i.11-5 Esquema xarxa de serveis existents: Telefonia
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0 m. 140 m A CR 8913 ) ! H H ! ! ! H COTA TUBS ARQ."GLP" CR 12184 91 1 2 m. 40 c. 2 . VC .7 0 0 H 1m. "S"RQ A 0. 0 3 9 1 1. "H" Q ! 05 0. D" Q R A ! 0. m. ! . c 2 6 ! .7 0 H VC P . c 2 .8 ! H ! ! ! ! ! H ! H ! H 1 0 63 P" CR H .3 2 8 . 13 .9 0 Q AR . 0 67 9 11 . c 2 m 0 VC P . c 0. 1 c. 2 m 63 2c. PVC 110 1 85 8 C PV . C V . . . C V m. 2 3 6 . 3 0 1 m. 6 6m 15 .9 " .9 0 .9 .3 2 ! "H" Q AR . 0 ! m. VC 1 .3 0 c 2 10 133m . Q AR ( .4 2) VC 4 84 88 2c. PVC 10 63 VC P c. 2 m. 60 "D" Q .6 c. 2 14 89 VC 2 C V 1 1 VC P 63 0 11 2) VC ( c. 4 VC P c. VC P c. 2 . 12m. 1 c. 0 9 1m 3 0 . 3 . 7 8 6m 2 . m 4 m . .8 Q .8 1 9 N P c. 11 .5 0 6c.PVC 110 Q AR . A 3 m . " 89 Q AR "D" Q AR 1 4 0 VC ! UI TR VC BS O c. 2 116m.( B-2) .9 0 5 2 0 . .4 0 .9 0 9 0 "D" Q AR 8 VC P c. Q R A 2 1m. 8 1 1 .9 A 6 0 11 1 m Q AR .8 11 11 0 1 0 11 VC P c. 9 2) 1 77 7 7 3 1 m. B 25 11 S C DO 1 I 1 U . c 2 " . O VC P c. 0 2 /N S (B- 8 0 11 .7 0 "D" Q AR 0 11 63 17 41m. 1m. VC 2c.PV C 63 Q R 11 " VC P c. N NA DO .7 (Bc. 4 5m m. 9 m 0 3 m 4 2c. PVC 110 63 158m. 0 1c BS P c. C P c. m. 18 c. 2 A Q .9 0 4c.PVC 110 VC 0 H c. 2 VC 2) B- 1 8 m 4 2) (B- c. 4 0 11 0 .8 H . .7 7 m H (B- 20m . 5 6 1. ! ! H ! ! H H H H H H H ! H H H H H H ! H H ! ! H H ! ! ! ! ! ! ! ! ! C H H H H ! ! ! ! ! ! H H H H c. 2 COTA RECUBRIMET 8c pvc 110 ! ! ! H ! ! H H H H H H H . c 4 63 4 1 H ! ! ! H ! H H H 63 1 " Q AR 2) (B-c. 6 25 7m .6 8 2) . B4 4 D A PE 7 6 87 ! H . 2c H 1 VC H c 2 H ! H ! ! 1 0 3 6 m. 80 3 6 . . Q R 3 6 S IDO U . TR 2c S OB 1 ! . C VC P . 4c ! 8 6 7 1m. 4 ) 4c 3s 10 VC 4) P (B- 0 11 PE 7 0. . 3 6 2) . m 0 67 D VC 11 PE . b 90 . c 2 .9 0 .6 0 .4 0 ! . 9 1. . 3 5m 8 4 .9 2 " H F CR m m . H 8 0 1 4 .6 0 69 7 5 I RU C ST . Q R 1 S H H ! H ! ! ! ! ! ! H H ! ! ! ! H ! H ! ! ! ! H ! ! H ! H ! ! H H H ! H ! H H ! ! ! ! H ! H ! H ! !! ! H ! ! H H H H ! ! ! ! ! ! ! VC P c. 9 1. ! C 4 0. 9 m. ( B-2) 1 4c .PVC 63 . " P 54 "AB C "D" AR 110 2 ! ! H ! ! H ! H H 90 18 60 m. c. 7s UR 9 ub .P 0 1 EA 45 m D (B 40 . -4 ) H ! ! H H ! ! H H ! A A R Q ! "M " ! H ! H ! ! ! ! ! ! ! ! ! ! ! ! ! H ! ! ! ! ! H ! 2c .U R H H ! ! H H ! H ! ! H ! ! ! H ! ! H ! H ! ! ! ! H ! ! 2c 18 .U c. R 5s UR 90 9 ub .P 0 1 61 EA 53 m m D . 40 .(B -4 ) ! ! H ! ! !! H H H H H ! ! !! ! ! ! ! ! ! ! H ! ! ! H H H H ! ! ! ! ! H H ! ! ! ! ! ! ! H H ! H ! ! ! ! H H ! ! ! ! ! ! ! ! ! ! ! H ! ! ! ! ! ! ! ! ! ! ! ! ! ! H ! ! ! ! H ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! H ! ! ! ! ! ! H ! . H ! H H ! ! ! (B -4 ) 12 c 2s .CC ub .P 100 EA 12 D 40 4m . 2c .U R 90 64 m ! ! ! H ! ! ! ! ! ! ! H H H ! ! H H ! ! ! ! ! ! ! ! ! H H ! H ! ! H ! ! ! ! H ! ! ! H ! ! H H ! ! ! ! ! ! H ! ! ! ! H H H ! H !! ! H ! ! ! ! H ! ! ! ! ! HH ! ! ! ! H ! ! ! ! ! H ! ! H ! H ! ! ! ! ! H H ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! !! ! ! ! ! ! H ! ! H ! H ! ! ! H ! ! ! ! H ! ! ! H H ! ! ! H H H ! ! H ! H !! ! ! H ! H H H ! ! ! ! ! ! H H HH ! ! ! ! ! ! H ! H H ! ! ! ! ! H ! ! H ! H ! ! ! ! ! ! ! H H ! !! H ! ! ! ! ! ! ! ! ! ! H ! H ! ! ! H ! H ! H ! H ! H ! ! H ! H H ! H ! ! ! H ! ! H H ! ! ! H ! H H H H ! ! ! ! H ! ! ! ! ! ! ! H ! ! ! ! ! H H ! ! ! ! ! ! ! H ! H ! ! ! H ! H ! H H H H H H H ! ! ! ! ! ! ! H ! ! ! ! ! ! ! ! ! ! H ! ! ! ! ! ! H H ! ! ! ! ! ! ! ! ! ! H ! ! H ! ! ! ! ! ! ! ! ! ! ! ! ! H H H ! H ! ! H ! H H ! ! H H H ! ! ! ! H ! ! ! H ! ! !! !! ! ! H H H ! ! H ! ! H ! ! ! H H ! ! ! 6 1. s l de er rr Ca . ! .9 0 ! ! H H AR F CR . 0 0 H VC u "D ! ! ! ! H I ( B-4) 1 2c.PVC 110 145m. 6sub.P EAD 4 0 7 0. H H ! ! ! 7 c. 0 3 6 VC ST OB 1 ! ! ! H ! ! ! ! ! ! ! H ! ! H ! ! !! H H ! ! ! H ! H ! ! ! ! ! ! ! ! ! ! ! H ! ! H ! H ! ! ! H H H ! ! ! ! ! ! H ! ! H ! H H H H ! ! ! ! H H ! (B -2 ) 6c . 3s PV ub C .P 11 EA 0 2 1 D 40 1m . ! . . ! .9 0 C V 9 8 2 ! . 0 VC P . ! c. 2 6 8 8 . VC ! H H m 9 7 c 2 88 DO 3 . 0 "D" Q TR O VC P 11 1 .9 0 A ! 10 . c 2 D" Q AR .9 10 . Q 25m. 2) CR VC P (B- E D c. 6 S/ 110 Q 2 c 2 " "S R A ! " 2 3 AR . C V ) C 2 V (B- . 4 0. ! ! H 4 11 .9 0 "M 2c. PVC 10 6 ! 5 6 5 H ! ! 7 6 "M 2) VC Bc. 1m. H H ! H ! 1 0 C V 3 H H 9 C V 0 ! 1 8 8 c 4 B- D" Q R A Q .2 C V ! H H H 87 88 c. ) -2 B D" R A .9 ! 2) VC (B-c. . 0 1 " "D RQ A C V . c 2 .2 0 ! H DE CR 8912 . . c 2 M" Q R H A CR 8913 m. 140 . m .2 0 .2 0 . ! .7 0 2 1 3m 7 m. 2 ! 1 ! C PV . 1c . 0 80 88 11 DO 1 UI 1 C m. 18 ! V 6 0. c. )6 2 0 ! 40 N S/ A V .8 0 ! ! - 88 AR 12m. . " ! ) C 2 V (B-c. 4 . BS . 63 4 H H 1 F" 89 "BRR C 6 0. "D"RQ A 87 "N " C PV c. 9 12 ! 0. ! m 6m 2c.PVC 63 -P R OR C . 2c . H H V 136 88 ! 7 1. Q AR " m 31 UI 0 . H VC m. 2 H 1 12 122 9 0. . C A ! m "D"RQ 74 .9 0 0. ! 87 8 T 2) 4c 28m . ! Q ! AR V H A " 0 0. 7 0 40 1 C ) V PE . Bc ub 4 3 c S IDO110 H 11 " / S R T V 2 ! ! O c. H 75 88 ! ! ! A ( m. 6 1. H H EN " 2 1. " Q AR C PV . "M 0. L 9 " 3 0 H ! . T ES .9 0. ! ! m. 2 .7 0 .8 9 H 12m A Q RM " .9 I RU .9 0 ! 0 ! ! 0 O V 88 . 1 . 0 2c.P VC 11 0 2 ! (B c. H 1 9 0. c. RQ . 5 16 7m ! ! H 88 " 0 ! " 0 . 1 6 6 H H . . 2c m RQ A O 0 VC H H ! ! H H S " 0 UI 1 79 88 C 3s D" Q AR H 162m .( B-2) m. 12 V "M RQ A 1 H 9m BS . 2 c 2 AR 54 CR ) 2 VC A PE . (B-c. . ! COTA TUBS TELEFONICA ! ! H 9 77 c. 2 " . 9 T BS .PV O 2c ! . 0 H ! H 20c pvc 110 H ! ! H ! ! ! ! ! ! !! Q 2c 0 8 2. H ARQ.EXIST ! 6 sub PEAD 40 6 sub PEAD 40 ! 20c. PVC Ø 110 20c. PVC Ø 110 H CR 8896 ! H H H H ! ! ! ! ! ! ! ! C PV . 2 A C PV . 2c 0 3. .1 2 .5 3 . m 0 4 1 4) AD B0 E 11 P ub m. ! H H 2 " 6 6c.PVC 110 V 0 0. H " AR 9 0. 6 88 m 7 . RQ 7 ! 0 ! 0 ! " Q AR m. 2 2 5 6 Q H "M 0 A 8 45 5 . P . c 2 6 4 .H H " Q AR c. 2 . 1 2 . 2c H "M 1 5m 78 5 " CR m 87 2 2 D A RQ A 0 11 b. 0. 7 0m 7 DO 0 1 ! . . 7 .5 2 . " + m 3 6 A C 0 R H ! H H ! !! ! 12c. PVC Ø 110 ! H ! ! H H ! ! ! H ! ! H 2 12m 12m . A 8 m 0 15 0 C V H 2 3 6 V 1m H " 1 0 ! D" R A . 2c 2c 9 7m 8 A 10 AD V P PE (B 2c ub H Me t al · l úrg i a H Ca rre rd el a 3 86 8 9 0. H /N S H ) . "D" Q AR 2 6 88 5m 8 . AR . H (B .9 0 10 m 85 " "D Q AR 0 V 1 " 1m NA E 0 AD V " ! m V 4 9 0. 8 8 0. C PV . TA O ES D A M AR 124m . . b. 2c H . 2c " "D RQ . P . 4c 3 17m . 17m. 0 H 1 H .9 0 0 9 11 m 139 1 6 2 4c.PV C_1. 2 110 3sub. PVC 4 0 88 ! ! R A 0 11 89 VC P A . Car r erde Sa l vadorEs pr i u Q ! " R 8 "g R C c S . 0 E ( 2c.PV C 110 2c.PVC 110 . 0 " H 2m C PV c. "D RQ A 6 1. ! 8 0. ! 8 0. 1 " 139 AR CL . 0 H 11 9 .8 " A 0 " H Q m. ! VC 0 ) m 11 1 . 2c I 10 0 H 2c 6,06 (B 0 11 A Q 1 86 N" 5 86 EN C Q. 0 H 8 m 7 64 c. 1 ) m. 2 b. ! 81 1 12 "BRR Q AR " I . 0 Q A 0 ! ! E ( ! 6 AR VC T S A A TR EN 9 0. H 7 A 5 4c H ETA 0 11 D 6 c. 2 1 T N E P H 6 VC VC P 1 " "N R A 0. ! .9 Q AR . 5m 9 ! RQ . c H " m 38 0 11 H N C . ! 2 4 0 ) 2 H S ! 6, .6 ! 7 . 6 2 H 48 . H 9 m m 3 88 17m. 17m. AR H 5 11 Q I ST 63 Q 2c.PV C 110 2c.PVC 110 H 9 C 8 22 C 2c "D"RQ A . 4 . 45m. m ! 0 9 5 88 " 0 150m.( B-2) . H " DE CR 5216 . . 1 " D Q AR B PV . c ! , H P H "D"R A 1 2 2) 1 m 9 13 S A T E 63 RQ A 1 m. 11 m 45m. A CR 5458 8 ) 2 VC ! 5 8 0 m ) (B-c . N S/ ( 11 3 2 2c.PV C 63 ! . ( . H 6 0 9 . . DE 1c.PVC RE Q C V "H" AR PV . c . 0 0 2 ! ! B TU 5 9 R A " 0 0 A 4 . 11 6c.PVC 1 10 A " 29m . 0. 18m 6 0. 1 4 1. ! A 8 0 11 4 ! ! N / . IDO U TR VC 1 ! 2 P (B- . m. H 2 O " R C C PV c. 8 Q 2 V .9 0 . 7 6 8 6 1. H 6 4 5, 5, 89 Q AR A 2c.PV C 110 / S O 8 5 54 0 m 0 H 8c. PV C 6, 6,00 , 15 27 " "D N" AR M Q R A 8 2) Q AR AB R C VC m Ma i g ! ! ! ! H ! ! ! H H ! ! H ! H H ! !! ! H ! en am ar ap H ) 2 . .3 0 b ( c u 4 3s A S 0 11 A PE 6c.PVC 110 141 m. . ! .9 0 0 8 1 77 2m . 162m . 2m . m. 146 S 0 IDO U 1 TR C S OB . IDO 1 U 1 TR S PVC OB c. 2 .8 1 ! ! H A ,S ts i Un ai en og om SA n, ra ag l Ca s or ot 87 8 M H 7 6 74 0 ,76 2 CR S .7 46 " H " 200m. 40 c. ! 1 UB T 6,02 5, ,78 "B ! 0 11 IDO m RU 1 28m. VC 1 S A CR 8911 DE CR 8 910 I . 0 10 S 3 6 H 6, TA . . 9 R A . . ( B-4) 12c. PVC 110 6sub. PEAD C V .3 0 ! UI R ST B . c 2 H l aF í si ca C 9 21 0 D m 7 5 54 13 78 27 105 12c.PVC 110 150m. 6sub. ( B-4) PEAD 40 R A ! ! ! 9 72 11 0 ) 0 1 "D"RQ A CR 1 . " H 6, 0 Ca rre rd e ! 2 ,67 m C " B .( 4c.C ORRP 125 CR 4 2) (B- 6m 16 1 1 E D c. 4 A CR 5457 ) 2 V . ! . 87 H ,27 15 6m. 7 g 10 (B2) 90 ST VC P . 2c 3 A ! 6 110 0 11 2 C 15 0m . C S/ H 52 " H 4 76 C PV . c P . 110 . 0 -4 B 1c. (. c . m. 7 O 1m 0 85 I 20 8 U 0 R ST C 10 40 C AD PV PE c. 2 ub . c 4 AR "ABR C 0. . ! 8 4 6 185 m. - n s/ A D RR T " 10 N F 8 E BR CR 6c .PVC " 12c.PVC 11 0 ( B-4) 193m . 6sub. PEAD 40 168m. 8 ! 2c. PVC 63 8m . H ,65 6 6 8c . 8s PVC ub 110 .P VC 32 8 AB AN DO NA DO "M" Q R A 2) (B1m. m. 2 2 7 0. ! 0 4c.PVC 110 0 2c.PVC 63 20 m. BR CR ! ,5 , 7 .6 0 S 1 ! ID 0 .7 0 1 8 5 C.d elPr i me rde 184m. 20 + 45 , 2 TR S OB 4c + VC P H 0 Q 8c. PV C1 10 63 H ARQ."BR" . AB O D A N O O D D N AN AB N ,7 ! CR 12187 21 7 ,05 7 ,69 ,73 7 7 H , . 