJPOFIBTUBRVFBQBSF[DBMBMFUSB 11SFTJPOFQBSBQBTBSBMTJHVJFOUFDBSÈDUFS1SFTJPOF IBTUBRVFBQBSF[DBMBMFUSB)1SFTJPOF&/5&3 Enter 'MPXTFUVQ 3"5& 505"- 4&/43 Menu $645 Enter 1SFTJPOFSQBSB JSBMBQBOUBMMBEF MBTVOJEBEFTEFM DBVEBM'MPX VOJUT 'MPXSBUF 6/*54 %*( Menu 1SFTJPOFSQBSB JSBMBQBOUBMMB EFFUJRVFUB EFVOJEBE 6OJU-"#&- $VTUPN6OJUT -"#&- $0/7 Menu Enter -BTFUJRVFUBTEF 6OJUMBCFM VOJEBEFTQVFEFO DPOUFOFSIBTUB DBSBDUFSFT BMGBCÏUJDPTZP OVNÏSJDPT6UJMJDFP Menu Enter A B " QBSBTFMFDDJPOBS C DBSBDUFSFT BMGBCÏUJDPTPOVNÏSJDPT6UJMJDF# QBSBQBTBSBMB QPTJDJØOEFMTJHVJFOUFDBSÈDUFS"MöOBMJ[BS QSFTJPOF&/5&3$ -BQBOUBMMBQBSQBEFBSÈMB MFZFOEB4BWFEZSFHSFTBSÈBMBQBOUBMMBEFVOJEBEFT QFSTPOBMJ[BEBT$VTUPNVOJUT Enter $645 Enter 1BSBBKVTUBSFM 'MPXVOJUT DBVEBM'MPX B$VTUPNVOJUT $VTUPNVOJUT QSFTJPOFS PT" QBSB BMUFSOBSFOUSF Menu Enter A MBTPQDJPOFT B 4FMFDDJPOF $VTUPNVOJUTZQSFTJPOF&/5&3# -BQBOUBMMB QBSQBEFBSÈMBMFZFOEB4"7&%ZSFHSFTBSÈBMB QBOUBMMBEFÓOEJDFEFMDBVEBM -BTPQDJPOFTEFVOJEBEFTEFDBVEBM'MPX TPO CCMISCCMNJOCCMTBDSFGUISBDSFGUNJOBDSFGUT NISNNJONTGUISGUNJOGUT-IS-1.-T .HBMEBZHBMISHBMT(1.Z$VTUPNVOJUT PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 37 Paso 3a cont. 1SFTJPOF.&/6 QBSBWPMWFSB MBQBOUBMMBEF DPOöHVSBDJØO EFMDBVEBM 'MPXSBUF 6/*54 %*( Menu 1SFTJPOFQBSBJSBMB QBOUBMMBEFTFOTPS EFMDBVEBM 'MPX4FOTPS $645 1SFTJPOFXQBSB JSBMBQBOUBMMB EFDBMJCSBDJØO EFMTFOTPS%* %*4FOTPS$BM Enter 'MPXTFOTPS 5:1& "7( Menu 'MPXTFUVQ 3"5& 505"- 4&/43 1SFTJPOFSQBSB JSBMBQBOUBMMB EFWBMPS,EFM TFOTPS%*%* 4FOTPS,/6. 1SFTJPOFSQBSB JSBMBQBOUBMMBEF UJQPEFMTFOTPS 4FOTPS5ZQF %*$"- Enter 1SFTJPOFSP 4FOTPSUZQF T" QBSBWFS MBTPQDJPOFTEF 1VMTF%* UJQPT6UJMJDFMB PQDJØO1VMTF%* 1SFTJPOF&/5&3 Menu Enter A # -BQBOUBMMB B QBSQBEFBSÈMB MFZFOEB4"7&% ZSFHSFTBSÈBMBQBOUBMMBEFTFOTPSEFMDBVEBM 'MPX4FOTPS -BTPQDJPOFTTPO"OBMPH4JOF,'BDUPS 1VMMVQ,'BDUPS1VMTF,'BDUPSZ1VMTF%* 38 Enter Enter 'MPXTFOTPS 5:1& "7( Menu Enter %*4FOTPS$BM ,/6. 0''4&5 Menu Menu %*$"- &MWBMPS,FT %*4FOTPS,/VN OVNÏSJDP6UJMJDF FM,TVNJOJTUSBEP QPSFMGBCSJDBOUF 1SFTJPOFS PT" QBSB Menu Enter A B TFMFDDJPOBS C MPTOÞNFSPT 6UJMJDFX# QBSB QBTBSBMBQPTJDJØOEFMTJHVJFOUFOÞNFSP"MöOBMJ[BS QSFTJPOF&/5&3$ -BQBOUBMMBQBSQBEFBSÈMBMFZFOEB 4"7&%ZSFHSFTBSÈBMBDBMJCSBDJØOEFMTFOTPS%* BOFNØNFUSPEF3BJO#JSE 1SFTJPOFTQBSB JSBMBQBOUBMMBEF DPNQFOTBDJØO EFMTFOTPS%* %*4FOTPS0òTFU %*4FOTPS$BM ,/6. 0''4&5 Menu PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Enter Paso 3b &MEFTGBTFFT %*4FOTPS0òTFU OVNÏSJDP6UJMJDF FMTVNJOJTUSBEP QPSFMGBCSJDBOUF 6UJMJDFSPT" QBSBTFMFDDJPOBS Menu Enter A B MPTOÞNFSPT C 6UJMJDFX# QBSBQBTBSBMB QPTJDJØOEFMTJHVJFOUFOÞNFSP"MöOBMJ[BSQSFTJPOF &/5&3$ -BQBOUBMMBQBSQBEFBSÈMBMFZFOEB 4"7&%ZSFHSFTBSÈBMBDBMJCSBDJØOEFMTFOTPS%* BOFNØNFUSPEF3BJO#JSE 1SFTJPOF.