EU-CF 2014-03 Inhalt EU-CF-INHALT 2014-03 03.03.14 20:07 Seite 66 CF130.UL CF130.UL PVC PVC 7,5-10xd PVC Control cable CF130.UL Product improvement Class 4.3.1 (4 medium load requirements 3 travel distance up to 50 m 1 no oil-resistance) 7,5-10xd for medium load requirements Testing voltage 2000 V (following DIN VDE 0281-2). PVC outer jacket . CFRIP flame-retardant Flame-retardant According to IEC 60332-1-2, CEI 20-35, FT1, VW-1 -technology Silicon-free Free from silicon which can affect paint adhesion Strip cables 50% faster (following PV 3.10.7 status 1992). UL/CSA Style 10493 and 20200, 300 V, 60 C www.igus.eu/CFRIP NFPA Following NFPA 79-2012 chapter 12.9 Conductor Fine-wire stranded conductor consisting of bare copper wires (following EN 60228). CEI Following CEI 20-35 Core insulation Mechanically high-quality TPE mixture. CE Following 2006/95/EG Core stranding Number of cores < 12: cores stranded in a layer with short pitch length. Number of cores 12: cores combined in bundles and Lead free Following 2011/65/EC (RoHS-II) stranded together around a centre for high tensile stresses with adapted, short pitch lengths and pitch directions, especially low- Clean room According to ISO Class 1. Outer jacket material complies with CF130.15.07.UL, torsion structure. tested by IPA according to standard 14644-1 o 2 Core identification Cores < 0,5 mm : Colour code in accordance with DIN 47100 CTP Certified according to N C-DE.PB49.V.00396 2 Cores 0,5 mm : cores black with white numerals, one core o green-yellow EAC Certified according to N TC RU C-DE.ME77.B.00960 Outer jacket Low-adhesion mixture on the basis of PVC, adapted to suit the requirements in energy chains (following DIN VDE 0281 Part 5). Colour: Silver grey (similar to RAL 7001) New Guaranteed lifetime for this series according to thechainflex guarantee clu conditions Page 22-25 CFRIP Strip cables 50% faster The tear strip is in the outer jacket Double strokes* 5 million 7,5 million 10 million (starting from manufacturing date 5/2013). Temperature, Travel distance R min. factor x d R min. factor x d R min. factor x d Video www.igus.eu/CFRIP from/to C m < 10 m 10 m < 10 m 10 m < 10 m 10 m Bending radius moved < 10 m travel moved minimum 7,5 x d +5 / +15 10 12,5 11 13,5 12 14,5 10 m travel moved minimum 10 x d +15 / +60 50 7,5 10 8,5 11 9,5 12 fixed minimum 5 x d +60 / +70 10 12,5 11 13,5 12 14,5 Temperature moved +5 C to +70 C for use in energy chains * higher number of double strokes possible with > 50.000 cycles -5 C to +70 C following DIN EN 60811, Typical application area part 1-4 chapter 8.2 for medium load requirements fixed -20 C to +70 C without influence of oil v max. 3 m/s, 2 m/s preferably indoor applications unsupported/gliding freely suspended travel distances and up to 50 m for gliding applications 2 a max. 20 m/s Wood/stone processing, packaging industry, supply system, handling, adjusting equipment Travel distance Freely suspended travel distances and up to 50 m for gliding applications, Class 3 Torsion 90 , with 1 m cable length Nominal voltage Number of cores < 12: 300/500 V Number of cores < 12 (0,25-0,34): 300/300 