6 ,3 3 5 ) 2 4c 0 A 0 ! .9 H 6, 7 7 18 " R 12 "B R C 3 1 0 ,0 ,7 7 7 8 7 ,3 7 8 m ( 7 8 VC P "D m /N S 110 ! VC P . c 8c. PVC H , 11 ,38 5 3 0 6 ,3 H 5 C 11 , Ó 3 ,1 8 ! 6,14 . ,23 6 7 IG M OR 2 ,1 8 ! ,5 C 2 6 ,1 F m. 35 H 6,14 4 , 7 ,49 ,42 6 6 ,6 4 , ,55 7 110 H A , 6 9 ,5 1 9 ,4 6 1 ,4 4 , 4 2 ,5 , 6 7 C PV c. 20 .9 "D"R A 22 . 0 6 5 8 0 c 2 Q Q H 1 QUE 5 AD . 0 .7 0 7 0. D" Q R A P . c 22m . "D" AR M " R A N ! ! . . m 8 3 2 1 -2 0 B 11 -4 10 40 1 (B 1 C . V C A m " 5 P V E 2 P 74 . P P . 3 4 8 c. b 6 . 8 "A R .4 2 C s 1 V C .4 .7 P 1 .4 1 . 2 . 1 8c 2c.PV C 110 76m . ( B4) 8c.PV C 11 0 3sub .PEAD 213m . 40 "N H 43 ! 5 2. PK 170 5 6 ,8 2c O D !! ! ! ! 1 2 5 52 5 6 6 A H 5 3 ,1 6 4) 3 1. (B ! 4 , AD m 1 H 4 2 9 , 6,06 6,11 6,11 , O D D A A 2 B 12 0 9 20 11 9 0. .8 0 63 ! 4 B - 2 9 " "H RQ A 0 2) S . (BI 2 1 RU BS 1 C PV . c ) -2 P ( c 4 ! 5 2 ,9 6 , ,29 9 m O D ! 2 2 , 71 . c 4 53 ) . H ( 2m 00 11 8 55 88 . 0 ! 80 ,34 5, 5 4 6 53 6 5 6,11 6,06 5 6 ,1 9 5, 5 5 3 BA 5 4 6 0 m. Q AR m . 0 !! 6 5 6 9 4 ,8 5 ,9 ,62 6 45 9 5 .2 7 1 R A 9 . H " m. 5 H 5 5 , 5 , 5 , ,92 4 6 5, + O D A N DO AN AB 0 11 D IC N C O F E E P E . T A b 20 u 6s T . A 0 52 88 9m 1m. m. 8 . 0 ! 4 ,1 88 5, 1 ,3 6 6 2 - U 4 0 m . 4c "D"RQ .8 0 63 6 .9 . 0 ! ! 0. 2c.PV C 11 0 43 m. Car r erde lPr i merd eM a i g " 5 7 0 B "g R 2c.P VC 1 10 2 3m . PV C R A (B2) " Q R A 0 2 t en am C A 1 C PV . 2c H 6 6 5, 1 ,1 6 4 Q 6 3 .9 1 5 8 8 0 5 88 . 0 5 2c.PVC 63 /N S " Q R A H O . ,09 .7 3 A1 P"TEJ4 E "A DER O C IG 0 Q R A m. . m 1 VC P 0 11 ) 2 C ( PV . c 4 c 2 Q R A "M RQ H H ! NA 6m ,5 4 5 O AD N O D AN AB 6 ,9 7 3 2 0 , 6 6 ,3 6, 9 9 23 , 75 7 5 1 ,3 ,3 4 ,40 6 6 6 5 ,96 JP R C M AR OR 2 c. PV C " "D RQ A " 4 m 0 PV . c P . c 2 28m . . . 2c.P VC 6 3 70 m. D 1m UI 3 6 TR C 9 ! 5 D N 11 m 30 0 11 F . 0 m .9 3 6 6 5 6 2c.PVC 63 75m. 1 2 . PV ! B 17 C 8m . D A T VC P ) VC -2 (B c. 4 ) -2 (B c 8 " 4 5 88 Q 7 R A 0. ) 2 (B . R C 1m. V P . c 2c.PV C 63 H . 0 H CR P 0 11 . 6, 7,05 H H . 0 8m 3 H 1 184 m. M " D R A ( B-3) ! A c 3 3. ! C PV c. 0 VC 11 . ) C 4 PV (B c. 2 DO C ,35 4 ,7198 7 6, 8 ,98 7 89 6 6, 6 ,2 37 6, 98 6, ,58 77 6, ,7 23 6 2c 9 0. 49 3 2 . 0 ) 2 23 4 m. 5 1 10 7 ! 10 2) C V Q " AR -P 5 7 8 -2 . C.de M .7 0 i guelHe . r nàndez m 7 5 . m 0 0 2 . R A H . m 8 7 0 4 1 1 D C A V E . P P m H . . b 2 6 su 3 3 6 R 7 6 5 1 1 . " m "D RQ 10 A 2 . 0 8 15m. 2 1. H + 7 1. 2 A ) B -3 7 5 6, . Q AR " ( Q R VC P 8 4 8 2c 5 m 8 H O .5 2 ! - 66 , 48 09 ,9 3. 76 C NI 7,02 6, 8 0 ,0 ,9 9 701 , , 7 68 6 39 6,09 4, 9 8 8 ,2 6,11 6,17 9m 3 Q R A DE VC P . E D . 0 42 10 S ) A 10 40 1 ( m 3 2 . C V P c. 4 m 2 C . 2c H H 1 A D 12c pvc 110 D H O m O 8 6 21 4 5 6 9 1 O 0 AR " 8 ) -2 (B c 4 " D Q R A - A 3 6 ( B4) 5 12 8c.PV C 110 213m 3sub. . PEAD 40 - ( B2) 0 11 . 2 m B 2 63 VC P c. 2 2 196 B O ! 4 N AD 4 EA S .3 11 F H 6,17 2 5, 6,15 ,2 1 2 ,7 9 9 ! " .9 0 0 H H 6 , . 2m 6 R V R .9 0 VC 2c.PVC 63 H" Q AR .8 !! ! ! .8 0 H .7 3 D ) (B- DO 0 4 0 AT R EL O T C A EN T U Q 6 7 5 5 , 4 ,7 6, 5 3 5, , 4, ! ! m O . 5 BA 0 4 N A A 5 1 "A"R C 1 .5 ! R ,82 8 1 ,68 6 5, 5 5, 5 9 2 5, 3 ! .9 0 0. 7 . 4c . 2 D C VC A P PV . . c 2) b 4 c. 2 O 1 . 16m. H 11 A u s 0 2 N "N R C m D 10 EA .6 C C . 6c .2 ! A ) 4 - O B A N 6 H 5 6, 58 4 ,36 4 ,, ,1 ,0 6 7 4 ,2 , ,76 3 2 7 ,21 , 5,1 55 5, 5 4, 2 ,0 6 5 88 m 10 6 0. . C .9 0 110 ! 2c. PVC S DO UI R ST B O 8 Car r erde l OS a Fei D xa Ll ar ga I ! 0 C PV . .8 . . b su C 2 7 D N A AB 97 6 5, 9 4 A ON 5 ND 9 , A ,3 5 6 6 B 4, A " 8 BP 7 10m 1 "gAR 0 C V O 11 40 . A c AD N A V 2 0 E 4 D 2 O P D N . c b 20 u BA AB 6s - 8 P" 42 m "ABR 27 C 4 0 11 40 D C A 4).PV . c (B2 .2 6 3 9 ! , ) -4 (B m. 2 . (B .9 0 ,9 c 12 ) 6 0 m. 2 C . 0 2c 7 . 0 ( B-3) ! .8 2 1. 8 0. m 04 13 - 5 4. .5 3 ! A . 7,03 8 5 5 4 1m 11 1 8m 17 0 4 R ,7 " "D RQ A 8 10 H 1 11 . .2 !2 7 " D Q R ! ! 1 ! a ap ! . c ! (B ( NA O AD D N A .PE B A ub - 3s . DO 1 15 S O ID U 10 R C BS .C 6 2 1. 0 11 H DO 3 , .6 2 " 8 BP 2 A 4 "g CR .2 3 V 10 40 1 D C A PV . . c 6 . 2c 11 UC 9 0. I 10 . 2 .2 2 . 1 H .9 0 ) P c. - 4 2. ! . 2 2 1. 00 c 2 m 23 3 m . (B 24 57 A B -4 (B DO NA ) C PV . c ND N O AD 2 2 3 4. A PE . V ! 4. 0c 2 su 6 7 " 7 P 2 B 4 A CR ! 2 4 TR NS 2 5 2 ( " AR N . 1 " 2 .4 1 0 -P R R H O C N " S/ c. 2 N . m "N RQ H A TE 0 N . 1 IE 1 L C 0 C 4 R V 1 0 c. 1 1 1 C V P c. 2 2 O D 1 U 3 R 6 C V B P O S . 2 D 4m U R T 6 S B C V P m 1 3 ( 2 en am ar ap t en m ca a ap e m ca ar H 1 2 9 1. C 0 11 1 AB CR 1 5 O D 40 A ) N 4 3 A (B- 4 ND PE 2 . A .4 DO C 6 , Car r erde Sa l vadorEs pr i u CO 1 11 6 1 6,01 4 8 8 " 9 Q .2 2 O P T. S 8 1. a B25 0 H 1 ! ! ! 6m c 2 -4 OS . ID 5m U 6 TR 0 B O 1 C V VC S O D - R C N B A - 6s . 11 " UI 1 B TR S CC O OB . ID 0 c U 10 6 R T CC 5 OB 1. C V P . c 2 2 N A 3. O D A B A 8 - 7 1 "A" CR A P" 8 B 75 1 "gAR C S O I AD U R O ST OB A m. N O A m. 8 R VC P . 96 ST 0 1 0 1 1 25 22 A N 2 ! BH 2 40 0 . . 11 11 .4 3 N A 75 .8 2 A 2) B DO A N O D N A " "A CR 1m. H H 1 0 4 P 4 5 c 2) 2 B 0 52 7 " O " 4 P 74 8 "A R C C ! 1 6 7 8 1 6 1. H O S 0 11 IDO 10 U 1 C R C PV S . PV . c 9 8 4 VC P . c .2 " 5 "JP CR 12 4 C PV . c pa ro u E d' a aç l P 2 C PV . c 2 1 9 60 17 17 0 0 6 7 ) V EA 4 P b 20 u 5 .4 4 4. CR E O 0 4 3 1. 0 "A R C . 0 2) . P Q R Q AR m N A + ! ! ! 2 2. e ar hc ! 2 CR B .1 19m 5 8 11 C 4 3. C V CR CR 3. " ! at eg ob L de et l ta i sp Ho ' l 17 P 1 3 1. ( c 2 . c D . 3 5 7 8 " "D RQ A C H " m. 0 11 "NNRQ PI L A Q AR AL E D " N . 4c E D A 2. 7 2. R C R P ( 3 1 S ( B4) Y 4 2 1 3 6 8 54 ) -3 H . 4 VC P . c " D DA ) -4 DE I U 17 m. T S S 8 B O I RU 9 ST OB c 2 UR 6, ) VC A -4 . PE (B 12 ub 6s 2 .3 2 T 8c.PVC 110 196m . 6sub.PEAD 40 Q "D R A ( CR 9 1 H 11 5 1. 3 1. ! m S 24 ID 0 R 11 T S C PV O . c 7 PI RO ( m. 5 - CR AM AS P ! 6 ! R A _ "D RQ A D H C ! H ! ! 0 . . 1 16m ) 4 (B 9 35 1 H c 2 m. 0 11 .6 C 3 m. 2 1. P" B 54 "A CR ! ! . 1 . m 2 93 10 4 7 E "A R 2 0 H "J 6 4 H ! ! 2 0 . 0 11 C H P H H A(B- . . 2c P c. 49 25 3 (B- CR ! 0 .2 .7 0 " P 5 4 CR H D m 5 A 11 PE . C ! 7 -4 m 74m. 1 0 11 PE b u 11 .2 u 3s H 110 C PV . 3 c C . 2 ! ! ! 8 4) C PV . c ! 2 9 (B H m. 0 .3 2 7 D 3 .8 2 ! 8 5 33 H 57 176 .5 33. I U m. 59 4) (B m ! 1 2c .P VC ! Ca rre rd ' Ama de uT orn er 54 11 10 " C 8 ) m. 5 0 4 3 R C 2 T S .5 2 5 2. ) ( DO 00 . . 0 1 1 6 m 6 0 1 2. 8 CR V CC . 2 " ! H - 1 " R C A 33 3 2. 2. 3 D A E P . b u - 9s ) 4 B C 4 . m 5 1 C V P c. 1 m 3 2 A H H C PV . c l aI gu al t at .1 .2 ! 1 . ! ! 20 m. 2 1. .8 . 3 5 m . A c 8 4) (B- c 2 . 2 ) -4 B 135 40 . . R C A c. 9 3s " 9 5 ) 3 6c D 0 m 3 0 1 1 m 0 3 ! ! ! 63 Ca rre rd e 2c. PV C l aI nd ep en dè nc i a 0 ! 5 3 4 132m CA N 1c. .CO COR M P R-P ART IDA 125 (B m. . Q 0 H CR " E 32 0 ( 5 4 5 R VC E C P . . A c u s 6 1 0 1 .H 1m 0 1 1 48 H Ca rre rd e . 5 4. ! 11 AR 11 . 15 0 1 H " ! . m 89 C m 0 .7 ! C m 2 10 0 6 7 63 "M AD PE 3s ) -4 m. (B 151 D A " 110m . NA 7 0 " P J 121 "g CR 0 4 C V P m. 20 H 25 CaRr r erde l a Fei xa Ll ar ga H 22 0 11 2 11 . 0 11 1 PE . 63 0 10 C VC P . m. 2 ! 6 VC P c. 4 5 45 91 C 2 C PV . c c 8 su 2c. PVC 57 m. S" Q R . c 2 0 ub s P 3 . . c 9 0 . ub . 2s c 4 2 7 7 2. 12c.PVC 110 N 5 4 B 2 C.de M i guelHer nàndez DE CR 8845 6 8c.PVC 110 134m . 6sub.PEAD 40 ( B4) C V P 3 6 C V 1 . c 2 27m 4 H 1 m. 4 ! CR 2c 4 ) 4 (B- 1. P" 41 "L CR 1 5 8 9 m 8 1 46m. 68m. 37m . 2c.PVC 110 2c.PVC 110 2c.PVC 110 ! . 1c ! ! 6 63 9 .2 DE 1 1. 2 ! l es San gon ere s 8 11 " C 4N Q .N " AR 3 " 9 P B 4 A CR Car rer de Can Tri es .6 2 P . 2 - , ! VC P c. m C 3 4 5408 Car rer de CR 67 1 1 ! 1 P 8 6 IG 78,00 1, 5 ORM 3 H . 0 11 c 2 1 B "A C A PART IDA 40 . " X Q .7 0 ! "M RQ A H 118m. J 04 2 5 1, 8 c C V 0 1 1 C V P c. 2 /N S " "D Q R A c 2 ! ! 1 ,09 ,86 C V ! ! 2c 0 26m 1c.CORRP 90 IDO U . 3) B- C ! 2 m m C PV Q AR 5 107m CA .N .C OM 5 08 15 9m. (B-4 40 DE ) CR 33 58 8 5 . 3 0. 12c.PVC 110 8 5 2. ) 2 - 3 .3 2 2 ,7 2 ! S A ! 11 1 63 c "D 4 8c. PV 3s C 11 ub. 0 PEA D 125 Ca rre rd ' He rre ro 1c. COR R-P .3 2 3 . 8 0. ! ! 8 0. .3 ! ! ! .4 11 Q AR " 1 ! ! ! O 6 1. ! ! ! 9 0. H ! C 6 C .4 2 ! C R C 4m 3 1 .3 . 2 ! c 4 VC P c. P 1 9 m. 5 18 0 8 " 0 4 BP 5 A 59 D CR E 11 PE D . C b PV su c. 1 ! 1 0 11 0 .8 0 0m 12 ! 4 ,1 ! 4 ! ! 2m . c 4 V PE . . b c 8 su .4 " 6 ) 4 2B 0 10 C PV . 2c 6 2. ! H ! D A N " S/ PI N L "N RQ A E D D IE P .2 2 2 1 H 63 52 C 3 2. 4) - 1 1. ! 1 0 40 D 7 0. ! 1 H ! ! C 0 11 4 A 4) . (B131 ! 0 11 m. 5 68 0 D Ca rre rd ' Am ad eu To rne r 2 7 1 4 H VC E P P 8c u 3s .7 0 C m. 4 m. ! 2c C V 9 ! . 0 C PV c. D . 0 ! " X Q Q AR Q R A . c 0 1 H 3 . " 61 A 8 11 C 11 2 ! 4 2 1 ! 5 8 11 " C N "N RQ 5 D 1 TI P RR M PA C C . N 1 C 1 1. "M E" 4 B CR 4 0. " 2m V P . C PV . c 2 ! m. 6 2 O .3 1 .2 2 2 H -2 4c.PVC 63 113m . ( B2) + . H 20 ! 10 4 H A Q N" "N Q AR N" 1c ! E P . 5 0. 1 1 11 . ! . H m. 30 V Can Tri es 123 m. (B-4) 40 . 3 8 m. 1 Q AR .4 0 ! C PV . 3m 3 5 12 R P ! 6 2 2. 