&/6 DJODPWFDFT QBSBWPMWFSB MBQBOUBMMBEF WJTVBMJ[BDJØO EFMBWFMPDJEBE EFMWJFOUP %*4FOTPS$BM ,/6. 0''4&5 Menu Enter 5x -JTUP .1) .1) Menu Enter Programación del anemómetro 1SFTJPOF.&/6 " QBSBJOHSFTBS BMNPEPEF QSPHSBNBDJØO &TQPTJCMFRVF EFCBQSFTJPOBS .&/6WBSJBTWFDFT IBTUBMMFHBSBMB QBOUBMMBEFSFDIB 1SFTJPOFT# QBSBJSBMBQBOUBMMB EFDPOUSBTF×B 1BTTXPSE 6UJMJDFMBTøFDIBT QBSBJOUSPEVDJS VOBDPOUSBTF×B EFEÓHJUPTZ EFTQVÏTQSFTJPOF &/5&30#*&/ QSFTJPOF&/5&3 QBSBOPVTBS DPOUSBTF×B &OFMNFOÞEF DPOöHVSBDJØO QSFTJPOF&/5&3 QBSBJSBMB QBOUBMMBEF DPOöHVSBDJØO 1SFTJPOFSQBSB JSBMBQBOUBMMBEFM SFMÏ 3&4&54&561%*"( Menu B Enter o A &OUFSQBTTXPSE Menu Enter 4&561 1803%%41:'-08 Menu Enter 4&561 3-: 1VMTF Menu Enter PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 39 Paso 3b cont. 1SFTJPOFSQBSB JSBMBQBOUBMMBEF GVODJPOFTEFMSFMÏ 3FMBZ '6/$ */165 6/*54 Menu Enter 1BSBBKVTUBSMB 3FMBZ'VODUJPO GVODJØOEFMSFMÏ 3FMBZ B"MBSN "-"3. 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Los sensores Rain Bird funcionan tanto por debajo como por encima del índice de caudal indicado. Sin embargo, las prácticas correctas del diseño determinan el uso de este rango para obtener un mejor rendimiento. Los sensores se deben dimensionar para el caudal y no para el tamaño de la tubería. Sensor de caudal y anemómetro de Rain Bird: factor K, desfase y rango operativo sugerido Modelo Descripción Rango operativo Rango operativo Rango operativo sugerido sugerido sugerido (galones por (litros por (metros cúbicos Factor K Desfase minuto) minuto) por hora) T de cobre '4# 4FOTPSEFDBVEBMEF5EFDPCSFEF 4FOTPSEFDBVEBMEF5EFDPCSFEF '41 4FOTPSEFDBVEBMEF5EF17$EF '41 4FOTPSEFDBVEBMEF5EF17$EF '41 4FOTPSEFDBVEBMEF5EF17$EF '41 4FOTPSEFDBVEBMEF5EF17$EF '41 4FOTPSEFDBVEBMEF5EF17$EF '41 4FOTPSEFDBVEBMEF5EF17$EF '41 4FOTPSEFDBVEBMEF5EF17$EF '4# 4FOTPSEFDBVEBMEF5EFDPCSFEF '4# T de plástico Sensor de velocidad del viento "/&.».&530 4FOTPSEFDBVEBMEFMJOTFSUPEFDPCSF 44 /" PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT Apéndice B Para sensores de caudal de inserto de Rain Bird modelos FS350B o FS350SS La tabla que aparece a continuación indica el rango de caudal sugerido para los sensores de caudal Rain Bird. Los sensores Rain Bird funcionan tanto por debajo como por encima del índice de caudal indicado. Sin embargo, las prácticas correctas del diseño determinan el uso de este rango para obtener un mejor rendimiento. Los sensores se deben dimensionar para el caudal y no para el tamaño de la tubería. FS350B y FS350SS: factor K, desfase y rango operativo sugerido Tamaño