EU-CF 2014-03 Inhalt EU-CF-INHALT 2014-03 03.03.14 20:08 Seite 92 CF78.UL CF78.UL PUR PUR 6,8-7,5xd PUR Control cable CF78.UL Class 5.4.3 (5 high load requirements 4 travel distance up to 100 m 3 oil-resistant) 6,8-7,5xd for high load requirements Oil Oil-resistant (following DIN EN 50363-10-2), Class 3. PUR outer jacket shielded Offshore MUD-resistant following NEK 606 status 2009. oil-resistant and coolant-resistant flame-retardant Flame-retardant According to IEC 60332-1-2, CEI 20-35, FT1, VW-1 notch-resistant PVC-free/halogen-free Silicon-free Free from silicon which can affect paint adhesion (following PV 3.10.7 status 1992). Halogen-free Following EN 50267-2-1 Conductor Fine-wire stranded conductor consisting of bare copper wires 2 (following EN 60228). UL/CSA < 0,5 mm : Style 10493 and 20233, 300 V, 80 C 2 Core insulation Mechanically high-quality TPE mixture. 0,5 mm : Style 11323 and 21223, 1000 V, 80 C NFPA Following NFPA 79-2012 chapter 12.9 Core stranding Number of cores < 12: cores stranded in a layer with short pitch length. Number of cores 12: cores combined in bundles and CEI Following CEI 20-35 stranded together around a centre for high tensile stresses with adapted, short pitch lengths and pitch directions, especially low- CE Following 2006/95/EG torsion structure. 2 Core identification Cores < 0,5 mm : Colour code in accordance with DIN 47100 Lead free Following 2011/65/EC (RoHS-II) 2 Cores 0,5 mm : cores black with white numerals, one core green-yellow Clean room According to ISO Class 1. Outer jacket material complies with CF77.UL.05.12.D, Inner jacket PUR mixture adapted to suit the requirements in energy chains . tested by IPA according to standard 14644-1 o CTP Certified according to N C-DE.PB49.V.00396 Overall shield Bending-resistant braiding made of tinned copper wires. o Coverage approx. 55% linear, approx. 80% optical. EAC Certified according to N TC RU C-DE.ME77.B.00960 Outer jacket Low-adhesion, highly abrasion-resistant mixture on the basis of PUR, adapted to suit the requirements in energy chains (following DIN VDE 0282 Part 10). New Guaranteed lifetime for this series according to thechainflex guarantee clu conditions Page 22-25 Colour: Window grey (similar to RAL 7040) Double strokes* 5 million 7,5 million 10 million Bending radius moved < 10 m travel moved minimum 6,8 x d Temperature, Travel distance R min. factor x d R min. factor x d R min. factor x d 10 m travel moved minimum 7,5 x d from/to C m < 10 m 10 m < 10 m 10 m < 10 m 10 m fixed minimum 4 x d -35 / -25 8,5 10 9,5 11 10,5 12 Temperature moved -35 C to +80 C -25 / +70 100 6,8 7,5 7,5 8,5 8,5 9,5 fixed -40 C to +80 C +70 / +80 7,5 7,5 9,5 11 10,5 12 v max. 10 m/s, 5 m/s * higher number of double strokes possible unsupported/gliding 2 a max. 80 m/s Typical application area for high load requirements Travel distance Freely suspended travel distances and up to 100 m for gliding almost unlimited resistance to oil applications, Class 4 indoor and outdoor applications with average sun radiation UV-resistant Medium freely suspended travel distances and up to 100 m for gliding applications Machining units/machine tools, storage and retrieval units for high-bay warehouses, packaging industry, quick Nominal voltage Number of cores < 12: 300/500 V handling, refrigerating sector Number of cores < 12 (0,25-0,34): 300/300 V Number of cores 12: 300/300 V (following DIN VDE 0245) Testing voltage 2000 V (following DIN VDE 0281-2). 93 Image exemplary.EU-CF 2014-03 Inhalt EU-CF-INHALT 2014-03 03.03.14 20:08 Seite 94 CF78.UL CF78.UL PUR PUR 6,8-7,5xd PUR Control cable CF78.UL Class 5.4.3 (5 high load requirements 4 travel distance up to 100 m 3 oil-resistant) 6,8-7,5xd Image exemplary. Delivery program Number of cores and External Copper Weight Part No. conductor nominal diameter index kg/km 2 cross section mm max. mm kg/km CF78.UL.05.04 (4 G 0,5)C 8,0 40 79 CF78.UL.05.05 (5 G 0,5)C 8,5 48 94 CF78.UL.05.07 (7 G 0,5)C 9,5 62 123 CF78.UL.05.09 (9 G 0,5)C 11,0 81 148 CF78.UL.05.12 (12 G 0,5)C 12,5 97 207 CF78.UL.05.18 (18 G 0,5)C 14,0 156 257 CF78.UL.05.25 (25 G 0,5)C 16,0 180 366 CF78.UL.07.03 (3 G 0,75)C 8,0 44 79 CF78.UL.07.04 (4 G 0,75)C 8,5 52 99 CF78.UL.07.05 (5 G 0,75)C 9,5 64 108 CF78.UL.07.07 (7 G 0,75)C 10,5 87 146 CF78.UL.07.12 (12 G 0,75)C 13,5 145 252 CF78.UL.07.18 (18 G 0,75)C 16,0 207 367 CF78.UL.07.36 (36 G 0,75)C 21,5 416 728 CF78.UL.07.42 (42 G 0,75)C 23,5 489 800 CF78.UL.10.03 (3 G 1,0)C 8,5 53 90 CF78.UL.10.04 (4 G 1,0)C 9,0 65 107 CF78.UL.10.05 (5 G 1,0)C 9,5 78 124 CF78.UL.10.07 (7 G 1,0)C 11,0 110 170 CF78.UL.10.12 (12 G 1,0)C 14,5 178 307 CF78.UL.10.18 (18 G 1,0)C 17,0 256 424 CF78.UL.10.25 (25 G 1,0)C 19,5 347 567 CF78.UL.15.03 (3 G 1,5)C 9,5 72 133 CF78.UL.15.04 (4 G 1,5)C 10,0 90 139 CF78.UL.15.05 (5 G 1,5)C 10,5 115 166 CF78.UL.15.07 (7 G 1,5)C 12,5 153 226 CF78.UL.15.12 (12 G 1,5)C 16,5 249 403 CF78.UL.15.18 (18 G 1,5)C 19,0 368 564 CF78.UL.15.25 (25 G 1,5)C 22,5 495 755 CF78.UL.15.36 (36 G 1,5)C 26,5 715 1147 CF78.UL.15.42 (42 G 1,5)C 29,5 884 1360 CF78.UL.25.04 (4 G 2,5)C 11,5 148 212 CF78.UL.25.05 (5 G 2,5)C 12,5 177 247 CF78.UL.25.07 (7 G 2,5)C 14,5 245 350 CF78.UL.40.04 (4 G 4,0)C 14,0 217 342 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 94 95