8 2. ! "J R C 0 7 1. . 8c. PVC 3su 1 b. 10 PEAD Car rer de ! 63 VC V 9 14 B - ! G C . . 0 86 . c 2 0 4 11 AD 1 4 ! VI c 2 2 0 C1 "NNRQ .8 .7 12m 3s ) C -4 PV (B c. b 2 9 5 4 1c. COR RCA P N. 125 CO MP 13m ART . IDA .4 0 11 "X"R A 1 ! 8 H 4 . 2 ! " H 1 0 11 ) -4 B .( m 0 6 1 0 0 D4 1 1 A C PE V P b. c. u 8 3s C PV . 8c ! E 3m 4 C 0 c 2 V 5 12 ID T P A R R MP CO C . . c N .9 0 5 ! H 0 11 0 1 1 5 ! DE T. C. C V " "D Q A .7 ! . 0 ! Q R A m. . 0 m. 3 3 0 4 m 41 . ! LA . . 9m 1 0 ! 2m 3 H H . 0 10 0 11 1 1 0 11 m 0 11 C V P . 2c A AL PI . ! DE 19 4 H .5 m. . VC P . c 2 C .2 8 C PV . 1c C V P ! RQ 6 9 3m 10 D .7 m 4 12 0 4 m. .8 2 CA N. CO MP AR TI DA 10 m. 6 2 4)PVC PE . b (Bu 8 3s 10 P m. 56 8 1 0 11 0 3m Q . 3c 8 0. " Q AR 1 2 C V .P 2c ADA al rn Go . m 2 m 8 m 1 2c.CORRP 125 93m . .5 1 1 0 1 1 . ! VC 9 0 63 . V 153m . 1 4 0 2 169 VC P . c 2 . c 10 M .5 0 ! 3) (B- H "M 0 0. ! V 166 4 M PR . 7 0. C V P c. 1 C V P c. 1 m 9 4 1 ,0 2 6 6, ,7 4 1 ,0 2 9 1, ,0 2 ,5 6 8 5 6, 1 A AD N DO 1 H . 3 12 5 + .8 2 ! 1 CR 10 "BER C Q ! Q 2 c 2 " "D Q A ! A 34m. . Ca rre rd ' He rre ro 9 8 1. 1c. COR R-P 4 5 9 2. C 5 1. c 8 3s ! " E G IT 63 ! " L C "JPR C m. 5 2 .3 . c 2 "M P 1c. 5 . . H . c 2 R C CO . m 8 5 m 0 4 0 1 1 0 1 1 C V P c. 2 0 1 1 .5 0 ! /B 1 P . 1 LAT . 0 . c 10 m " AR E D 4 ! ! 1 . 8 8 8 1 " C1 N "N RQ A 13m .7 0 V P c. 2 1 1 4 1. . ! DE Q AR c 6m 5 0. 6 0. 0. 8 0. 1 5 3m 1 0. m " ! . 1 .7 . H H ,6 3 6 3, , "D B2) 4c.PVC 63 61m .( ! 6,06 A AB 2 (B-3 ) .8 0 41 er rr Ca a He ce an i al A ! ! ! H ! ! ! ! L ,S ña pa t Es en z m Gö ca ar Öz ap ! 3 4c.PVC 110 "D / s 11 A VC P . 2c V P ! ! G 3 " AR N S/ M . 1 . . C 0. ! E D 10 T. "D RQ C. A LA I Q AR EL A 16m 8 Q AR . "M H 3 130m m 36 .8 0 ! 0 m 4 2 .8 .9 0 ! . 169 2 C V P . 11 . c 10 6 0. 9 . m 0 1 11 ! C -3 V (B .P c 3 . ) C -3 PV (B c. 3 3 1. m 3 m 36 0 1 A E CC b 3s c ! ! H/ 125 R A P . 1 " C "N RQ A 13 A 0 110 11 ! ! 1 P 67 RR CO . V L A E RI LL m. 9 1 m. 44 A ) C 4 PE . b c 8 3s 3 6 H 17m . + 0 R A DE T. C. 1 C . S E VC P 1c. D PE M AR 6c. PV C 8 0 . 1 1 ! 5 1. C PV 1c. 1 C PV . c .4 0 .7 67 . m. 7 m 4 3 60 40 R 11 C m 2 2 2 2c 3 .4 2 0 9 ! ! . X . LA c C 2 m . P . 0 m. 49 1 71 H 2 .5 0 E D 66 11 6 0. 6 0. V Q . AR D 2 7 0. ! Q AR H 0 Q AR .7 N "N Q A 11 .5 0 .1 "M 1 . c 0 11 A 0 EA 1 P VC u P . Q AR " N 1 1 2 1. ! 5 " 6 1 E 4 1 C "B R V P C c. 1 . C PV ) -4 (B . . ! 0 ! .5 R ! ) ! 1 DO NA O D N A H H Q " A Q 8m .5 ! VC P c. 69 5 10 61 m. Q AR " 5 0 " 0 11 H H . 1 .2 . C V P c. 2 H 4 2. 0. 1 m 1 !0.7 !1 . U c. 2 . T 9 1, C 9 9 1, 9 1, 12c. PVC 110 139m. 6,01 ! 5, ( B-3) P , ! . 0 6,13 ! A 110 Ca rre rd e Ro sel l 2c .PVC PV . 3c - O AD ON ND BA A 26 . 7 5 H N A 63 C PV c. .8 0 m. 40 ! 0 17 .7 . ! . 0 9 1 1 1m ID T 1m. .8 0 H" Q A 2c. PV C 1m. .7 0 . 0 1 10 .3 2 " "JPR C 1 H 4 UR . 3c 3 S . (B IDO U R 10 R A 25 A -P MP 0 11 7 1. 1 . c 2 C PV . I -P ! 4 C V P 66 c. 41 2 2 1. .2 . m 9 6 14 6 3 3 10 40 1 R C A V . c. b 8 s 3 m 32 1 1 .8 . 0 m .7 0 0 1 1 m 0 4 ! 9 BS H R 8 8 .9 0 5 1. 8 2 1 2 " N "N Q H A 2m 18 5 8 4 . . m 7 1 D 0 11 . P . m 4 m (B 9 1 0 4 1 1 D C A V E P P . c. b 8 u s 3 C V 1 s 5 5 ! H ! 2, 55 ,7 2, 2 3 NE T CR 12105 U C VC P . c 11 m " "H Q AR 5 ! AR 2. 1 1 7 10 1 C 0 P CR 2 V m 2 .4 m 2 3 0 1 1 .3 ! . "M RQ A m 1 C V .P 2c m 9 0 c. 1 0 0 1 ) C - C P (B c . u H -4 B m. 7 3 3 ,1 . ! ARQ."GABP" c 2c + . 3 6 8 56 C PV . c 1 0 11 N 1c A 1c. C CA ORR-P N. CO MP 125 AR 31 TI m. DA c 2 "D P 4 . 0 Q "J 0 1 1 -A 6 6 1 4 " "X Q A C V P 0. ! c 2 .5 0 ! . 1 1 .5 0 1 1 5 ! 0 5 1 . 0 1 m C V 0 P 1 1 c. 2 !! ! ! ! ! ! ) -3 m 0 8 0 4 0 1 A C E C P c . 8 b 1 u s 2 8m 1 -3) 0 40 10 D (B C A E C c. .P 12 ub 6s ! ! m 2 6, 4c.PVC 63 32m . 2) B( . + ! 65 /n H 1c 1 9 1. m. . 1 VC P Q AR P . 0 2c ! . 11 5 5 1 ! Q . .5 m 4 D 80 8 9 m Q 1 .7 A .7 0 3m .5 " AR 1 8 ! 0 A ! 1 . 0 5 4 C V P c. 2 C V P c. 2 0 ! C V P c. 1 C V ! H 0 1 40 1 D C A V E P c. 0 b 2 u 6 ! ! " A AR m 2 " H 1 .7 0 . ! .5 ! 0 4 D 1 .7 0 0 8 9 53 1 " 9m PI L " 1 ! ! .6 0 1 m 1 c. 1 ! ! ! . 7 "D 1m. "M" Q AR CA N. CO MPA RT ID A 11 6 5 " BR 05 "g 0 11 86 . " AR ! "M "M A ARQ " M" 11 0 C 11 PV C . 2c 2c 1 AR A 125 A A C V AD . MP O C 9 0. . .6 1 " "M RQ A 1 C V P c. 1 1 1 " "M RQ A C V P c. 1 ! ! H 21 1 . 05 VC P . C PV c. 10 H AR 2) VC PE P (B- . u 3s 8 1. H . 9 0. 8 .7 0 9 0. "D C . M O C 2 . 2 .5 0 ! . . m 9 5 1 0 40 0 1 D A ) C -4 .C PE (B c 0 b 2 u s 7 ! 11 D" AR 95m D" RQ A 59 C PV . 4 3 "M .2 m. . 0 11 3 2 m 22 ! ! m . m 3 3 0 1 1 0 2 .5 ra H . 125 R C 2 . 10 0 11 10 1 0 0. ! 1 12m 0 1 1 0 1 C V P c. 1 C V P 1 " "M RQ A 0 C V P c. 1 t l u C ! ! 2 . A 1c .C OR RP 89m 9 ! 1. 1 0 11 1 m. 25 V 1 m. 4 62 9 0. 1 0. ! 0 0 c 2 ! C V P c. 2 ! ç a l P ! m. 110 8 0. 9 3 5 C Ca rre rd e Ba da l on a 4 63 45 m. . 2c 4c. PV C AR 8 0. ! ! "M"RQ A H "M 1 0. 0 11 2c 1m. 4m B V . . 2c c 2 41 10 1 17 4 11 Q R m. 2 C 5 10 6 0. . 0 VC P 1 1 1 0 1 7 0. 110 1m 11 0 11 2 . 0 0 11 "X"RQ A C PV 8 0. VC P Q AR DE . 1 Q AR " H 7 0. 0 5 1. C PV 1 c 2 7 0. C V P . . c 2 c 2 c 2 8 0. .6 PV . m 4 c. P V C N" AR 76 105 " Q AR 2c. PVC . 1 .7 0 1 41 m. 5 H 9 0. 2 2 ! . " "D Q AR Ba da l on a . H .6 m 29 1m. m. 24 V 2 1. 5 2c V P M" Q c. AR 1 .1 .5 ! 0 0 39 m. 5 0. ! ! ! ! H 2 17m 0 11 0 11 10 . 1c 6 1. 3 1. 1 1. 11 0 "M" Q AR Q AR 1 1 ! ! ! 9 6 m Ca rre rd e N S/ n 0. C V P . 2c C PV . R" 5 B CR 2c .P VC H H 171 4 171 . m 4 5 2 CR R C 10 E 1 1. V . . 110 35m . H m 23 5 6 Q AR " 0 1 2 4 1. 5 10 E D C V P 1 1. ! ! A 1 m. 25 . c 2 m 5 1 m 7 1 . m 5 I 5 L-P 2 1 A -P A R D R A O C PR . M O C 0 1 1 2c. PVC H 10 05 " . V . 2c " H Q AR 5m 4 .5 0 .7 0 . /N S 15m "M" Q AR 63 /N S " H Q AR 2 0 17 m. 4 1 147 7 m CR 4 5 2 10 Q 9 R 1. A 10 C V P DE C . V c P . 1 1 " 17 4 1 "LP 1. CR C PV . c 2 0 9 ! l aF ort una VC P . 2c " A VC P . 4c 0 11 " A VC P . 2c /N S C PV c. 2 " RQ A " M Q R A ) 4 B R ! C V P c. 2 ! ! S/ M 41 0 .1 U c. 2 . ! PI 2 5 2 A AL P DA A 74 41 . OR PR C c. O 2 C 3m " ! CR 0 1 H 17m "M"RQ A . " N N R C ! V P . 2c l 1 1 0 2. Ca rre rd e 4 57 10 m. 38 10 Can Tri es m m. 61 0 4 8 1. ! 12 DA 5 1 07 A AL m . -P I 2c .C O CO RR M PR P A 4 c. P V C (B-2 ) "D"RQ 0 11 CR 7 " 55 BR 10 1 1 AD ) 2 CC PE . . 2 6c 1. .6 0 9 0. ! m. 4 2 rn Go etg vi l l Be ! H /N S " 3 6 C PV c. 2 PV . 2c .2 1 1 H Q AR C V P . 2c . Car rer de m 128 N S/ .6 0 34 8 2 1. 0 ! 10 40 D C EA PV P . 8c ub 3s !! "M 0 0 "M RQ A " "X A 4 1. 9 1. 2 ! ! C C H 2 1. ! ! 9 0. ! ! 6c . .6 H ! . m. 29 8 m. 50 1 09 32 7 1. 12 6m 40 .(B -2 ) 2 78 ! 2c.UR 90 3 8m . ! ! Ba da l on a 05 80 105 Ca rre rd ' Am ad eu To rne r "H" Q AR 24m. N / S 2m 100 9 0. 90 R C " 9 1. ! ! 4c D .2 " CR .3 " . ( B4)8 c.P VC 110 3su b.P 124 m. EAD 40 ! ( B4) H ! 4 8 B2) 4c.PVC 63 109m .( 6 , 8 1. 1 1 . P m Ca rre rd e Ca rre rd e Ba da l on a "M" Q AR . 1 7 9 2 90 10m ! ! ! 9 "X" Q D" Q AR 4c. PVC 110 R 90 . S ID U 90 ST UR B 4m R H .6 ! 0 2 61 5 m. 87 . c 2 /N S m. 12 Q AR " 1 "M 9 0. UR 2c. 2 90 . 3c 2 1. H 1 1. 1 1. ! ! 11 "D"R A V C V P . . 2c 8 U . c .1 2 7 UR . 34 40 20 1 AD 00 PE . 31 . 1 2. ! H ! 36m 7 ! 6 1. (B-2 ) 46m. 0 1 ! ! 0. 1 A . 34 40 - . 6c ( 63 1 .P 3suVC b. 110 PEA 1 . H .8 m. 9 m. 53 . 1 1 4 1. UR . c " CR 10 AD 100 PE . . b CC u . 6c 90 3 1. 5 2c. PV C 1. .8 0 . m 15 . 5 .4 2 . 0 11 . 63 4c. PVC 110 62 5 m 8 2 C PV c. 2 4 "A R C 24 2. 1 . 2 9 1. 5 1. m 0 R ( B4) 8c.PVC 110 11 4m . 3sub.PEA D 40 ! ! N 22c.PVC 110 1 6sub. 08m . PEAD 40 ! 5 l a 1 C PV . 3 6 m. 6m 15 9 7 .2 0 0. 0 ! . 6 .2 ) 2 (Bm. 11 1 8 m 2. Ca rre rd e For t un a H "D" AR 9 D 0 . 0 m c 2 C PV 12 0 4 1 D A C PV PE . 4c u 3s V P A ! ! ! H 0 1. H . UR . 2c 0 4 20 8 0 PE .8 0 m " R A 4 ! ! ! 1 2. 8 2c DE SC NS E O KI PR 6 3 1 m 8 2 B" 1 m. 2 3 " H . 2 7 5 9 2 H H 63 D" Q R A 1 1. O AD UR b 20 su 5 11 0 0 9 ! 0 11 9 C . 1. PV . 26 2 0 5 0 4 1. 11 AD PV PE . c ub 4 3s .1 0 2 1. 1 H C PV . c 2 H 8 O D N A AB R 87 4 2 86 4 2 0. 90 2) m. 11 5 7 " 41 "JP C .3 76 " 41 "JP C ! 14 1 9 1. "L" CR ! 90 + .7 6 8 7 . . A CR 9 1. UR . c 2 63 . 2 8 1. R U . . 0 (Bm. 2 0 4 1 C PV 100 AD PE C . b. 6c 6s 2c .5 "Y"RQ A .9 0 1 ! 2 c. P V C .2 1 62m 7m DE 2 .1 .7 H 0. 2 90 2c .UR ! .3 5m 4c. PVC 63 90 m 37 1 m. 106 0. . ! 5 !2c.UR 3 33 m. i ta de Be l l vi tg e 80 m. C. de l ' Er m ! A 63 " "D RQ A U . c 2 1 1. 0 6 0. ! 1 Ca rre rd eP or tu ga l m. 46 C PV . 4c 0 .2 m 0 3 ! ! ! ! ! T 103m . 2c.PVC 110 ! ! I AB C H C PV . 2 1 m. Ca 5 rre rd63 eC VC P at eri87 na 107 Al .PV bec 2 r t 156m 40 . Car " CR rer de C amp o 1 m or 1. a AD R U c. 2 .7 1 3 0 ! .7 0 9 0. m. 22c.PVC 63 49m . 7 55 m H 8 21m. . . 0 6 0. 0. VC P 9 2. ! ! 1 1. . 1. R U . 2c O D 0 ! (B2) ! 90 90 5 2c.PVC 110 16m . 0 1 6 (B3) ! ,7 0 63 1 1m .7 ! 4 1. 41 76 2c " 1 4 "JP CR H 3 12m 6 0. RU T ! ! ! ! 9 11 100 90 (B4) 20 c. 5s UR ub 90 .PE R U 9 0. 2 .1 .9 ! ! CR 1m. 1. ! 0 9 .6 2 2 1. OB c 2 H "H"RQ 4c.PVC 6c. CC 150 m. (B-3) 1 .9 0 CR E" 3 Fr an. 1ç a ! DE ) 2 m. (B106 .6 0 7 0 11 1 7 R U . 