Kabelbahn PVC, Basorplast BPE

Kabelbahn PV, asorplast www.basor.com 1

M1 V0 UNE-EN 37 UNE-EN 08 º UNE-EN 37 UNE-EN 08 UNE 377 UL4 UNE-EN º º -0º -º UNE-EN 37 UNE-EN 08 0J Mod. x 10J UNE-EN 37 UNE-EN 08 T X P TX IP3X IPX IE TP PD IK10 IK07 IE 10 TF TP JU JU-A JU-A TP ISO/T 108 DIN 1 T PS

KAELAN -P / 3m (10ft) PVM1 UV KG/M X / 4 70 0.73 X / 71 0.8 X00 / 00 8 7 1.4 X / 1 73.34 x +4 KAELAN - / 3m (10ft) PVM1 UV KG/M - X / 4 0.77 - X / 3 1.03 - X00 / 00 8 4 1.4 - X / 1.48 x +4 KAELAN -P / 3m (10ft) PVM1 UV KG/M X00 4 00 8. X 4 1 3.3 X 4 1 7 4. X0 4 0 4 77.40 x +8 KAELAN - / 3m (10ft) PVM1 UV KG/M - X00 4 00 8.38 - X 4 1 7 3.4 - X 4 1 8 4.4 - X0 4 0 4.7 x +8 ADEKUNGEN T 3m (10ft) PVM1 UV KG/M T 4 78 0.37 T 7 0. T 00 00 8 0.77 T 1 81 1.10 T 1 8 1.3 T 0 0 4 83.10 3

P X P X P 3/8 X0 '' 3/8 0 8 0 4/" 1'' 0 40 3 1/7 8 4/" 1/" /0 34 1/7 0,4/ / 4,081,1 P X00 P X00 3/8 00 8'' 0008 4/" 8'' 03 1/7 8 4/" /1 3 1/7 0,1 x JU (/84) /3 1,4 P X P X 3/8 x JU 1'' 0 (/8) 8 4/" 1'' 03 1/7 8 4/" / 3 1/7 1,1/4, P X00 P X 00 8'' 08 4/" 1'' 03 1/7 8 4/" /3 3 1/7 1,4/ 3,7 P X P X0 1'' 008 4/" 403 1/7 1/" /4 4,/ 4,08 P X 1'' 0 8 4/" 3 1/7 / 3,7 FLAOGEN P X0 x JU 0 (/84) 40 1/" 4 / 4,08 0º P x JU (/8) PVM1 UV ADEKUNGEN TP TP 4 0 I x JU (/84) x JU (/8) EF. P P X 3/8 PVM1 0 UV 8 KG/UD 4/" 3 1/7 /8 0,40 P X / 4 8 0.40 P X 3/8 '' 0 8 4/" 3 1/7 /0 0,4 P X / 0 0.4 P X00 3/8 00 8'' 0 8 4/" 3 1/7 /1 0,1 P X00 / 00 8 1 0.1 P X 3/8 1'' 0 8 4/" 3 1/7 / 1,1 P X / 1" 1.1 P X00 00 P X00 00 8" 8'' 0 3 8 4/" 1.4 PVM1 3 1/7 UV /3 1,4 P X 1'' 0 8 4/" EF. 3 1/7 /4, P X 1" 4. TP P X P X 1" 1'' 0 8 4/ 8 4/" /7 3.7 3 1/7 0,18 / 3,7 TP P X0 P X0 0 4 0 '' 0 408 4/ 1/" /8 4.08 4 0, / 4,08 TP 00 00 8'' 0 8 4/ / 0,43 TP x JU (/84) 1'' 0 8 4/ /10 0,71 x +4/8 TP x JU (/8) 1'' 0 8 4/ /10101 1,1 TP 0 0 40 1/ /1010 1,4 EF. TP 0 TP PVM1 0 8 4/ UV/7 0,18 TP PVM1 UV KG/UD TP '' EF. 0 8 4/ /8 0, TP 4 0 8 4/ 7 0.18 TP TP 00 0008 4/ 8'' /7 0 8 4/ 0,18/ 0,43 TP 0 8 4/ 8 0. TP TP '' 08 4/ 1'' /8 0 8 4/ 0,/10 0,71 TP 00 00 8 0 8 4/ 0.43 PVM1 UV TP 00 TP 00 8'' 08 4/ 1'' / 0 8 4/ 0,43/10101 1,1 TP 1 0 8 4/ 10 0.71EF. TP TP 0 1'' 008 4/ /10 40 1/ 0,71/1010 1,4 TP X 1 3/8 0 8 4/ 40 1/" 10101 