V Number of cores 12: 300/300 V (following DIN VDE 0245). chainflex CF130.UL for woodworking. e-chain : E4/light 67 Image exemplary.EU-CF 2014-03 Inhalt EU-CF-INHALT 2014-03 03.03.14 20:07 Seite 68 CF130.UL CF130.UL PVC PVC 7,5-10xd PVC Control cable CF130.UL Class 4.3.1 (4 medium load requirements 3 travel distance up to 50 m 1 no oil-resistance) 7,5-10xd Strip cables 50% faster Image exemplary. Delivery program Number of cores and External Copper Weight Delivery program Number of cores and External Copper Weight Part No. conductor nominal diameter index kg/km Part No. conductor nominal diameter index kg/km 2 2 cross section mm max. mm kg/km cross section mm max. mm kg/km CF130.02.03.UL 3 x 0,25 5,0 9 25 CF130.15.02.UL 2 x 1,5 7,0 32 64 CF130.02.04.UL 4 x 0,25 5,5 11 29 CF130.15.03.UL 3 G 1,5 7,0 48 79 CF130.02.06.UL 6 x 0,25 6,0 17 49 CF130.15.04.UL 4 G 1,5 8,0 64 100 CF130.02.07.UL 7 x 0,25 6,5 20 47 CF130.15.05.UL 5 G 1,5 8,5 80 120 (17) CF130.02.12.UL 12 x 0,25 8,5 35 98 CF130.15.07.UL 7 G 1,5 9,5 111 160 CF130.02.20.UL 20 x 0,25 10,5 54 148 CF130.15.12.UL 12 G 1,5 13,0 191 287 CF130.02.25.UL 25 x 0,25 11,5 70 158 CF130.15.18.UL 18 G 1,5 17,5 286 484 CF130.02.30.UL 30 x 0,25 12,5 80 189 CF130.15.25.UL 25 G 1,5 19,5 396 617 (1) CF130.03.02.UL 2 x 0,34 5,0 8 26 CF130.15.36.UL 36 G 1,5 23,5 624 932 (1) CF130.03.05.UL 5 x 0,34 6,0 19 41 CF130.15.42.UL 42 G 1,5 26,5 729 1084 CF130.05.02.UL 2 x 0,5 5,5 11 38 CF130.25.03.UL 3 G 2,5 8,5 80 123 CF130.05.03.UL 3 G 0,5 5,5 17 40 CF130.25.04.UL 4 G 2,5 9,5 106 153 (17) CF130.05.04.UL 4 G 0,5 6,0 22 48 CF130.25.07.UL 7 G 2,5 12,0 185 261 CF130.05.05.UL 5 G 0,5 6,5 28 57 CF130.25.12.UL 12 G 2,5 17,5 317 530 CF130.05.07.UL 7 G 0,5 7,5 39 78 CF130.40.03.UL 3 G 4,0 10,0 127 196 CF130.05.12.UL 12 G 0,5 10,0 66 143 CF130.60.04.UL 4 G 6,0 13,5 254 387 CF130.05.18.UL 18 G 0,5 12,0 99 188 CF130.60.05.UL 5 G 6,0 14,5 319 491 2 2 CF130.05.25.UL 25 G 0,5 13,5 138 268 (17) Using the cables with7 G 1,5 mm and7 G 2,5 mm it is essential: bending radius 17 x d with travel distance 5 m. When the travel distance is not less than 5 m, a bending radius not less than 17 x d has to be used. CF130.07.02.UL 2 x 0,75 6,0 16 42 Note: The mentioned external diameters are maximum values and may tend toward lower tolerance limits. G = with green-yellow earth core x = without earth core CF130.07.03.UL 3 G 0,75 6,0 24 51 CF130.07.04.UL 4 G 0,75 6,5 32 59 CF130.07.05.UL 5 G 0,75 7,0 40 71 CF130.07.07.UL 7 G 0,75 8,0 56 98 CF130.07.12.UL 12 G 0,75 11,5 96 158 CF130.07.18.UL 18 G 0,75 13,5 143 235 CF130.07.25.UL 25 G 0,75 15,5 198 355 CF130.07.36.UL 36 G 0,75 18,5 313 550 (1) CF130.07.42.UL 42 G 0,75 21,0 365 632 CF130.10.02.UL 2 x 1,0 6,0 22 52 CF130.10.03.UL 3 G 1,0 6,5 32 62 CF130.10.04.UL 4 G 1,0 7,0 43 76 CF130.10.05.UL 5 G 1,0 7,5 53 92 CF130.10.07.UL 7 G 1,0 9,0 74 125 CF130.10.12.UL 12 G 1,0 12,0 127 206 CF130.10.18.UL 18 G 1,0 14,5 191 290 CF130.10.25.UL 25 G 1,0 17,0 264 411 (1) Delivery time upon inquiry Note: The mentioned external diameters are maximum values and may tend toward lower tolerance limits. G = with green-yellow earth core x = without earth core 68 69