2c 8 0. CR 6 2 ! "A .2 0 ! ! U . c ! V P 6 , 154m. 6 ! H m. 56 12m . 1 6 0. 9 0. Ca rre rd e 1 0 V P 1 2. 4 0. H ! 1 ! 2c .UR ! c 4 ! 100 3) m (B154 5 H F 0 63 63 . H . 0 .6 0 47 m. 40 (B2) 5 1. . .8 0 1 al rn Go etg vi l l Be 7 1. PV 2c 65m. 28 m. 0. ! ! . 6c . 2s CC ub 1 .P 00 EA 93 m D 40 . ! . 0 2c.PVC 110 35m . ! , Camíde CalPau Redó 0 " CR H OS ID U " ! ! ,7 PVC 4c. 2c. PV C m. 15 90 6c .CC 6sub 100 .P EA D 6 .4 m 3 2 m. 24 9 ! c 4 1. 2c. UR 90 1. 10 0 ! ! 64 5 5 H . /N S N / S /N S 85 4 " 2 "L R C 5s 90 . c 2 m 10 1 ! 74 " 3 3 BE R C .6 .8 0 m. 42 8 0 0 4 10 D C C - . .P ( 8c u c. 2 90 .4 9 0 .5 23 7 52 7 11 0 1 .1 0 1 8 " E 41 53 "B R c. AR 4 PV c 2 2 ! 2 (B -3) 12 c. CC 1 Q R H ! m 0 "M" A " M" Q R A "M ARQ . 2 6 0. ! UR . 2c 9 1. 0 R 1 18m .5 2 0 " m 5 2 /B 2c.UR 9 0 50m . P ! ! ! 39 ad eu To rne r 1 20 39 100 CR 5 .6 0 3. 1 1. .2 40 67 . P 0 11 2 1. ! C. 2 1. de Po rtu ga l 3 1. . 3" 9 2 "JC " H H ! DE 3) . (B6c 3 9 0. 2 ! ! 1 .8 0 . 2c m. 10 C PV . 3m 2 9 1. 8 0. m. 3 ! .3 0 m . 9 4 , 6 ! 3 Ca rre rd ' Am 2 ! 2040 UR CR c 2 4 1. 100 A C PE C . m 5 2 1 0 0 11 Ca rre rd el Pr at .9 0 S DO m. H UI TR 0 ! 3 ! 1 " S OB 0. H A .2 2 2 86 24 3) . 6c su 6 1 1 1 C PV . c 2 . 8 0. R U c. 2 B O R U c. 2 UR . 2c 2 m 3 2 " m 5 8 0 40 1 1 D C A ) -2 PV (B c. b. 6 u 6 , 6c .CC 6 2. 5 1. S IDO RU T S OB H 3 1. H 2 1. "L" 2 1. (B VC 8 C PV . ! 7 " 17 E 4 "B C 1 2 0. 52 . 0 6 0. 0 9 0 1 1 1 1 1 1 9 6 7 m 7 . PV C PV . c 12 ( B-3) H .8 0 ! 0. ! ,7 3 0 " 2 "L R C 1 . 2c 0 1 1. ! .6 0 2. ( ! m. 10m 0 4 90 . H H ! 2 . 0. 100D 4 5 U . 2c 262 3 2 .7 0 36m R . "J ! ,41 , ,89 de Ja ns an a 7 AD 3m 40m. / BELL VITG E 1 1. 2c.UR 90 5 3. DO 2s . .P 2c ub CR 90 . 0 U c. 2 ! m 30 m. Pa ssa t ge de Gu i l era 0 l aF ort un a DO N A AB U R U BS O c. 2 56m. b.PEAD 40 B-2) ( 4c.PVC 110 3su .7 7 R U c. 2 E D . A .7 0 .8 0 ! 5 95 2 2c .U R C1 Pa ssa t ge de Ja ns an a d' Al òs Pa ss at ge Pa ss at ge 0 Ca rre rd e . . . 3 2 3. .6 0 7 3m 8 1. m. m ( 0 11 40 D 0 EA P . b 9 0. " X Q AR 2 1. 1 ! m 9 S 5 2. ! m. 6 17 02 DE CR 2546 .9 0 P VC a ur ct ie qu Ar é gu al Is L ,S ue rq Ja 1 D 0 4 11 AD ) -2 PVC P . c. 6 sub 3 9 4 A CR 2547 .5 0 ! ! . 0 m le i Gu om ec el lT l ta 7 Ca rre rd el Pa t ron at ,7 0 9m Fer rer iGu àrd i a 90 m 41 8 1 8 2. !! 4 83 8 8 3 " 8 8 "JR CR 2 R "D" Q AR .1 S DO UI R R U OB . 2c 0 ! ! 1 1. UR . 2c 1 . 2s 9 0. 8 "M RQ A . O ( 6 177 H H 5 n ns ra rT se Di ca i 2 8 m. 3 s u 141 m. 2) L ,S fa re Lo fa Sa o up Gr os on ec H e y po am .C M i oc om p . H .0 2 Ca rre rd e Carr erd e Ju an Ra m ón Ji mén ez U . 2c 0 10 .6 0 . A .8 . 1 1. 47m . .1 .2 2 3 62 2 .3 1 m. 4 C m 2 D U R 0 1 T 1 S B C V P ! ! .4 2 C 0 6, 5, 5 H 1 Ca rre rd eF err er iG uàr di a 6 0, Vi nci Carr erd e 45 0 !! 0 7 UR E" 32 "B CR 1 2 18c. CC 100 5su b.PEA 86m. (BD 4 3) 0 A C R 2 485 C.T. HOSP ITA LET 2c .3 2 2. VC P . H HH 6 1. 8 0. ! 0 4 C V P c. 2 0 1 1 O 0 1 1 3 A H H Pu j ad as 8 DE LAT 3 Carr erd e Le ona rdo da DE CR 2038 7941 1 .6 2 3) - 39 (B . 20 6c 8 1, CR 8 9 0. 2 m. 69 34 88 45m .8 0 1 1. 2c.PVC 110 . 39m " "L C B-4) ( 45m . 12c.PVC 110 3sub.PEAD 40 6 0. 90 7 0. R U Q ! ! ! c. 1 C V P c. 2 V P c. 2 ! .5 3 ! H H . 2 0. e nt 1 O ! . 0 A A 6 7 17 62 ! . - " m 11 0 8 0. ri to ud 4 D " CR E 00 " 5 2. ) -2 C . 6c S IDO RU ST OB .8 0 Car r er11 a ! t en m 07 - c 6 ! Ca n I AB ,6 0 A LAT A CR 3 A 8 1. !! ! 0 11 2 " R C 9 0. ! 90 UR 2c. 6 9 .6 2 . 6 3. ! .8 2 m. 6 7 -2 m . (B 6 0 4 5 17 7 AD 17 m. 5 ( H a c ar ap 2 . . 0 " 4 4c. PVC 110 95m.(B-2) " ! 4c. PVC 110 94m.(B-2) ! 3 . . ! H i gu er a Ca rre rd e Car r erde S al am i na H 3 1, 1 A C R 2 038 38 3" 0 8 m 2, J0 R 167 4 C 3) B 0 0 PEA ( . CC ub 11 6s 3 .5 2 " 4 .9 0 90 UR 2c. 2c. PVC 63 8m . 2 C TA L PA S A CI C A U D M S O HA L TO U AC SI IC F H PO E VE D E D A 8 5 O A er11 r Car H Ca rre rd eC ar ra sc oi Fo rm DO Ci ut atC om t al usX i ntP de Sa rer Car U R 85 2, IDO U TR S OB Car rer de l a OB ,6 2 5 0, 5 ,6 2 1 ! c 24 .6 C PV c. 2) (B LAT 133 40 AD 35 0 m. 11 PE 88 . 69 VC ub CR 0 6s 1 D C PV 6 1. 2c .8 0. " 5 2. CR . 63 m 3 1 + ! 67 ,6 ! Me rcè IDO U R ST OB 1 ! OBSTR UID OS 5 ,2 2 ! ,3 ! ! 7 4 1, m 7 6 40 D A 10 .PE ub 6s . 6c H 1 3. " ! 8 1. 1 3. 6 59 4 97 45 CR ! E m 0 ! 0 3 ,92 2 . 4c 2 9 m. 9 83 1 . H H A 2 1. 6 0 2c 0 4 ! H 1 ! 0, 1 2 ,4 Mi quel Rome u 3) CR 10 ) 4 B- m 127 6 H 8 1. ! 1 1 6 0. 6 C V P c. 1 P. S O H T. N 4 ) 2 6, 6 6 ,29 5 , 6,00 6,13 7 7 8 7 ,9 8 6 8c. PVC 110 84m. 6,08 B 2 2 0 1 H 8 0, 81 0, 3 ,65 2 9 46 3, 3 9 E 7 NT C CE A . P S O H . T C. (B H E D C PV . 8c 11 1 1. m. (B- 7 40 17 AD 10 PE . C ub PV 4s . c m. 1 ! C m. AR AR 11 0 Q 89 . ) -3 m (B 0 1 C 5 1. 0 IDOS OBSTRU 20m. R 90 3c.U S 18m. DO UI 5 90 STR " 77 OB UR 3c. " C 2 2 3. 0 . 0 ( 3 70 4 ) 2 CC . 6c 1 PE . CR C b u E V P D . c 6 00 1 2. 1 " ) 2 (B- 5 C V "ABR C c. 6 3 ! 2 ! m. 9 0 0 8 0 4 77 1 ) 1 D 2 C CR PV PE . . b c 6 3s 0. 9 1. ( ) 2 (B- 6, 5 5 ,60 . 3 2 2 C c. 6 ! 73 1, ,9 2 3 4 ,4 2 ,08 2 . -4 (B 6 2. .6 2 VC Pas sat ge de Can Pol í t i c " "F P" 9 B 9 "A C . c 8 m. 4 m. 0 11 4 177 C AD PV . 11 P c 2 C b u PV s . ) 12c ( 1 1 98 10 4 1 D C CR PV PEA . . c 12 ub 3 P . 2c 1 6 DO . 3m A 1 1. 2 1. 2 3 + ! ! ! 6 1. ! ! ) ! ! ) 4 " 6,08 2c ! ! 29 2, 4 3 2, , 3 ,5 2 , 3 3 6 1, ! Ma re d eD éu de l a 5 1 3, Ca rre rd eS an tE ug en i Ca rre rd eJ oa n XX I I I C.d el a H 2 2 1, 7m Car rer de V i l ard osa Car rer de Sa ntRo c 1m. 6 A 9 1. " "M RQ 63 H T R 10 ! 17 5 9 2, ,9 2 5 2 1, 3 , 3 ! 3 19 2, 9 1, ,5 3 ! . " Q R 3 6 ) -2 .B ( m. 27 . 11 40 D 2 . . c 2 P C ( 7 177 H .4 2 S O D UI R T S B O 8 1. . 2 H 3 . 2 ( 2. 9 1. 6, 6 3 3 33 m. ! ! 2 3, ! ! i 2 ,3 2 A C R 7 941 33 2, 47 3, H 5m " C PV 0 11 2m C 4 PV P . (Bb 12csu 3 1 97 ! P" 4 "L ! ! 0 m. O 1m. FO c. 3 CR 7 7 17 H 5 9 3 1, r 8 2, ! C. de Sa nt Eu ge ni H 8 2, ,3 2 ! ! 5 3 7 3 H 2 0m 18 0 0 11 9 0. ! H .6 0 ! 39m .6 0 0. 0 R C E E D 1 ! H 3 J MULT IOP. ,7 Carr erd e Pa u Sa ns l a Ci ut at Co mt al a S e d Vi nci 3 2, ,7 0 1 DE CR 339 1 DE CR 2036 2 3 6 Ri era del sFr are s . C PV 7m " "H Q AR 10 AD C PV PE . . 8c ub 6s 2c m. 32 VC P Pas sat ge de Can Pol í t i c 0 11 C PV . 2c 7 59 H 63 "M" Q 1 " H H ) 2 2 178 ! 9 3, 3 1 8 0, ! ,78 0 1 0 ! ! 1 A C R 7 941 3 2 63 7 2 1. 4 C PV . 2c 98 CR . "M" AR .6 0 .6 2c .PV C 6 0. m. C PV . c m. 5 H 8H 7 17 H H 5 1. ( ) -2 CR ! 1 9 3, ç Ca rre rd e 1 1, 9 0, ,1 01 6 ,5 3 P . c 2 7 0, 1 CR 23 " R 75 ! ! 4 1 DE 2 0 11 "M"R A H . C PV . C PV . 1. 0 IDO11 C ST PV OB . CR 2 ( A 3 9 42 1 H H H , 3 ,84 0 H ,49 0 25 1, ,8 0 7 5 3, 4 m. 17 0 4 R DE CR 4597 1 ! C PV 1c. m. 6 0. 6 0. 110 2. .3 3 CR R C .9 0 O ID RU ST OB 4 9 42 ( 1 IDO U R T S B O ) 2 ) 2 7 (B- 7 17 A . m ) 109 -2 ( E D R C E D 4) ! H 7 Carr e ,r de L 3 eon ardo da 6 0, 1 1 8 2 ) 0 11 A ( PE . 6c ub ! A .2 9 C PV . 2c (B2) 6c. PVC . 100 A ( H l a Me rcè 1 i quel Rom eu ,49 0 8 6 0, ! 77 0, ,39 0 T LA 4 79 3, 4 1. 8m . m 36 . 6c 9 42 6,08 7 2.2 6, 3 T 6,01 5 5, 7 3 70 m. A 0 .6 ( B2) ! Ca rre rd e Ma re de Dé ud el a Car rer de P au S ans A C R 4232 DE LAT A C R 1 224 A L AT H Ri era del sFr are s Q R A 3 94 3 94 7 A ARQ 7945 A LAT C R C E D DE m 7 " BP 4 R 8 1 2 1, A CR ,1 2630 C.T. HOSP A .C CE RNT 8R 8E C.T. 34 BE LLVI TGE ! 01 2, " 0 11 3 ,9 2 VC m. 8 (B 40 1. 1 .5 D 0 11 EA . C ub 40 H P s 23 4 . c A 12 7 11 PE CR C PV 3su A 6c 10 erde Femades r Car 96 0 CR 6 6,08 5, 6 A R A 5 .1 1 1 0 2 1 al rn Go etg vi l m 6 . R "B 1 DE S IDO 3) U (B- TR OB S O ID U ) 3 TR S B O 6, "gLP" CR 12184 5 O 12c. CC 100 129m. - ABANDONADO (B-3) 5sub. PEAD 40 ! 0 .9 7 5 m 3 2 A 7 P " 5 H 2. 1 H 12 Ca rre rd el Ca ni gó C ar re r de R o sa l í a de C as tr o 99 1, 6 0, 11 94 CR 4398 122 8 1 ! 0, 68 0, ,8 0 Carr erd eM 0, Car rer de l a A A 79 43 794 3 CR CR 2629 4 1. c. 2 C PV 6 1. ! 3, 9 9 1, !! 5 3, DE CR 8 0, 55 0, ! H DE DE H CR 0 2, 2 1, ! .8 0 3 1. c 2 ! B 2. P . ) 2 ( H , 3 19 2, Vi nci DE Pass at ge M i ner H de Com pos t el · l a est re C and i 5 H 3 0 DE ,79 32 m. 1 .7 ! 9 A C R 9 682 .6 c 3 ! ,1 2 , 3 ! ! ! Ca 7r 1, r erd e Le ona rdo da i ner Car rer de San t i ago Car rer del M , 0 14 3, 263 0 110 1 " 5 7 "BR CR . 2 96 81 151 m. .4 ! 4 1. C ! ! 84 4, H ! ,64 2 ,38 2 4 ,5 2 ! ,7 0 ,81 0 16 2, CR . 7 DE CR 110 ! 2. . H 1 9 1, 3 5 2, Pas sat ge M 6 4 1, !! Ro dés ,8 0 ,63 ! A 2c. PVC 3m 4 2 75 " 11 23 m. 2) . (B 1 5 1 l a Fe i xa L l arga ( B2) ! ( 9 0. H 89 1, H 89 1, Car rer de 8 0, 2 5 25 1, CR 7 " 0 OB ST RUI 2c DO .P S VC 110 1 A C R 9 682 (B-2 ) 6c. PVC 0 ) 2 . m 4 2 1. 2 1. ! ! 1 1. ! 0. 1 ! ,69 3 8 1, 6 INTER IOR 6 ,8 0 5 ,8 0 56 1, ! 9 2 ,79 ! 14 5 2 5 2 DE 1 c 2 2. 90 DE CR 968 1 A Carr et era de 4 1. .2 2 1 . 0 2 1. 2 1. 5 1. 8 1. ! H 4 1. H 1 1, ! 1 A + 79 47 ,2 5 8 1, 4 8 1, 1 1 1 ! 0 . 11 m 4 C PV 0 . 1 2c P . 2c 2 1. ! ! ! 