1.1 /10103 0,3 TP 1'' 0 8 4/ /10101 1,1 TP 0 X 0 4 3/8 40 '' 1/ 40 1/" 1010 1.4 /10104 0,4 TP 0 TP 0 X00 0 3/8 00 40 8'' 40 1/ 1/" /1010 1,4/1010 0,78 X 3/8 1'' 40 1/" /1010 1,1 TP 0 TP X00 00 8'' 10 /" 1 4 /8" /10107 1,37 X 1'' 10 /" 1 4 /8" /10108 1,8 X 1'' 10 /" 1 4 /8" /1010, VETIKALOGEN STEIGEND EF. X0 0 10 /" 1 4 /8" /100 PVM1 3,3UV TP 0 EF. 8 4/ /7 0,18 TP x JU (/84) '' 0 8 4/ /8 X 3/8 40 1/" PVM1 UV, 0, x JU (/8) /10103 0,3, PVM1 UV KG/UD X TP 00 3/8 '' 40 1/" EF. 00 8'' /10104 0 8 4/ 0,4 / 0,43 X / 4 40 1/ 10103 0.3 X X00 3/8 TP 3/8 0 1/" 8'' 40 1/" /10103 1'' 0,3/1010 0 8 4/ 0,78 /10 0,71 X / 40 1/ 10104 0.4 X TP 1'' 0 8 4/ /10101 1,1 X 3/8 X00 '' 3/8 40 / 1/" 00 1'' 40 8 1/" /10104 40 1/ 0,4 1010 /1010 1,1 0.78 X00 TP 0 0 40 1/ /1010 1,4 X00 3/8 00 X 8'' 40 / 00 1/" 8'' 1" 10 40 /" /1010 1 1/ 4 /8" 0,78 1010 /10107 1,37 1.1 X X 3/8 X00 1'' 40 TP 1/" 00 1'' 0 8" 10 /" /1010 1 10 / 4 /8" 1,1 10107 /10108 1,8 1.37 X00 X X 00 8'' 10 /" 1'' 1 1" 4 /8" 10 /" /10107 1 / 4 /8" 1,37 10108 /1010, 1.8 X X0 X 1'' 0 10 /" 1 1" 4 /8" 10 /" /10108 1 / 4 /8" 1,8 1010 /100 3,3. X X0 1'' 10 /" 0 4 /8" /1010 /, 100 3.3 x JU (/84) X0 0 10 /" 1 4 /8" /100 3,3, x JU (/8) x +4/8 x JU (/84), EF. 1 0 I x JU T (/8) X 3/8 40 1/" PVM1 /10103 UV 0,3 X 3/8 '' 40 1/" EF. /10104 0,4 T T X PVM1 UV KG/UD 4 /101 0,18 X00 3/8 00 8'' 40 1/" /1010 0,78 T X T X 4 101 0.18 /10 0,4 X 3/8 1'' 40 1/" /1010 1,1 T X T X00 10 0. 8 /103 0,37 X00 00 8'' 10 /" 1 4 /8" /10107 1,37 T X00 T X 00 8 103 0.37 1 /104 0, X T X00 1'' 10 /" 001 8 4 /8" /101 /10108 0, 1,8 T X 1 104 0. T X00 X T X 00 1 1'' 101 10 /" 0. 4 /8" /10 /1010 0,1, T X 1 /107 0,87 T X X0 1 0 10 10 /" 0.1 1 4 /8" /100 3,3 T X0 0 4 /108 1,04 T X 1" 107 0.81 x JU (/84) T X0 0 T X0 108 1.04 x JU (/8) 0 I ADEKUNGEN T 1 0 I TP KEUZUNG PD X 1 TP PD UVM1 EF. x PD 1 0,0PVM1 UV PD 0,08 EF. X PD X 3/8 PVM1 UV 40 1/" KG/UD 4 /10 0,3 PD X 4/X x TP (17) 3/8 1 '' 40 1/" 0.4 4 /1010 0,4 PD X X00 3/8 00 8'' 40 1/" 0.48 4 /10 0,78 X X 3/8 1'' 40 1/" 4 /101 1,1 /4 PVM1 UV PVM1 UV PVM1 UV X X00 00 8'' 10 /" 1 4 /8" /1013 1,37 X X 1'' 10 /" 1 4 /8" /10 1,8 X X 1'' 10 /" 1 4 /8" /10, X X0 0 10 /" 1 4 /8" /101 3,3 x JU (/84) x JU (/8) 41,, 4,,, 4, 4, 4 x