de la tubería $ÏEVMB4EF 1FTPFTUÈOEBS$ÏEVMB $ÏEVMBFYUSBGVFSUF 17$$MBTF 17$$MBTF 17$$MBTF $ÏEVMB4EF 1FTPFTUÈOEBS$ÏEVMB $ÏEVMBFYUSBGVFSUF 17$$MBTF 17$$MBTF 17$$MBTF $ÏEVMB4EF 1FTPFTUÈOEBS$ÏEVMB $ÏEVMBFYUSBGVFSUF $ÏEVMB4EF 1FTPFTUÈOEBS$ÏEVMB $ÏEVMBFYUSBGVFSUF 17$$MBTF 17$$MBTF 17$$MBTF $ÏEVMB4EF $ÏEVMB $ÏEVMB 1FTPFTUÈOEBS$ÏEVMB $ÏEVMB $ÏEVMBFYUSBGVFSUF 17$$MBTF 17$$MBTF 17$$MBTF $ÏEVMB4EF Diám. ext. de la tubería Diám. int. de la tubería Factor K Desfase 9.597 Rango operativo sugerido (galones por minuto) Rango operativo sugerido (litros por minuto) Rango operativo sugerido (metros cúbicos por hora) PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 45 Apéndice B (cont.) FS350B y FS350SS: factor K, desfase y rango operativo sugerido Tamaño de la tubería Diám. ext. de la tubería $ÏEVMB $ÏEVMB $ÏEVMBQFTPFTUÈOEBS $ÏEVMBFYUSBGVFSUF $ÏEVMB 17$$MBTF 17$$MBTF 17$$MBTF $ÏEVMB4EF $ÏEVMB $ÏEVMB 1FTPFTUÈOEBS$ÏEVMB4 $ÏEVMB $ÏEVMB &YUSBGVFSUF $ÏEVMB 17$$MBTF 17$$MBTF 17$$MBTF $ÏEVMB4EF $ÏEVMB 1FTPFTUÈOEBS$ÏEVMB $ÏEVMB $ÏEVMB &YUSBGVFSUF $ÏEVMB $ÏEVMB4EF $ÏEVMB 1FTPFTUÈOEBS$ÏEVMB $ÏEVMB $ÏEVMBFYUSBGVFSUF $ÏEVMB $ÏEVMB4EF $ÏEVMB $ÏEVMB 1FTPFTUÈOEBS $ÏEVMB $ÏEVMB &YUSBGVFSUF $ÏEVMB QFTPFTUÈOEBS$ÏEVMB 46 Diám. int. de la tubería Factor K Desfase 97.576 Rango operativo sugerido (galones por minuto) Rango operativo sugerido (litros por minuto) Rango operativo sugerido (metros cúbicos por hora) PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT FS350B y FS350SS: factor K, desfase y rango operativo sugerido Tamaño de la tubería Diám. ext. de la tubería $ÏEVMB $ÏEVMBFYUSBGVFSUF $ÏEVMB QFTPFTUÈOEBS$ÏEVMB $ÏEVMBFYUSBGVFSUF $ÏEVMB QFTPFTUÈOEBS$ÏEVMB &YUSBGVFSUF $ÏEVMB $ÏEVMB DÏEVMB 1FTPFTUÈOEBS $ÏEVMBFYUSBGVFSUF DÏEVMB 1FTPFTUÈOEBS $ÏEVMBFYUSBGVFSUF DÏEVMB 1FTPFTUÈOEBS $ÏEVMBFYUSBGVFSUF DÏEVMB 1FTPFTUÈOEBS $ÏEVMBFYUSBGVFSUF $ÏEVMB DÏEVMB 1FTPFTUÈOEBS $ÏEVMBFYUSBGVFSUF $ÏEVMB DÏEVMB 1FTPFTUÈOEBS $ÏEVMBFYUSBGVFSUF $ÏEVMB Diám. int. de la tubería Factor K Desfase 777.566 Rango operativo sugerido (galones por minuto) Rango operativo sugerido (litros por minuto) Rango operativo sugerido (metros cúbicos por hora) PT3002 Flow Sensor Transmittert*OTUBMMBUJPOBOE1SPHSBNNJOH*OTUSVDUJPOT 47 www.rainbird.com Rain Bird Corporation &4PVUIQPJOU3PBE 5VDTPO"; 1IPOF 'BY Rain Bird Corporation 8FTU4JFSSB.BESF"WFOVF "[VTB$" 1IPOF 'BY Rain Bird International, Inc. 8FTU4JFSSB.BESF"WF "[VTB$" 1IPOF 'BY Rain Bird Technical Services 3"*/#*3% 64BOE$BOBEB Specification Hotline 64BOE$BOBEB 5IF*OUFMMJHFOU6TFPG8BUFS™ www.rainbird.com 3FHJTUFSFE5SBEFNBSLPG3BJO#JSE$PSQPSBUJPO ª3BJO#JSE$PSQPSBUJPO4 %