3 1, ,5 CR 6 35 2 1, ,7 C.d e Ro ca Um ber t .7 0 H 164m. m. 3 1 H ) 2 . B- 1 5 Ca bi na 146m. 0 11 7 96 RR O 7 1. S O D UI TR BS O 7 1. a t en m ! ! uny 2016 ! H Ba tl l or i ,7 0 , 0 5 2, 24 83 A 7 ,7 ! 26 6 0, S O D UI R CR 79 46 ,95 1 H R 2 OB 1 A CR 3 6 ,2 H R IO R TE IN . R "B . 25 75 . 3m 17 40 A 0 11 PE . ub 3s 3 110 0 11 6 1. 0 0 4 ) VC -2 P . (B 4 . 4c A ! ! Ca rr er de 5 0, ! A 32 0, 0,6 Ri era del sFr are s ,9 0 .86 DE 82 24 1 ! A ! ,76 0 14 2, ,88 ! ,9 2 E D 4 d a az pl s De 1m m. 74 6c 0 (B-2) 6c. PVC C PV . 1 PV 2. 3 1 H ,64 2 ,59 2 Car rer de l a ! ! 3 9 0, ! ! ! ! H i l ans ! H 1 17 1, ,24 0 ! de M H A L 0 2, ,6 0 5 ,1 0 Carr erd e Pl i ni A 2 Car rer de l osC ast i l l ej os 2 9 Ca rre rd eS an tAn t on i 1 H Pas sat ge ! ! 4 6 1, ! 96 ,6 2 5 ! 1 3, 7 1, 23 1, ! 4 ,7 4 1, ! ! 4 8 1, ! 34 2, ,7 0 6 5 1, H ,7 91 1050 4 ber t 4 3 ! 1 1. 0 11 C PV . 2c 6 0. ! .3 0 11 Car r erde Fema des ) -2 (B 1 .7 2 ! Q R Carr . erd 3m e l ' Ener gi 1 a " VC P . c R A PV 6c 1 96 6 "D" Q " "H Q AR 4 . 8 2. JR " C 1 1. !! 1 1 3 6 1, CR Car rer de Roc ai Um 47 VC . ! 1 c. 2 16m 3 68 2) - PV (B . 8 1. ! 1 52m . 6c 121m. H B-2) ( H CR ,98 0 34 1, 0 2, , 7 DE ! ! 98 1, 3 4 1, 8 0, 4 3 1, 5 ,2 1 10 50 5 H 5 5 2, 2 ! ! 5 0 1, 6 5 2, 2 2, , 3 ! 1 ,4 3 1 2, 2 6 1, 45 1, !! ! ! ! 3 ,5 2 ,1 DE C.d el ' Est rel l a un ta ny a 3 1 ,05 ,2 2 CR , 15 3, X" Q AR 2 1. ! 7 ! ! 1 1 OS D 10 UI 1 TR VC S OB 2c ! .8 2 .8 2 ! 2c. PVC 110 9 8 2c. PVC 110 1 + + 1 H Ca rre rd el aM Ca rre rd e Sa nt Jo sep H 1 ,9 2 , 1 2, 2 2, 1 2, H ! A ! 2606 3 8 7949 2 2 2 2, 2 ! ,3 2 8 , CR ! ! 3 .8 0 3 2 47 .6 0 R" T CR 6 39 " "D Q A 15m 3 1. H CR 15 2, 1 CR 1199 ! A CR 1 ! 14 3, 1 3 m. H . " 11 .8 0 H 0 9 2 H DE 9 1, ,4 3 vé a l 2 C ,7 0 re st e 7 2, M l e d a ç a l P 3 ,6 0 4 8 1, DE 794 8 03 2, ! 26 05 2 8 Car rer de 55 1, Ro dés 2 1, CR 2482 DE CR 1 ! 1 CR ! H 2 A 1 s 75 H A 4 1, 7 1, H H r A n a C e 1 ! ! 47 1, 2 1, s i d a u l l a t P e eD rr d s re a on M e M 8 1, ! Car rer de Ros sen dA rús 35 2, 6 6 1, ! ,68 1 .4 " "X RQ A 0 11 4 1. 3 1 226m " 9 2c + UR c. 2 H Gra na da 54 1, 5 8 1, 38 2, ! a ,45 ! 3 ,1 2 87 1, H 36 1, 1 1, ,1 2 13 3, ! 7 H 92 ! 2 09 3, !! 8 2, Car rer de Vi go 1 3 ,7 2 5 1 7 C. de lPr í nc ep de Be rga ra 5 2 1, 1 1 226m Fei xa L l arga 110 60m. . 2c 2 ! 5 c ar ap DEFINITIVA Ca rre rd e 1 6 4 1, ! 8 ve o J 2 ,8 2 0, 7 ,1 2 6 ,4 da za R C H H LA H ,5 0 Car rer de Joa nM ara gal l 1 ,7 2 s ,03 2 17 ! !! ! H 55 1, 2 A es D 8 43 Ca rre rd e Sa nt Ro c VC .1 ! ! 110 4c. PVC N A m 2 0. Car rer d' Arq uí me des 4 1. ET AR al t en m ! INICIAL A ,68 2 8 0, Ca rre rd el ' Est rel l a 7 1, H 4 7 3, ,58 2 5 ,6 H 2 ,5 2 n a p m o C ,8 67 1, ,5 0 1 CR ,9 7 8 2, ! ! DE ! ! ! ,46 3 3 5 í u Ll e d a ç a l 1 AT L 1 ! 1 H , 3 19 T A L A ,6 0 ! ! 1 ! A RU 5 1, OB STR UI DO S H 1 1, 66 2, 47 5 ,4 B 799 2 79 92 CR H !! 1 T LA CR H ! A H ! 34 1, ,61 2 ! ! 05 1, Ca rre rd e Vi l um ar a 1 1, H 46 7 0, 5 0, Ca ,75 rr 2 er de l es ,7 Ro se l l es !! ! ,65 0 H 5 1, R C ,25 2 DE H 5 Car rer de Rod és 1 GE RA GA DE 4 ,5 H A ,7 0 ,6 0 ,22 ! ! ! ! 8 0, 4 6 14 H 7 5 2, ,41 2 ! ! ,4 2 9 ,4 2 CR 6 H 94 3, ,33 2 DE 1 Ca rre rd e Ro ss en d Ar ús ! ! ! 0 6 ! 9 1 H H , 3 3 0 4 1, C ar re r de lR ad i ,5 2 ! ,35 2 1 1, 1 1 ,0 ! 1 7 5 4 1, ,34 ,62 2 ! Pas sat ge de Can Par el l ada .1 4c. PVC Carr erd el a A C. T A CR .CORNEL 7178 LA GEL ABE (B-2) RT 3 6 2c.P VC 1 10 C PV . 2c 1 / S ! H ,2 2 1 5 0 1, Car rerd el sGa rrof ers C.d el esL i bèl · l ul es 9 5 2, ,24 2 ,6 6 7 0, H 01 1, ,69 2 ,8 ! H H 4 0 1, DE Ca rre rd el Pr í nc ep de Be rga ra 1 3 1, 23 2, A Pas sat ge de Can Par el l ada Fem ade s c. 2 .4 0 ! ! (B2) CR 7526 m. H 23 AR " RQ A EL 1 ET uc tr Es al i t us nd i n go í l Po or ad l P c ar ap i.11-5 PROVISIONAL CR 6 1465 Ca rre rd el es Ro se 1,4 l l es 1 H Ca rre rd e Sa nt Ro c A L Mo rag as ! ! A o ed l To 1 ,1 2 8 1, 0, Sa nt a Ro sa A 9 1, Fra nce sc Ma ri na ,9 Ma ri na GELAB ERT DE 10 S/ C PV . c " R A H M M HI ( B-3) m N P E N D b 0 . PV 2 1 0 . ETRS89 m 0 D ecc ó Gene a d O denac ó de Te o U ban sme ! 9 "M H 1 " Q 4 S L E F E D L L 19 TE ET ET at nt re to au ES 1 t en m H " LH nv C.d el es Li bèl · l ul es Car rer de de l ' Abe dul an Ju 6 3 ! 1 1 2 3 ! 99 05 1, 1 M Ca rre rd e Fra nce sc 2 Car rer de Car rer de l a Ca rre rd eF ema des Ca rre rd e Car rer de l a A CR 7178 A C .T. COR NEL LA . N / H JA x4 45 m 5 1. ) 2) CR l ET c ar ap m a d a t r o eC d r e r r a C 1 Carr erd el ' Ene rgi a 44 Car rer de l ' Ene rgi a C.d elSi l i ci 8 RQ A 63 . 2 1. ( C. ( 1 y an 11 Jo l ba 1 3 m g o Depa amen de Te So en b a " A l de ba re de 1 PV C P VC . A m uny C d E ! 0. l ci i C a r r e r d eP a b l oI g l e s i a s 4 0 G n RASA PENDENT AS BU LT B- A ESCOMESSES ! RASA 2 TUBS D 125 MM + 1 TUB D 40 MM 0 ! 7 Esquema xarxa de serveis existents: TELEFONIA ESPEC F CAC Ó ARQUETA T PUS R ABANDONADA O OBSTRU DA 1 5m. evant Ronda de Ll ES o d' e Plànols d informació XARXA m. 5 0 01 1 PVC1 . c 4 RASA 4 TUBS D 125 MM CR RASA 1 TUB D 63 MM LONG TUD ESPEC F CAC Ó RASA 2 TUBS D 125 MM XARXA TRAM CANAL TZAC Ó PER METRO O FGC L HOSPITALET DE LLOBREGAT RASA 2 TUBS D 63 MM Ap ova n c a men pe a Com ss ó Te o a d U ban sme de àmb me opo à de Ba ce ona e 8 de u o de 2016 P as Sa s e t L M T DEL PLA D RECTOR URBAN ST C TRAM CANAL TZAC Ó EN RASA SERVEIS EXISTENTS XARXA DE TELEFÓNICA SERVEIS EXISTENTS XARXA DE TELECOMUNICACIONS ONO SERVEIS EXISTENTS XARXA DE TELECOMUNICACIONS AL-PI L M T DEL TERME MUN C PAL 13 m. 0. 9 . PV . C 0 .9 Q 39 m. PLA DIRECTOR URBANÍSTIC DE L ÀMBIT GRANVIA-LLOBREGAT APROVAC Ó R D 1 ! P V 63 m. 26 8 2c 1 1 0 . "D" RQ 1 8 2 c 5 . 0 2c .P VC 0 1 1 VC .P 4c PV C . 4 m t 0 r 7 .9 0. 6 0. 9 . H 1m. PV 4 BR ! ! DO 63 2c 1 4 m H c. (B0 P 1m 6 3 P V ! "D" A 8 PV rc H 63 c MA ! CL O R - CL O 2c B 2 c . P V C 2c ! 0. 8 0 t 0. 9 A A D c r nt 3 8 1 "D" (B2 . ub PV . C p 4m 0 PV C 1 1 0m . 1 1 0 0 H ! . 0 "BR ( 0 0 . 6m m P 3s 0 .3 4 ! 1 1 0m. 1 2) 2m DO . S . P V RU b. 1 Q 5 m l t . 42 . P t " l 89 AN 0 0 2) 0 .7 0 "D" 9 1 . P 1 m P t g e . d eMo n t s e r r a t L s e r n r 2 Q I s 1 1 1 2c. PVC 1 1 0 D" .4 0 0. 0 0 .8 8 (B- . 1 1 "D" 0 0 0 . ! 4 O 4 4 m. ! P c. P 4 i j òm VC C a r r e r d el aB o t à n i c a 2c .PV C 11 P 2 ! 9 P VC H A ó 1 . . 0. 9 10 1 1 87 0 0 ( Q P . PV TR 6 Bc. P 0 1 15m m. . 0 r "D" 9 VC P VC de 1 BS P VC ! 8 1 87 c. c. PV VC Ce 9 0 8 S/ H !! ! 0 1 1 4 R ! "D" RQ C 11 0 90 ( . P 28m . 1 1 0 " r RU PV C c. P ( 63 H 92 m. i s 63 DO 11 S 5 m. 2 C 2c. PVC 1 1 0 A 0 c .5 2 l C ps a . P 0 0. 6 A 1 D a 1 "D" "H" 1 90 43 63 P 0. ( B2) 4c .P VC 7m. 2c. PVC 63 . 0 63 N m 6m 2 c 2 H 4 m 0 90 36m . 2c. PVC 1 1 0 . 4 R 59 1 A 0 D 4 2 0 ! 87 H H ( "M A " R Q 0 . ! 21 m. " 0. 4 6 H 2c 2 68m . B- P 5 8 4c.P VC 1 1 0 1 02m. 3s u b.PE ( B2) AD 4 0 .8 29m . 9 1 ! H 2 . u P b 1 ! ! 1 8 1 . "AB 41 m. 8 3 m + "D" 9 7 ! 2 7 . H . P 33 2c. PVC 1 1 0 c P P 83 D" P 63 UI AR S 9 1 1 6m. ( B2) 4c. PVC 1 1 0 (B 3 8 "D" 2c. PVC 1 1 0 2 m. . 7 m 1 2c . P VC c AR 10 2 R c. 63 4 5 2 ! 3 P " ST UI C P O 1 1 1 0 2c .P VC 1 23 m. ( B2) 1 1 0 4c .P VC H C . d eP a 7 b l oI g l e 0 s i a . s C a r r e r Nú me r o4 2 M er r r Ca 70 m. CE H 6 6 í AB P 3 su PE 1 D 40 V 6s C L er r r Ca a P 0 4c.PV C 1 1 0 50m. 3s u b.PEA D 40 !! ! 1 63 63 P VC P 1 2c 6 c 1 P VC 63 AR N 52m . 2c. PVC 63 c 3 6m . 9m . 1.6 PV 0. 8 4 1 1 0 9 0 B- I . 11 " 0 0.9 1 02 m. r H 4c C a r r e r 4 2 Sa v a m. . ! 8 89m . 2c. PVC 1 1 0 11 2c. PVC 1 1 0 m 2 1 1 F " 8 74 2 4 9 8 ! C . " 4c .P VC 1 9 P VC ST RU . m P 4m 8 1 " 0 0. 9 P VC 88m. 2c.P VC 1 1 0 1 9 63 H 2 63 0 . 87 1 -4 ) . 1 6s ! c. P 2 8 m m. 7 P 8 m. 0.8 1 H 2 c . PVC6 31 2 m. 1 4 9m ! 0. 6 ! ( " 7 2 7m . P 63 3 0 .6 0 P 6 2 1 6 Q H 5 m. ) " C 8 a r r 88 e r d el aB o t à n i c a 4 P " l ( 63 63 " 2m 3m Q 2 c 30 m . 0.8 2c .P VC 0.5 1 1 0 m. 1 tr e ! 9 1 36m . 1 1 0 ( " 0. 9 C 4 c . P V C 2 0m 1 P N 4c.P VC 1 1 0 90m. 3s u b.PV C 32 "M" ARQ S/N C 6 P 1 4c. PVC 1 1 0 ! 3 6 1 36m . ( B2) 4c. PVC ( B2) S 0 . P 0. 7 " c al 8 . P es p C TR PV m. ! "D" AR P 1 11 0 P 4c. PVC 1 1 0 2c 63 D" R Q 2 1 36m . 0.8 ! A "M" ARQ 4c 1 11 "D" RQ 11 0 0. 8 9 Q ( B2) . P 1 0.5 0. 5 DO 4 m. D" 58m . 63 88 O c. PV C -2 ) PV C 4 1 7 9 0 .7 ( B2) 4c. PVC O 4 c 2 c . PVC 6 39 m. 2 0 H 2 3 ve 8 4m 0.8 P VC H T 0.8 ! 0.8 fi 63 ! 4 c . PVC ( B) 6 32 2 7 m. 2 c . PVC 6 39 m. 0.5 Ca r r er de l s M ot or s Ca sa 0 0 6 (B 6c CM "D . A 9 . P 12 0 m. CM 9 D" 2. 9 3 2 c . PVC 6 39 m. CM " 1m P" CM D" RQ PV Q P "AB C CR 1 P" 1 1 6m. 2c. PVC 1 1 0 0 ! 16 .6 C a r r e r d el aB o t à n i c a "M" ARQ 7 0. 5 . ! ! . 9 I 0.5 Q 1 S 5 2 c . PVC 1 1 09 6 m. CM .8 8 3 1 6 4 55m. "D 2c.P VC 1 1 "NN" 0 25m. 86m. ARQ S/N V C 63 C ! 39m. .4 m C a r r e r 4 2 CM H c. P !! "N 2 0. 