VETIKALOGEN FALLEND X PD PD x +4/8 ADEKUNGEN TX TX TX TF TF ENDDEKEL PS TENNSTEG PS X EF. X X T X T 3/8 X 40 1/" 4 /10 1 /10 0,3 PVM1 1 UV/107 0,1 0,87 X X T 3/8 X0 '' 40 1/" 4 /1010 0,4 0 EF. 4 /108 X X00 X X 3/8 00 8'' 3/8 40 1/" 40 4 1/" /10 4 0,78 /10 0,3 1,04 X X X X 3/8 1'' 3/8 40 T 1/" X0 '' 40 4 1/" /101 4 1,1 /1010 0,4 X X00 X X00 00 8'' 3/8 00 10 /" 8'' 04 /8" 1/" /1013 4 1,37 /10 0,78 X X X X 1'' 3/8 10 /" 1'' 04 /8" 1/" /10 4 1,8 /101 1,1 X X X X00 1'' 00 10 /" 8'' /8" 10 /" /10 1 4 /8", /1013 1,37 X X0 X X 0 10 /" 1'' 1 4 /8" 10 /" /101 1 4 /8" 3,3 /10 1,8 X X 1'' 10 /" 1 4 /8" /10, x JU X X0 (/84) 0 10 /" 1 4 /8" /101 3,3PVM1 UV X x JU (/8) PVM1 UV KG/UD EF. x JU (/84) X X X / X x JU (/8) 4 3/8 4 40 10 1/" 0.3 4 /10 0,3 X X X / X 3/8 4 '' 1010 40 1/" 0.44 /1010 0,4 X X00 X / X00 00 8 3/8 00 4 8'' 40 10 1/" 0.784 /10 0,78 X X X / X 1" 3/8 4 1'' 101 40 1/" 1.1 4 /101 1,1 X X00 X X00 8" 1 004 /8 8'' 1013 10 /".3 /8" /1013 1,37 X X X X 1" 1 4 /8 1'' 10 10 /".84 /8" /10 1,8 X X X X 1" 1 4 /8 1'' 10 10 /" 1. 4 /8" /10, X X0 X X0 0 4 1 04 /8 101 10 /" 13.3 4 /8" /101 3,3 X PVM1 UV EF. UVM1 kg/m PS 3M 41 1 /8 /104 EF. 0,0 kg/m PS PS PVM1 UV KG/M PS 41 1 7/8'' /8 /10 104 0,13 0, PS / 104 0.0 PS 7/8'' 10 0,37 4/ x TP (/17) TPS 4 10 0.13 4 4/ x TP (17) x JU (/84) x JU (/8) GSP 70 UVM1 EF. PD / EF. /101 0,4 PVM1 UV PVM1 xuv x PD 1 0,0 4/ x -P (/17) EF. EF. 4 TX X PD TX TX X PVM1 UV KG/UD /1017 0,08 0, /1017 0, TX X X TX X 4 1017 '' 0. /1018 '' 0, /1018 0, TX X00 4/ X TX x TP X00 (17) 1018 00 8'' 0. /101 00 8'' 0,4 /101 0,4 TX X TX X X00 00 8 101 1'' 0.4 /101 1'' 0, /101 0, TX X00 00 8'' /10131 0, TX X00 X 1 101 00 8'' 0. /10131 0, TX X 1'' /1013 0,8 TX X X00 00 1 10131 1'' 0. /1013 0,8 TX X 1'' /10133 1,17 TX X X 1 1013 0.8 1'' /10133 1,17 TX X0 0 /10134 1,3 TX TX X0 X 1" 10133 0 1. /10134 1,3 TX X0 0 TX X0 10134 1.3 PVM1 UV TX X0 EF. TX X GSP 70 /1017 0, TX X EF. UVM1 '' /1018 0, TF X TX X00 3/8 /1013 EF. 00 0,0 8'' /101 0,4 x TF TF X X TX X 3/8 3/8 '' /10137 3 0,13 0,0 1'' /101 0, TF TF TF X00 X TX X00 PVM1 3/8 UV 3/8 00 KG/UD 8'' '' /10138 4 00 0, 0,10 8'' /10131 0, TF X TF X TF X00 TX / X 4 3 3/8 3/8 000.0 1'' /1013 8'' 0,1 0, 1'' /1013 0,8 TF X TF TF X00 X TX / X 4 3/8 00 0.13 8'' 1'' /100 0,4 0,13 1'' /10133 7 1,17 TF X00 TF X TX / X0 00 8 0. 