6 CM C 27m. 2c.P VC 6 3 C O 2c BS 2c.P VC 6 3 D OS 6 3 C 11 0 R P 2 c . PVC 1 1 01 2 7 m. c. S T 2 c. P 8 0.9 0.8 CM B 1 R CM 63 L 1 8 2 m. 55m. 2c.P VC 1 1 0 A 2 (B4) H 0.8 CM 2 CM 5 7 C a r r e r d D" eMo N UI n t s e r 6 D r a Q t R 3 OS o i g CM H ARQ 10749 CM ) .9 11 BS P C 48m. 2c.P VC 1 1 0 9 39m. A 1 1 1 m. V C B . CM m 4c.P VC 1 1 0 3s 57m. u b.PE AD 4 0 R . H PE D AR IO A 0 D OS 2m . c . P 1 2c.P VC 6 3 P D RQ "D 0 7 6 Q " C a r r e r d el aB o t à "D" n i c a 2 m H CM 2 2 c . PVC 1 1 08 2 m. 4 c . PVC 1 1 01 0 8 ( Bm. 2 ) E m " 2 c . PVC 6 3 2 o s 2 O c. CM C .9 m 7 B C ST 63 m. 2 39m . 2c.P VC 6 3 0. 9 .9 D A 2m " 90 / N D" . m ( B2) 4c.P VC 1 1 0 3s 70m. u b.PE AD 4 0 D" 6 3 1 12 1 29m. 2c.P VC 1 1 0 ) 6 3 D 0 4c.P VC 1 1 0 3s 78m. u b.PE AD 4 0 8 7 ( 7m. 2c.P VC 6 3 . FE .7 H H 11 ! 4c.P VC 1 1 0 3s 37m. u b.PE AD 4 0 "H" ARQ 1 1 558 7 R .9 8 O 6 9 10 C a r r e r d eMo n t s e r r a t R o i g 1 9 D " . T . PV R PV C D C 6 S 11 3 c A ! 7 "D" 2 0 "H" ARQ s /n 2c.C ORRP 1 25 45m. 2c.P VC 6 3 4c.P VC 1 1 0 3s 1 9m. u b.PV C 40 1 2m. "D" m. 11 88 11 . PV C R PV C 0 ) c R 1 u 8 m 0 40 F E "M" ARQ s/n " ! 1 . 67m. 2 c . PVC6 31 m. Q ! ! !!2 1 7 m. 1 c . PVC 6 3 0.7 " 2 c . PVC6 31 8 m. 0.8 7 m. 1 1 m. 2 c . PVC 6 3 2 c . PVC 1 1 03 2 m. "D" ARQ 11132 2 m. 2 c . PVC 6 3 Il a 4 c . PVC ( 0.8 B -) 6 32 2 7 m. Ce n r . 0 C . B 2c 2 c . PVC6 31 8 m. 4 c . PVC 1 1 01 0 5 m. "M" ARQ S/N I 9 0 CA N. CO MP AR TI DA 1. 4 7 .3 ! ! .5 9 2c.P VC 6 3 1 2 c su .PV) C PE 1 1 44m. 2c.P VC 1 1 0 4c.P VC 1 1 0 3s 87m. u b.PE AD 4 0 ( B2) 2 B68 H" RQ 0 0. 9 8 4c.P VC 1 1 0 2 c. P .9 C ! ! 0. 9 D " RQ 11 . m 3 " 2 c . PV C6 3 2 c . PVC6 31 m. 4 1 c . CORRP6 35 m. S . P VC ! DE 1 3 su .P VC B -2 PE 1 AD 1 8 TR 0 D" H RI M 6c E 3 F" 89 8 R PV C c. P 39m. 2c.PV C 63 4c.PV C 1 1 0 2c "NN RQ 1 C a r r e r d eJ o s éA g A u s t í nG o y t i s o l o 9 195 8 R C AR 9 Q 2c.P VC 6 3 m H P VC 10 m. D " R Q 9 PV C " M /N 84m. Q 9 "D 2 D OS 3 m . 6 6 3 R Q 12m ET I 25 0 " . PV C V t ra o rl Ca ó s II C a r r e r d el aB o t à n i c a s B ( R C O RR - RU "D" 0 4c.PV C 1 1 0 1 2m. P 9 . P c / 12 B "D" ARQ 11929 "M" ARQ S/N Pe ns i M " 2 1 0 3 D" OB 1 . 65m. . 86 . PV C 11 0 8 2m. 1 c.FE 90 IEN T 4c.PV C 1 1 0 1 c.FE 90 1 2m. ADOS ADO H AL M URO AR L Q 1 4m. 2c.PVC 63 R .7 . c 18 2c 1 22 m. ( B2) 1 1 0 4c .P VC c "N M" PV C Q 1 c . CORRP6 38 m. "M" ARQ S/N ! 0 C a r r e r 4 3 1 C a r r e r d ' I g n a s i I g l é s i a s 0 36m. 4c.PV C 1 1 0 ) N 9 "H" ARQ 7 1 78 4c R 1 2c.P VC 63 57 1 . .8 6 6 ! 4c.P VC 1 1 0 m. P" 11 11 1 5m. H 2c. PVC 63 4m. .9 PV (B- ARQ S/N .8 2 c . PVC6 39 m. VC 2c. PVC 63 1m. 2 c . PVC6 38 m. "M" ARQ S/N EN T E "M" ARQ S/N 1 c . CORRP6 31 2 m. "M" ARQ S/N ICT RU D" AR C D 4c U 11 0 Q 2 "D" AR C a r r e r d eJ 1 o s éA g u s t í nG 1 o y t i s o l o DO S " 1 2 R c. P 2c.PV C 1 1 0 1 OB PV C 2 9 8 VC Q .8 . " R Q . 0 " H" 3m PV C 0 B1 Q 2c m. 6 33 PVC6 . c 2 "M" S 1 " 1 41 m. 2c.PV C 1 1 0 P 67m. 4c.PV C 1 1 0 "M" ARQ S/N 2c. PVC 63 26m. 1 c . CORRP6 31 2 m. "H" ARQ 12058 63RU 2 4 .9 BS 1 41 m. 2c.PV C 1 1 0 7 0 53m. 2c.P VC 1 1 0 63 S 1 c ! C . ! ! 8 " 8 P 9 1 0 P D" (B39 m. 2c H 1 6 C 42m. 6 c H 2 c . PVC6 39 m. OS 1 2c. PVC 110 42m. 4m 2c. PVC 63 8m. 2c. PVC 110 20m. "H" ARQ !4 . A OB c. S PV 1 c . PVC1 1 02 2 m. N 2 c . PVC1 1 03 3 m. "M" ARQ S/N "M" ARQ 15 m . 11 0 2c .P VC DO 3m . 5 11 Q m. 1 26m. "D" ARQ 8755 ARQ S/ N OB O " M" 2c.PV C 63 "M" del Prat Carretera Antiga R 0 0.9 9 2c. PVC 110 81m. H 7 2 c . PVC1 1 08 5 m. 2 c . PVC1 1 01 7 7 m. " 9 m. 4 06 1 PVC1 . c 2 0.9 1 m 8 . ! m 2 c . PVC1 1 01 4 0 m. "D" RQ "H" ARQ S/N PV 2 m. 3 06 ! P A Carrer de Rafael Barradas 0.4 "D" ARQ 8756 0.9 "D" ARQ 10663 m. 0 36 PVC6 . c 4 !0.9 "D" ARQ 8754 0.4 ! 0.9 ! 4c. PVC 63 20m. (B-4) OBSTRUIDOS 0.4 "M" ARQ l l r 6 73 m. ! H 4 c . PVC ( B) 6 32 2 7 m. e H ! . CM 8 0.9 2 c . PVC6 32 2 m. VC . 7 3 OB Q 9 "D" ARQ 10664 C a r r e r 4 3 D 11 . S 1 63 N m C ! PV PV C H TR 0.8 2 c . PVC9 06 8 m. 8 . 6 ! Carrer de Can Pi BP es H 5 0 PV D" 2c 1 6s c 7 ! P S/ PV C ) 2m ! P 2 c . PVC9 08 m. "M" ARQ 0.9 " 4 c . PVC1 1 02 8 m. 11 1 M" C a r r e r 4 38 ! "D" 8 "D . .8 . P VC U .8 8 E 4c. PVC 110 95m. (B-2) H O 1 0 Q 0 76 71 80 5, 5, 7 2 8 2 0. 8 m 1 0 " 8 40 0 6 9 0 2 " . "D" 4c. PVC 110 45m. 7 R "D" ARQ 12278 2 c . PVC6 35 m. B B- 4 c . PVC1 1 04 1 m. OBSTRUIDOS (B-2)4c. PVC 110 90m. . P D" " A 94 7 2 c . PVC1 1 01 0 0 m. B Carrer de Can Pi 1 c . PVC6 31 3 m. 9 0.2 7 11 0 "M" ARQ 0.2 "M" ARQ "D" ARQ 8751 m. 1 37 PVC6 . c 1 ! 0.3 0.3 5 8 70 m. 2 B 6 Carrer de les Ciències Q B- . 3 8 . 6, U ,59 "A C BP R " 12 18 8 6, 8c. PVC 110 188m. R F 9 0 VC .P 8c 1 1 0 8c .P VC 8 . m 88 1 TP 90m. 1 8c. PVC 110 83m. VC 9 5 8 "JR 4 c 0 6 c T 1 1 2c. PVC 63 P VC O 1 Q H H 87 m V DO 1 1 1 002m (B-2) . 4c.PV C 1 1 0 " 2 P "D" ! H .6 4 B 1 59m. VC O BS T 0.9 H 5 Q 1 . 22 1 A 11 m C 6, 4 C a r r e r d el e s C i è n c i e s 2 c. PV 0 .9 (B-2)4c. PVC 1 1 0 D" 1 1 1 002m (B-2) . 4c.PV C 1 1 0 2 (B-2) 4c.PV C 63 1 m. M 1 . 2 c . PVC6 33 0 m. PV C 1c. PVC 63 75m. .9 0 1 20m. (B-2) 4c.PV C 1 1 0 3 -2 62m. 2c.PVC 1 1 0 m. ! 0.3 6, m. 1 06m. (B-2) 6, 63 0. 2 C a r r e r d el e s C i è n c i e s H H H ,67 7 . ! ! 11 0.9 AR . DE OS P VC 4c B0 8, 5 77 T A H 1 1 + "D" ARQ 10662 P UN 0 . PV 54 C D" 4c.PV C 1 1 0 6 DO P 54 1 22 88 8 4 2 RU m. S 1 9 11 0 A 3 4 8 4c Q 84m. 0 8 PV OB C H H HH C PE PV C N E N ! 6 . E NI 2) 45m. ( B2)4c .PVC 1 1 0 . . PV C 4 8 D 11 C a r r e r d el e s C i è n c i e s 4 4c.PV C 1 (B-2) 1 0 61 m. " 54 63 1 4c B- 6 , B2) ! CR ! su . BP " ( 1 B- 1 . PV C - B4 1 c. (BP C a r r e r d e l F e r r o c a r r i l 0.9 TO m. m. A . 6 .6 c 0.9 4 c . PVC1 1 01 1 5 m. ! 7 PV C 0 !0.9 0.9 ! P ! 0.4 0.5 40 2 ! c . PVC1 1 03 m. "D" ARQ 8748 0.6 0.9 4 c . PVC1 1 01 1 6 m. 3 s u b . PEAD4 0 (B-2) ! (B 1 c . PVC1 1 01 9 m. 2 c . PVC1 1 01 6 m. 0.9 0.6 4c. PVC 110 146m. 0.9 ) 2 B( m. 5 09 1 1 0 4 PVC T OS 9 7 1 !2.4 2.4 "D" ARQ 8750 2 c . PVC6 34 5 m. 2 c . PVC 6 34 6 2 m. c . PVC 1 1 01 5 m. UC 5, ,74 1 0 6 5 5 , ,7 2 8 9 6 ,86 ,93 3 ,8 ,65 5, 8 5, 5 88 8 6 6 6, 7 5 5, 5 , 1 4 , 8 "D" ARQ 8749 (B-2) "D" ARQ 8747 col·lector u e aCr eL ad r e Ri el b Po l e d l l Va 0.6 ! AB P 2 4 0.4 3sub. PEAD 40 D . c "D" 4 PEA . b u s ARQ 8746 3 1 "H" ARQ ! 8 ! 1 Carrer de les Ciències AD (B-4) 8 c . PVC6 32 m. Carrer de les Ciències (B-2) 4 c . PVC1 1 01 0 1 m. 3sub. PEAD 40 "H" ARQ 0 D A 0 1 C 1 .PV 20c ND O O . 7 D O DE JAR c "ABP""F" CR 8743 H 7, A 13 5 6 . A B 5 ,45 12c. PVC 110 174m. ) N 8 31 . N O "gABP" CR 12106 BA 3) ND ON AD O 172 m. 0 DO S b m 2 0 2 6 PV 3 3 A - A 11 R 1 2 . 30m 1 C 2 5 0 6 0 3 2 6 c 8c. PVC 63 14m. E 2.4 ! 1 6 6 O . P 5 5, 6 4 O A 9 83 N N A 0 8 ! - ( 3 5, - 2 L . 7 4, 0 s u b .8 6 11 1 . C H 1 D / 12c. CC 100 104m. - ABANDONADO (B-3) 5sub. PEAD 40 O N . 1 A CR 1755 D .8 .4 s (B 3 ) 4 . A . 4 "gABP" CR 12105 06 72 .4 A 1 N 86,01 AB . N 4 98 ! ,40 c B 2 69 5 5 6,17 8 . 7 7 9 0 66 E 8 4 6 4 03 5 6 , 6,04 5 6,05 9 4 5 ,29 D P V 6 65 9 8 6 6 1 1 8m. 5 5 O C 2 D ,9 C O P N "NN" ARQ S/N 6 P 2c. PVC 90 18m. 1 0.4 0.4 2 "NN" "M" ARQ . 1 ARQ S/N 2 c . PVC1 1 01 4 m. 5 ! . 10 0 P E C C 5 5 8 20c.PVC 1 1 0 .7 "gLP" CR 12185 A N D N r 0 s u b P . P b D P E 7 3 77 1 D 1 . l 5 5, 5, , , U O N . 3 O A P H 05 "M" ARQ "AE" 4.7 CR 4002 4.7 2 2.2 53 5 N Ó 2.9 2.2 3.5 0.4 0.4 N (B-4) 20c. PVC 110 113m. - ABANDONADO 6sub. PEAD 40 ,81 ,59 A O 7 88 5 6 6 , 3 , 15 4 82 3, 41 C E T U 2 c . PVC1 1 02 5 m. C V .P 4c 2 c . PVC9 01 6 m. 2 est re J esú s0 rt í 0 2 c . PVC1 1 02 8 m. 4 . 4 . 2 6 " ,95 ,0 66 6, 66, , 6 366,,5 6 , 9 9 3 6 , 6 , 5 , 6 4 9 7,06 6, 0 6, ,5 6,66 5 6, 85 7 1 5 8 6 ,38 DE CR 1 2 " 5 A 0 6,06 6 6, 3 4, 71 3 O "H" .P ARQ 4.2 . PVC1 1 "H" 08 m. !0.8 3.6 2c ARQ 145 2.4 1.2 . 1c. PVC 40 18m. P 8 0 C ,60 A CR 2413 DE CR 1 4 D 9 A N ,44 4, ONADO (B-4) 22m.- ABAND 1 0 1 20c.PVC 1 6sub. PEAD 40 O " 3 N 1 38m.- ABAND (B-3) ONADO 6c.CC 1 00 ! H ! ! " A (B-3) H (B R c. P . C 6s ! ! (B-4) 1 61 D 0 C 61 B- 3" A O . UR . 1 2. 2 2 F N D D "NN" CR 1768 3 0.9 2.4 1 1.8 0 11 1.7 "" CR 1767 0 c 2 P 3 m. (B A 178m. 6c. CC 100 2 . E D E B ( 4 5 N D O DO S 40 DE CR 1758 (B-4) ONADO m.- ABAND 51 1 A CR 1757 DE CR 1758 0 1 8c.PVC 1 7 AB B 9 DO AB 1 58m. 1 2c.PVC 1 1 0 178m. ( 1 "gABP" CR 12109 18c. PVC 110 95m. (B-4) 6 c . CC1 0 08 8 m. 2 6c. CC 100 5 7 20c. PVC 110 186m. (B-4) 6sub. PEAD 40 20c. PVC 110 186m. (B-4) 6sub. PEAD 40 7 5 ! ! H H DO 2. (B 18c. PVC 110 109m. 2c. PVC 110 51m. A 2.7 2 c . PV C9 0 2.9 OB 40 6 A !1.7 ,9 1 0 "NN" CR 1764 3.2 2 4 m. V 4 . 7 . NE 0 2sub. PEAD 40 4 A C I N Ó EF EL T 2 1, ,2 2 2 F 00 1 1, ,81 61 ,0 2 "V-1" CR 1769 3.5 3.6 3.2 2 3 N D 6 3 . R " " CR 2. 2 8 "H C V P c. 24 2 ! .2 1 m T c ! D 2.8 2.3 0 ! N A " 17 A 6 3 4 0 0 2 0 0 2 10 3 3 AB AN DO NA B ( ! ! ! .4 4.2 2 0 c . PVC1 1 01 4 5 m. 5sub. PEAD 40 (B-4) 6 (B-4)12c. PVC 110 36m. 3sub. PEAD 40 2 0 2.9 ! m 63 ,0 ,9 0 11 1.4 ! 