0 /10134 1,3 TF X00 00 1'' /101 0,31 8'' 7 0,17 0 I 13 x TF X TF TF X X / 1" 0.1 1'' 1'' /10 8 0,40 0,0 TF X00 TF 00 TX 8" X0 TF X0 X 7 0 0.4 1'' /103 0, 0 I 13 0,3 TF X TF X0 1" 8 00.31 0, / x TP (/17) TF X 1" 0.40 TF X0/ x TP (17) 0 4 0. 41 + + 4, DD 1X8 8X8 0 4, 44 4, 0 I 1 L = 3 m (10 ft) L = 3 m (10 ft) VETIKALES GELENKSTÜK JU-A KIT JU JU PVM1 UV JU-A KIT PVM1 UV KG/UD EF. UVM1 JU 3/8 /84 JU-A / 313 0.1 EF. 0,0 JU JU-A JU 3 0. 3/8 /8 84 0,0 0,0 JU JU / x TP (/17) 8 0,0 4 JU 4/ x TP (/17) JU / x TP (17) JU 4/ x TP (17) -1 x8 x PI JU PI JU x8 0, 0, -1 - x - 37 37

A D 8 1 3 4 1 3 4 A D SG SG 0 SAUE TP 0 OIZONTALES GELENKSTÜK JU 0 0 40º º PVM1 UV 40º TA (kg) º TA (kg) PVM1 EF. UV SG JU 4 TA PVM1 (kg) 0 UV TA (kg) 4 KG/UD EF. / 0,1 SG SG JU 10, /1 0,7 4 / 084 4 0.0 / 0,1 SG SG 00 00 8 10 /13 0,34 JU 4 108, 0.0 /1 0,7 SG SG 00 00 8 1 10 1 /13 / 0,34 0,4 SG SG 4/8 1 1 1 0 0 / / 0,4 0, SG SG 0 0 1 4 0 1 0 0 / /1 0, 1,10 SG 0 0 4 1 0 /1 1,10 / x TP (/17) 0 0 1-8 x8 0, -1 1x PI JU 13x PI JU 1x 1x 13x + 13x 13x 1x 8x 8x 1x 1x 8x 13x 13x 13x 8x 1x 13x 1x 8x 8x TP PVM1 UV KG/UD 8x 8 0 70 170 13x 8x 1x TP- 17 0.40 33 + 8 0 70 170 SG /0 SG SG00 33 SG + SG /0 SG /0 / x TP (/17) 0 0 1 8 18 13x x87 + 37 1x SG 7 1 SG 1 8x 8x SG SG00 SG SG /0 ZENTAL GELENKSTÜK JU- TA PVM1 UV kg TA lb PVM1 EF. UV kg lb 84 EF. / 0,3 " 84 84 / /1 0,3 0, 00 00 " 8" 84 84 /1 / 0, 0,8 00 00 8" 1" 04 84 4 / /3 0,8 0,33 JU 1" 10 3,3 /4 0,38 1" PVM1 04UV4KG/UD /3 0,33 0 JU- - 0-1" 1877 10 3 1. /4 / 0,38 0,48 0 0 13 / 0,48 ---> : / x TP (/17) 4 ---> : / x TP (/17) 0 0 0 M8 + + 3 + + 3 Toda la información contenida en este documento es propiedad de ASO ELETI, S.A. Queda prohibida su reproducción total o parcial sin autorización.,3 17,,, +/-0. x 10x10 x 10x10 x Unión JU- -0 SP - KSG 3 Fecha: odigo plano: 0//018 Escala: 1:3 Autor: evisado por: Material: T.Montoro KSG KSG GSP 70 KG/UD KSG 178 0.1 /4 GSP 70 EF. KSG /178 0,1 PSG ---> KSG SG ~ ---> KSG 4 x i4 1 x T M10X 3 3 3 3 x 103 103 1 7 x 40x x 40x SG ~0 ---> KSG x T M10X x 1 7 SAUEN T T T PVM1 UV KG/UD T M10X 178 0. i4 EF. T M10X 17 /78 0, 17 M10x DIN31 M10 DIN3 M10x DIN31 M10 DIN3 10 10 1 1 0 I 17

JU- i4 EF. JU- 3/8 /3 0,13 JU- U-POFIL PSG-PSG /38 0, 4/ x TP (/17) PSG-PSG PVM1 UV KG/UD PSG M 1781. PSG 0 1783.0 8-0 40x 40x JU- 3, 3, TFSG PV 1 0. -8 0 000 JU-, 47, 0 0 SG KONSOLE SG SG SG 0 IK10-0 0 0 KONSOLE 0 40º 40º º º PVM1 PVM1 UV UV 40º º PVM1 UV SG TA TA (kg) (kg) TA PVM1UV TA (kg) (kg) EF. KG/UD EF. TA (kg) TA (kg) EF. SG SG SG 4 4 0 0 4 4 / / PVM1 0,1 0.1 0,1 UV SG SG 4 0 4 / 0,1 SG SG 10 " 10, 1, /1 /1 0.7 EF. 0,7 0,7 SG 10, /1 0,7 1x SG SG 00 00 8" 13 0.34 SG 00 00 TP- 00 00 8 8 10 10 /13 /13 /17 0,34 0,34 0,40 1x 13x 13x 1x SG 00 00 8 10 /13 0,34 8x SG SG 1" 0.4 13x SG 1 1 1 1 / / 0,4 8x 13 0,4 8x SG 1 1 / 0,4 SG SG 1" 0. SG 1 1 0 0 0 0 / / 0, 0, SG SG SG 0 0 1 0 1 0 1.10/ 0, SG 0 0 0 0 4 4 1 1 0 0 /1 /1 1,10 1,10 7 7 SG 0 0 4 1 0 /1 1,10 71 1 7 1 / 1 / x TP x TP (/17) (/17) SG SG / x TP (/17) SG + + + 1x 1x 13x 1x 13x 1x 13x 13x 13x 1x 1x 1x 8x 1x 13x 13x 8x 13x 8x 8x 1x 13x 8x 8x 8x 8x 13x 8x 1x 13x 1x 8x 8x 13x 8x 1x 8 8 0 0 70 170 70 170 8 0 70 33 170 + 33 + 33 SG /0 + SG /0 SG SG00 SG SG SG /0 SG SG00 SG SG /0 SG SG00 SG SG /0 TP 0 0 e Mod IK10- x x EF. EF. i4 KG/UD i31 KG/UD IK10- X 1, x /17340 0,03 /17347 0,03 IK10- X 1. x 17340 0.03 /17347 0.03 IK10- IK10- X X 1. x 1, 17341 x0.0 /17341 /1734,0.0 /17348 0,0 IK10- IK10- /x00 /X00 1. /x00 1, 1734 X00 & X00 0.07 /1734 /17340,070.07 /1734 0,07 IK10- IK10- /X 1. /x 1, X 17343 & X 0.0 /17343 /17,00.0 /173 0,0 IK10- IK10- X X x 1734 X 0.0 /1734 /17 0,00.0 /17 0,0 IK10- IK10- X0 X0 x0 1734 X0 0.4 /1734 /173 0,40.4 /173 0,4 IK10 3 x IK10- => 1 x T kg kg lb lb EF. EF. 84 84 / / 0,3 0,3 " " PVM1UV 84 84 /1 KG/UD /1 0, 0, 00 00 00 00 8" 8" 84 84 / 0.3 / 0,8 0,8 1" " 1" 04 1 04 4 4 /3 0. /3 0,33 0,33 00 00 1" 8" 1" 10 10 3 3 /4 0.8 /4 0,38 0,38 0 0 0 1" 3 0.33 0 13 13 / / 1" 4 0.38 0,48 0,48 ---> ---> : : / / x TP x TP (/17) (/17) 0 0 0 0 0.48 0 e Mod. i4 i31 1 1 TA TA PVM1 PVM1 UV UV 1 8 8 8 0 0 8 18 M8 + + + 3 + 3 x 10x10 x 10x10 8 PSG 0 I 7

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