3.3 H . . 2m 2.6 4.5 (B-4) 4 B O H ) P . B 2 3 7 2 . 3) PV 6 S 6 ) 3) N c P 00 " (B-2) ONADO 7m.- ABAND 1 1 8 2 O .8 6c S . N D O m ( 24 A A 7 m. - . 4c. PVC 110 21m. - ABANDONADO (B-2) 8 1 1 u A b 2c 0 N O C R OBSTRUIDOS A D VC m 0 1 6c.PVC 1 . 8 0 ! !! 1 6 7 1c. CORR-P 125 58m. CAN. COMPARTIDA O 0. . P B 2c. UR 90 4m. E 1.6 . P I 175 7 P m. 2.7 "NN" CR 1765 u 2.9 (B-4)12c. PVC 110 88m. 3sub. PEAD 40 1.7 (B3 "AE" CR 3750 1. 4 2 c . PVC1 1 05 3 m. CR 1770 . 1.3 ) 4 B( m. 0 07 1 1 0 PVC . D4 c 0 2 PEA . b u s 3 ( B4 ) 2 0 c . PVC 1 1 01 3 0 s 4 u m. b . PEA D4 0 ! "AE" CR 1766 3 "AE" ( B4 ) 1 2 c . PVC 6 1 s 1 u b . PEA 0 1 2 7 m. D4 0 6 c . CC 1 0 01 ( B2 3 7 ) m. 2 4.4 4.4 0.7 0.9 ! 1 (B-4) 2.2 2 0 c . PVC1 1 01 6 2 m. 3sub. PEAD 40 "ABP" CR 1771 20c. PVC 110 173m. 3sub. PEAD 40 1.7 3.4 "H" ARQ 11955 ! 2.4 3.2 (B-4) 3 "AE" 3.6 CR 1772 A CR 1776 2 0 c . PVC1 1 01 6 5 m. 3 s u b . PEAD4 0 (B-4) ! 1.8 3.1 ! 1 1.7 2.6 ! 20c. PVC 110 172m.(B-4) 3sub. PEAD 40 2 2.4 R "AE" CR 1773 3s 2 1 76m. (B-2) 1.7 NN ) 1 6c.CC 1 00 "AE" CR 1774 1 R " 3.2 H m. 6 4 01 1 PVC1 . c 0 2 0 PEAD4 . b u s 3 1 B 1 B- !! C P 1 DE CR 1 775 B P . 1 6 P ub PV 33 . C 58 EA 11 D 40 3 0 0 A 1 9 B 3 (B ! ! " C H 0 8 R S 1 ! B 2. ! ! m. P 1 2) B( 1 . B- 6c .P VC 1 3su 1 0 b. 1 PE 1 1 m. AD ( B40 2) B AE 2. 81 24c. PVC 110 28m. 33 0 11 ( 11 . ) c H AF ECT ACI ÓT GV B- ! " ! B- u 5 B B- B- 3 I 3 O CM H U 357 DE CR 3 A CR 3358 . (B PE AD 3 4 . O DE CR 3357 8 ub 11 0 PE 2. 0 E Car rer del M B- CC H 3 1 B- B 9 6 PV C CC 0.7 H A 40 0.7 ! ! "gJP" CR 12111 ! 2 4 c . PVC1 1 01 7 0 m. 1 2 c . PVC1 1 03 6 m. 1 2 4 c . PVC1 1 02 1 5 m. ( B4 ) 1.6 ! 2 35 4m m. "M" ARQ 2 4 c . PVC1 1 01 7 0 m. 26 m. VC A ) 4.1 H 0 "S" ARQ 64 2c. PVC 110 10m. ! B- "gABP" CR 12110 AE 9c 4.3 ( H ! " 0 - PV . C . ! "AE" CR 2902 H 0 C 4.5 2.3 0 . P ! H 0 "BE" CR 3366 1 "M" 1 ARQ 12 c .P VC 3.6 4.2 9 2.7 . P 11 0 42 m. "AE" CR 3278 s ( B4 2 ) 0 c . PV 6 C1 s u b . 0 PE 1 8 AD 1 m. 4 0 1.8 4.5 . 0 2 c . PVC1 1 04 m. "AE" CR 2901 63 . 1 PV R 1 C a r r e r d eN a t z a r e t ! 63 H AR A 2c 4c . 8 14 "M" ARQ 1 5 (B D ) 4 B( m. 8 05 1 1 PVC . c 0 0 2 D4 PEA . b u s 6 4 "LE" CR 4001 m. 2 08 1 PVC1 . c 2 "H" ARQ 12062 9 b 2.1 . 5 PV . 9 1 . PV C 5 "AE" CR 4000 0 H E A D H 8 c. PV . 0 2 2 A 1 D 4 "M" ARQ 0.4 "X"! ARQ 11001 m. 4 3 0 1 C1 PV . c 2 3 0 8 . . 1 7 P c 1 . .1 ) 3. 1 1. 9 "A" CR 2903 79 m. 63 N 2c 2 V 2 H 47 . ! c 4 -) 1c .P VC . 8 H . PV b C 3 0 0.6 ! 1 c . PVC1 1 01 m. 1 c . PVC1 1 02 4 m. PV 0.4 9 67 3 ! 1 0 0 .1 ( B4) 2 3.1 .1 .2 2 c . PVC1 1 01 m. "D " Q 0 1 0.5 0. 8 0 . "X" ARQ 11002 0 0.5 ! 3 ! 0 1.9 32 c 6s .PV ub C .P 1 EA 10 3 D 40 0m. 2.1 ! 3 " 2 7 ! 3 ! ! 2 H 3 AF ECT ACI ÓT GV OCTOGONAL "NN" CR 3262 P a s s a t g ed el ' A u t o v i a 1 ! 7 9 8 CR A A 0 D 40 1 H B 0 5 8 CR " 2 2 45 90 1. 2 4 DE 7 . "M" 0.5 ARQ m 3 45 91 " . 0 11 5 E C PV c. 3 ! 0 AD 11 PE . VC b u P . 3s c 8 0 11 m . PV 0 C P u m c. PV b 11 1 ! C PV . c 2 0. 8 3 0. .8 4 3 ! 41 C A 3) (Bm. 8 3 4 0.5 P E 1 0 "M" ARQ D PV " AR 2c . 1 "M" 1 2.6 ARQ 88 A D 12 A P R P R R M O O C .C c 2 0.6 2c. UR 90 5m. VC ! 2 ( B4 36 ) c 17 .C su C 1 b. 0 PE 0 AD 104 40 m. 0.9 .2 H H . 37 AD 1 m. 40 ( B4) 6 . 1 A 1 CR 1 168 ! 1 E D 0 0 0 2 .2 H 1c "N I . -P L m A 63 A 5 ! 0 "M" ARQ P ! 2.5 ! 0.9 1.1 0.9 2.2 A ) 4 . Bm( 02 10 11 40 H .2 m. 22 1 ( m. 68 41 . c. P V M" b. 167 4 ! H 1 A . R C 1 8 c 1 M" H ! C R P M O C -P I R P R LO A C A c. 2 A D A 63 H 1 " m. .4 2 2c. UR 90 42m. "V-1" 2.2 CR 3212 3 ! 0.7 0 . m 1 5 ) 1 -3 0 0 4 (B 10 D C A C E c. .P 8 1 ub s 7 1.1 1.1 H 4 8 c . PVC1 1 04 9 m. 15sub. PEAD 40 21 m . 0 0 1 1 A C PE V P b. c. u 8 3s 2.1 (B-2) ! 0.6 2 c . UR9 0 " 2 (B-6) 11 0 0.7 "H" ARQ 12060 4 c . CC1 0 01 0 m. 0 11 R m 3 3 1 0 4 D 0. R 45 8c .P V 3s C 1 1 ub .P 0 E 8c .P V 3s C ub 1 1 .P 0 E . C V P . c 2 . 37 5 2 1 1c. P . . 1 A 1 9 5 ! 0 6 1.4 ! ! 0.7 3 9 m. 2 c . CC1 1 02 3 m. R P " 5 . c. . 2904 2.2 CR "NN" CR 0 1.9 0.6 2c .P VC H . 09 . 2. ! . 0m 4 11 0 "NN" ARQ C11890 . 0. m 1 7 .(B ! -4) m "A" 3 " ! 2 45 92 CR R . PV A 4 C A 62 8 P (B 4 ) H C 1 8 5m D .( 40 C Ba 4) r r e r d eJ e r u s a l e m 3 0.5 5 0 (B 2.9 "N 2 .4 PV A 1 41 1 1 5 ! 5 " AR 1 .3 0. m. 2 C 6 1 P 1 0 1 1 b. 4 Q 40 1 PV C 0 . M H PV C ! C 1 D 6 0 11 0 11 m. 7 02 1 PVC1 . c 2 . 2.2 ! 3s CR 3213 3.4 0 33 m . 1 C PV . 3c 1.9 ! 2 c . UR9 01 3 m. 0. 1.1 . m m O 2 10 R R . 5 m P m 6 . 0.8 c 4 A "D RQ 2 1 6m 0. 0.7 1 3 8 A .9 9 6 P H A . ! 2.3 (B-4) 4 8 c . CC1 0 01 9 m. 4sub. PEAD 40 I 8 H 1 A 10 "D" ) ARQ 7535 2 B( m. 3 05 0 1 C 1 AD 4 PV . PE c "NN" . 4 b u s 3 CR 7536 ! C 3 2 H . - O . P 93 3 1. m C DE 0. A PV C c su P b C ! H 3) (B- ! " AR " H .1 22 3m C V P . 3c 2 1 " 2 O 0 11 2c. PVC 110 1m. m. 61 . m 3 2 1 ! 1 1 "M" ARQ 0.4 O C 0.8 PV C 5 2 1 0.4 ! 2c. PVC 110 33m. O C c. 2 1 " ! 1 "M" m ARQ . m 49 1 0.5 ! . m 8c 0 11 2c .P V C . 0.5 1 1 -P R R 2. 0 1 ! u 0 11 C V 0.8 .P ! 2c "NN" 1 m 1.2 P l a ç a d e l a C u l tu ra "J-3" 0.6 a d e l a m. 18 ARQ S/N 0.8 63 VC .P 2c 2.2 . M . m 36 0.8 2c .U R . 38 m . 11 0.6 c c 0. 0 1.5 90 0.6 68 0.5 . " A u . P 0 1 . PE .5 m Q R 2 8 ! 1 "M" 1 20 C a r r e r d ePJ " e r u s a l e m C 11 VC 89 1 A 1 PV C C1 4 4 R 1 c . P V 1 A .6 1 ! 2 AR 9 0. c. A D A R P H ! "M" ARQ . 1.8 I -P L A A 0.5 ! 2 c . PVC1 1 01 m. ) -4 . (B 9m 0 15 4 0 AD 10 PE . C 1.6 C ub c. 7s 0 2 24 c 4s .CC ( Bub .P 100 4) EA D 119 40 m. 1.7 AL 1.1 "NN" CR 3214 "D" ARQ 7534 0 . 2 DE AR " P 1 CR H 1 m 0 c (B- . P V ! 0 45 92 1 ! 4m 1 4 PV . 1 C " 1 . 70 . ub PV . C C 54 09 2 c . PVC1 1 01 0 m. 1.2 2 ! ! 2.2 0.9 6 0.9 ! ! 0.9 ! 5 A c. . 0 . c 2c CR 2.5 c . R 11 R A NN P 0.7 2 c . PVC9 04 1 m. 1.5 0.6 1 H EA 1 D 2.1 1 1 0.9 1 OR PR RAD P 1 ! ! 1 1 ! 2.1 ! 1 "A" CR 2489 1.4 OBSTRUIDOS 3 c . PVC1 1 03 0 m. 1.1 a 0.5 2 c . UR9 02 8 m. 0.8 ( B2 ) 1.2 1.1 0.6 "A" CR 2621 0.7 0.7 1.5 1.6 !0.9 (B-2) 6c. PVC 110 7m. 3sub. PEAD 40 1.6 P E 1.6 . 98 m . 10 0 !0.7 1.4 ! 9 C 1 4 0 0.5 "M" ARQ S/N 2c. UR 90 44m. s 1.7 2 PV u 2 H 2 c . PVC6 32 6 m. ! "LR" CR 7530 2c 2 c . UR9 01 2 m. R 0 4 0 PV CR . P V DE D "BE" 0. 9 5 VC P 1c. 0.8 4 m. 41 1.2 m. ( B3) 12 c. CC 0.7 6c . PV 3s C 11 ub 0 . 10 PE AD 6m. 40 1.6 ! 1 1.5 . 1 2c ! H 0 CR 3268 1.4 ( B4 12 ) c 3s .PV ub .P C 11 EA 0 9 D 40 2m ! 0.6 . R 11 1.5 ! ! 1.6 1.3 0.7 2 c . PVC6 34 m. 1.1 C a 2.7 r r e r d el 2.8 ' E r mi t ad 1.5 eB e l l v i t g e 2.1 2 c . PVC6 32 1 m. "M" ARQ S/N 1.1 2 "M" ARQ S/N 1.1 m. 2c. UR 90 16m. 2 c . PVC1 1 01 0 3 m. 11 3m . 2 c . PVC6 31 2 m. "J-3" CR 2620 0.6 1.3 0.6 2 c . PVC1 1 04 5 m. 11 0 PV C "BR" CR 7532 "JR" CR 9685 ! 1.7 "BR" CR 7533 m 2c .P VC 1 1 0 D E V 1 1 0 4c .P VC R V 2c .P VC H T . . 2 m . PV C 1 . P VC 09 n PV C 2 0 Q 0. .6 ! 1 . A ! 1 " D" AR Q 40 m. 9 H 6 c N " T 3 1 0 . H B EL 1 51 m. 1 1 2.5 "M" C a r r e rd ARQ S/N e l a R e s i d è 6c n c i a . 1.4 63 2c .P VC " P m 41 m. " 2c O " VC A ! " C 1 m 2c P ! 0 4 . 1 41 0 Q N ! " c H 8 C PV . 2c 1 E ! " 0 11 6 11 (B-4) 2.2 ! 1 2 c . CC1 0 02 6 m. 2sub. PEAD 40 E 0.6 96 2.3 "BE" 1.5 CR 3267 ( B2) 18 O LV M B C . "gTP" CR 10255 CR R" 1.3 T ID 63 0 AN . C a r r e r d eJ o c a nd P eJ C 2c o .P a VC n e 63 s 63 T 1 0 1 1 5m . 1m C a r r e r d e l sJ o n c s ! 4c .P VC m. 1m. 4 2m ! ! c 4 A 0 1 1 1 PV C 1 m. 62 . 0. 1.2 2 c . UR9 04 2 m. 7 ! PROPIEDAD DE AL-PI 2 c . PVC 1 2c 1 04 "NN" 6 . m. CO COR MP R- ARQ C11893 RA P1 DA 25 5 A AL 7m. PI 2.3 1 c . PVC 4 01 6 m. 2.1 1.5 2m ! ! " 1 1 0 ! H 1 C 0 m. ) .9 2c. PV C 1 - 3 T 0 " 8 " 0 " R VC 5 0 1.4 Q 7m m " O 8 3 . P V 0 54 m. ,7 PA RK I NG , 2 C a r r e r d e N a r c í s Mo n t u r i o l . 8 60 m. E 2.3 "BE" CR 4172 "NN" ARQ AL-PI 2.8 ! ( B4 12 ) c 3s .PV ub .P C 11 EA 0 1 D 40 41m . 2.2 12 c 3s .C ub C .P 10 0 ( B- EA 4) D 122 40 m . 1.9 . 11 4m . 1 1 0 2c .P VC E/ C Q 8 0 C 1 H 67 1 ! "M R .5 ! 28 ! . c. H Q R 1 1 0 9 0 ! 1.4 2 c . UR9 03 6 m. 8 " 1 7 "N R " . A 0.6 2 ! 1.7 "M" ARQ S/N " R " H" AR Q 39 m. R 1 !! ! !0.6 1.6 02 m. 39 1 0 4c .P VC H . PV 2 1 0 1 C 2 H C a r r e r d el ' A p r e s t a d o r a NN m 90 m. 05 0 Q c 51 m. 1 25 1 c. CO RR -P " 7 " ! 1.9 "N 25 m. 86 H 2m . S/ N " M" AR Q 63 4c .P VC . ! 1 47 m. ( B4) "J-3" CR 3216 I 11 0 0.6 ! 0.6 . 1 1.5 1.6 "M" ARQ 1 2 c . PVC1 1 04 7 m. 2sub. PEAD 40 H ( B2) 6c .P VC (B-4) 0.9 ! !0.9 1.6 . 2 0.5 0.6 1 2c .P VC 0. . C O . R CO 2 C a 1 r 1 0 r e r 1 24 d m. eJ 0 o a nd eJ o a n e s 1 1 0 9 3 VC 1 A 1 Q -A 1 . b. 1 0 2 c . UR9 01 4 m. 0.8 s 8 3 c . UR9 03 7 m. 0.9 ! 1 1.3 " M" ARQ "M" S/ N ARQ 0.7 H 0.7 H . 7 1 05 78 51 m. " 2c .P VC 1 H Q "D . PV C 1 "M 1 1 0 0.9 1 1 0 1 1 0 2 c . PVC1 1 01 5 m. "M" ARQ0.7 " 11 0 32 ! 0.6 m "H" ARQ 8695 0.6 1.8 ! 2 H 2c .P VC "BE" CR 3215 1.4 2.5 2 c . PVC1 1 01 6 m. 1.4 0.2 ! 0.2 1.5 20 m. 63 "M 5 5 m . S/ N " M" AR Q 63 4c . P V C 1 1 0 C 0 O . P VC 63 4c .P VC m. 1 0 56 m. 4c m. 7 R 1 " 8c .P VC 71 1 "X" 2 A 0 1 9m . 0 9 m . m ! " 1.1 C 1 0 ! 0 P ! PV 3272 H c 0.7 ! P 1c. PV C Q ! Q 71 PV C C 1 m. c . 1 2c A 0 1 H 1 . P VC c 1 1 0 4c .P VC 1 5 CR 1 9 2c .P VC . c. 1 . PV C C m 62 1.9 ! . PV C " H 1 0 2c .P V 0.6 C 54 m. 2c .P VC C 1 6 0.6 2 0.5 c . UR 9 02 "X" 1 7 m. 1.9 ARQ 0.9 0.9 0.6 1 "J-3" 1 CR 2488 " ! 1.5 1 1.2 N 1 1 0 0 11 29 59 2c C PV . 2c 0. 2 0 4 5m 9 1 1 0 c. . H C . 0.7 P 1.1 0.8 C PV c. 2 3 . 63 Q C PV . 2c 0 11 0 !1.8 c. . m 1 63 4c .P VC 0 D ! 1 39 m. "NN" ARQ C11897 1.3 "NN" ARQ C11898 2 c ( m 95 " 2c " . m 4 2 ! !! ! ! ! m. 4 01 1 C1 PV . c 0.6 2 "JR" CR 9677 RM 2m . 1.7 " 8 1 H ! 2 ! 3.1 1.8 C "JP 1 1.8 81 ! 2.1 C a r DE r e r 1 d e l sJ 1 o 1 n c s B 0m - 0.6 00 ! 1 6c .C 6s C 1 ub 00 .P EA 113 m D 40 . ( B3) 1 2c. CORR-P 40 4m. COMPRADA A AL-PI C 2c OMP .C OR RAD R- A A P 12 AL 5 P 60 I m. 2.5 1.7 0.6 ! 2 c . UR9 01 0 m. 0.9 10 PE 0 AD 109 40 m. m. 63 0.9 " 6 9 8 NN 1 " 1 QC AR 0.7 ( B6c 2) . 2s CC ub . 1.8 1.4 1.5 0.3 2c . CO CO 1.9 2.1 ! M RR PR 0.9 P AD 12 1.6 !! A 5 4 1.7 1.8 A AL 4m 1.6 PI . "NN" ARQ C11895 2.2 2.2 3 2c .P VC H 9 2c .P VC P .8 1 2m . 63 s/ 1.7 11 0 1 1 0 H "M RQ 4c .P VC 1 0 P " . m 35 c. PV C 2 ! 3 6 c VC P . c 2 0.7 1 6s ub .3 2 c . PVC1 1 05 2 m. . 2 c . PVC1 1 06 1 m. 0.7 "L" CR 3208 0.8 4c .P VC 1.6 99 m .( B2) "NN" ARQ C11894 1 O "BE" CR 3217 6c .P VC C a 1 r r e 1 r 0 d el aR 16 e 9m s i d n .è c i a ( B2) 1 1 0 2c .P VC 1 " 4c 7 0. , Car rer d' Arq uí me des ede s PV . 8m 6 "M" 1.4 m A R " . 50 m. g 4c .P VC N 63 4c .P VC P l aç a de Q u ar t " "D RQ PV S 11 6 01 H 41 2c 4 1. 0 1 . F E RQ 1 33 3m ! 0 H 41 m. . P l aç a de Q u ar t R U "D AR " Q 8m . 1 H I A 0 1 Q V C 9 2c Q C a r r e r d el ' Ap r e s t a d o r a 0. 1 (B- ! ! H H EN 8V +1 L Carrer de Jansana .1 1 3 C ! 2 ! ! .5 ! C .6 1 1 NN 59 m . 0 VC P c. 2 63 " . m. 29 H 8 . . PV C (B1 H Q 0 63 1 1 0 3 6 1 1 O 1 4m "L 4c .P VC ! 5 . 1 H S 00 0 0 49 m. C PV . 2c 0. .7 PV RE H 60 O R 0 AR m 50 c. 7 9 7 2c 1 . 0 3c R 4 U 3m 0. 00 2 6s ub CC CR 2) m. 0 . 63 . c. 0, 7 1, 4 5 2 . 1 Q 2 9 ,7 C a r r e r d eN a r c í s Mo n t u r i o l Travessia Industrial P 1 1 1 1 1 32 09 CR DE 3 3 8 32 1 ! .3 H N . C . B 87 M . H R ! 1 C . U 2 . ! 32 ! ! ! 5 ! .2 2. 20 c. 0 " C 8 Q m H . H 1 ! 6s 0. 1 b. 4m 1 4 51 m. . .2 c 0 1 1 0 2c .P VC "BE 2 6 ! H ! 7 1 2 ! ! ! 8 .7 PV C 9 OB S 2c TR .U UI DO R 90 S 42 m. 29 A H 1 6 63 A 0. 1 AR 2c m 2c .6 A 6 . 1 0 2 R 2 R 0 ! ! H 6 C u 1 3c 3 1 21 40 m. ( B3) " 3 "M" A R 1 ! S 9 0. 1 .5 I UR . 2c . m 8 8 S . UR 1 2 0 9 0 54 . 1 2c . 2s CC ub 1 0 .P 0 EA D 67 40 m. ( B2) Q ! E/ C 8V +1 L 3, ! ! 9 90 .7 1 1 90 2 H 9 79 R 1 ! . 93 21m. C a r r e r d el ' Ap r e s t a d o r a 1 UR . 2c H C 45 4m .9 4c .P 3s VC ub 1 0 .P 1 EA D Q 42m. 2c. PVC 63 0 21 1 ! 6 C 3. 6 2c. PVC 63 2c. PVC 63 11m. 3 " . 2 . m 30 1 1 0 ! 0.6 H . 90 ! 1 . 89 m. H C a r r e r d eP o r t u g a l 6 90 . 10 S 90 39 " 3) 1 UR ! ! 63 B3) 4 1 04 m. 7 3c .U R ! C 4c .P VC 2 ! 8 1 H CC UR H ! EA 1 5 I 1 C . 2 0 u 2 ! " CR H C ( B3) C a r r e r d eC o l o m c. ! ! "B 1 ! m. m. 0 . A 1 Q . 2c 1 ! B C a r r e r d eN a r c í s Mo n t u r i o l b . " ! 1 ! 0. H 1 m. 0 2c ! 1 6 RQ 2. 1 1 C PV C 1 c. 0 C a r r e t e r ad e l Mi g CC ST C a r r e r d eN a r c í s Mo n t u r i o l 2c VC .6 0 . CR DE ! !! ! H 1 0m . P . U H R c 6 9 . 1 53 m. ! 39 1 3 B3) ! 90 EA . 1 29 CR CC 41 80 0 c. H H " ! 1 ! R (B-2) . 0 ! 4c .P ( B VC -2 ) 1 1 0 m el ! (B-2) 6c. PVC 110 180m. A CR 3374 3sub. PEAD 40 DE CR 2486 (B-2) 6c. PVC 110 180m. 3sub. PEAD 40 A CR 3374 b 90 1 m Travessia Industrial 2 .4 ! D 6c. PVC 110 180m. 3sub. PEAD 40 . 1 H 52 52 . DE CR 2486 ST TR Travessia Industrial S I 90 5 - C . d eP o r t u g a l 9 0 . 1 . 1 CR ! .2 ! ! 6c. PVC 110 152m.(B-2) ! Travessia Industrial 4 1 R 2 C 5 Travessia Industrial . Travessia Industrial 1 JP CR 3. 5 . V 90 5m A CR 8834 , m. H ! . JR (B-2)6c. PVC 110 133m. 6sub. PEAD 40 D c ! DE CR 8834 8c. PVC 110 183m. (B-4) CR . 1 ! 0 H ! 8 40 6s ub .P EA D ! E/ C . R . 79 4 1 CC ! - A 1 ! 1 6 ! 4) 61 1 - , ) A CR C. 20 T. 39 BE LL VI TG E 2 . DE 2 26 ( m. 3 C R H H 0 ! OBSTRUIDOS 2c. PVC 110 16m. P LA T A CC ) 75 1 2V +1 L 1 41 R 1 S Car rer d' Arq uí m 2 3 R 03 , 8 ! F 0 EA 41 m. ( B3) 0 . 2 0. 1 40m. 0 ! ( 2c.PVC 1 1 0 H m 4 1 . CR 6c 2 . 0 C 3 C 81 00 4 1 0 1 2. B4 E 45 s 2 26 1 , P a s s a t g ed e l P a t r o n a t 2c 2 c D . AS FA L " TO H R C E P T r a v e s s i aI n d u s t r i a l ! m 1 1 1 . 1 0. . PV C Q D E C a r r e t e r ad e l Mi g 0 46m . CR m 96 8 1 H "H" c. H M A c. , . 4 LA T . PV C JR 2c. PVC 1 1 0 DE 07 ! H 1, 1 1 d ! ! ! ,3 2 o r t as C de a í al os R de er r ar C 1 6m. C a r r e r d e l C r o m ! C a r r e r d e l C o b a l t 1 . 79 43 1 1 ! 4, n t ,3 1 1 2V +1 L R 1 H 11 0 1 ! . 1 c. PV C 25 3 c 1 ! ! -P " R C 0 2 c . PV C ! ! 3, E/ C . C D 2. 2c.P VC 6 3 H 3 VC "L 2. 5 .2 , 19 A DE 73 A B -2 B- Car rer del Si l i ci er cu ri , ,1 , 7 0, ! H ! ! 2, ! 2 C a r r e r d e l T e i d e H P l a ç a d e P ro ve n ç a n a C a r r e t e r ad e l Mi g 61 A ! ! ! -2 . 59 . B. PV 2) C 52 DE CR 7523 C 2 1 C C a r r e r d e l C o b a l t H C a r r e r d eL a v í n i a V . 5m D 0 ! C a r r e r d e l C r o m . 3s . P 1 C a r r e t e r ad e l Mi g 2m T r a v e s s i aI n d u s t r i a l ! + 2 H " 0, ! 6 H 2 2. P (B-2)6c .PVC 1 1 0 235m. 3s u b.PEA D 40 . PV C 24 .9 ! ! ! 2 1 H ! !! 1 C a r r e t e r ad e l Mi g A CR 7525 A CR 7525 DE C R 75 24 VC ( B2) 6c.P VC 1 1 0 3s 1 73m. u b.PE AD 4 0 . C V P c. 18 T. CA S m H N " CR 1 3 b. 0 90 2c. COR RP CA C ( B2) 6c.P VC 1 1 0 3s 1 73m. u b.PE AD 4 0 .3 , D 1 3 . PV C 2. 1 C a r r e r d e l C r o m ( B2)6c .PVC 1 1 0 3s 88m u b.PE . AD 40 m. ! ! . P VC 6c .8 0 9 2. 1 7 52 79 42 CR DE , Q B CR R 1. 1 , 13 62 C a r r e r d e l C r o m "H 2.9 ! 6 1 N 2, 0 1 5 D E C a r r e r d eC an ' A l ò s Ca r r e rd ' E n r i c Pr a t d e l a Ri b a , 5 11 54 2 ! 39 H CR H a 53 ! ! , C a r r e r d e l C o b a l t 1, 15 + LA T ! H 0, 88 Ca rr er de lM Q 2.9 AF ECT ACI Ó NOVAGRANVI A C a r r e r d eP o n s i c h 2 " "H" ARQ 12061 C a r r e r d e J a u me V e n t u r a i T o r t ! C ( B4 32 ) c 6s .PV ub C .P 1 EA 10 6 D 40 7m. (B-2) . m S P NT ER I OR 54 ! H DE 8 a ! " CR A C a r r e t e r ad e l Mi g , ! 8 1 A LAT P l a 2 IN TE RI O R ! C a r r e r d eS a n t aE u l à l i a 79 46 CR 4 ! ! 2, 3, 2 A 79 43 CR DE 0 H o r st Ca de a í l sa Ro de er r r Ca 2, 4 ! ! ! ! 2, R 21 m. 2c.PV C 1 1 0 ! . P "" CR 3277 ! Ca rre rd el Me rcu ri Car r erde Sant Fer r an 2 ! A I NTE RI OR , ! ! C a r r e t e r ad e l Mi g 7 1 85 1 1 96 A 1 1 CR 95 CR DE H 0. 74m . 2c. PVC 1 1 0 2 . P 3 1 ! ! ! 05 o 1 02 47 AR Q A 1 ! H 2, ST H 1 1, 8 ! 9 C a r r e r d el aT e r r aB a i x a H 2, . de r re ar C Car rer de g i , 3 1 m . 1 30 ora gas lM de "M" 1 5m. H A " "M" 0x 12 c 1 T ! CR DE ! ! !! ! . 1 03 m. . 1 1 1 0 2c .P VC 1 H , ! C a r r e t e r ad e l Mi g ! 3 ,7 4 g Mi l e d a r e t e r r a C 1 C a r r e r d e l C o b a l t H CR 1 C a r r e r d ' E n r i cP r a t d el aR i b a C a r r e r d eS e g o v i a A I C a r r e r d eV i c C a r r e rd eS a u r í 2, 31 LA T 3 7 r r e r d el e sE s q u a d r e s ! 2 , ! ! ! ! m ! DE A RQ 3 638 H C a r r e r d e l Mi g d i a C a r r e r d e l N í q u e l n C C a r r e r d el e sA r t si e l sO f i c i s 9 IN T ER IOR 0 , , 0 ,3 1 !! ! ! ! 6 LA T 1 1 96 0 ,94 C a r r e r d e l C o b a l t 4 H 4 C a r r e r d ' E n r i cP r a t d el aR i b a ,4 ! H 4 H A C a mí d el aR i e r e t a 1 1 , , ! 2 8 F. F. C. C. ! 7 ! 1 u 26 06 CR DE , 1 1 99 CR ! ! Ca CR ,03 2 2, ! 4 !! C a r r e rd eJ o s e pP l a H AR QU ET A DE NT RO RE CI NT O ! 8 P l a ç a d e P u i g i G a i ra l t ! 1 , , i 1 ! y DE A I NT ER I OR A 3 , a t e r e i aR el d mí a C ' é a C a r r e r d e l C o b a l t H 1 1 98 1 A R C A ! ! CR s 8 96 7 , T A ! ! ,8 ! ! P a s s a t g ed e l Me r c u r i d d d ! pl a , a ç 9 r 2 1 6 H J 1 , 2 t e LA T A 32 99 CR DE 85 3 4 ! 2, C a r r e r d e l T r e b a l l , ! R C 7 P ! H ! , ! C a r r e r d eG a l v a n y ! C a r r e r d e l T e i d e A 8 E D 1 ! 5 ! ! , DE GA RA GE H 1 ! , 1 H H r ID O S 1 46 5 6 C a r r e rd el aC a s aN o v a ST 1 C a r r e r d eP r o v e n ç a ! O , 7 C a r r e r d e l T r e b a l l , C a r r e rd eB a r c e l o n a ! 2 , 1 a n An a t n Sa e rd e r r Ca 1 46 6 a nn A a t an S de er r ar C ! , C a r r e r d el e sE s q u a d r e s !! , , ra te rre Ca A CR C a r r e r d eJ o s e pM a r i ad eS a g a r r a 1 50 79 1 C a r r e r d e l M e r c a t C a r r e r d e l T e i d e ! 2 ! H ! ! ! 1 H CR DE 5 !! H 1 46 5 P a s s a t g ed eP i e r a ! 79 92 CR DE 2, C a r r e r d el aC a s aN o v a ! C a r r e r d eP r o v e n ç 1 a CR T , C a r r e rd ' E n r i c P r a t d e l a R i b a , ! 9 , , s e d a m e F e rd e r r Ca C a r r e r d e l C o u r e ! ! ! H ! ! H ! ! H ! ! H ! H H H !
