A                                          220 Shamrock St.         

          N                                          PINCOURT, QUEBEC,

                G                                         CANADA. J7V 3W4

          R                                         PH.  (514) 453-3848

          O                                        FAX  514-425-2404

          V                                e mail=info@rppdist.com

S A L E S     

 

HELUKABEL JB-500 Color Coded, Flexible
Technical Data -   Control cables, special PVC -   Requirements adapted to DIN VDE 0245, 0281, 0293, 0295 -   Temperature range Flexing                          - 5°C to +80°C Fixed installation         -40°C to +80°C -    Nominal voltage U0/U 300/500 V -    Test voltage 4000 V -    insulation resistance min. 20 MOhm x km -    Minimum bending radius for permanent approx. 7,5xcable Æ -   Radiation resistance up to 80x106 cJ/kg (up to 80 Mrad) -  The materials used in manufacture are    cadmium-free and contain no silicone and    free from substances harmful to the wetting    properties of lacquers. Cable structure -    Bare copper, fine wire conductors, according to DIN VDE 0295 cl. 5 and IEC 60228 cl. 5 -    Core insulation of special PVC Z7225 -  Core color coded as per JB/OB color code -    Green-yellow earth core in the outer layer (3 cores and above) -    Cores stranded in layers with optimal lay-length -    Outer sheath of special PVC, TM2 to DIN VDE 0281 part 1,  color gray -    Extensively oil resistant Chemical Resistance - see table Technical Information -    PVC self-extinguishing and flame retar dant, test method B according to VDE 0472 part 804 and IEC 60332-1 Application These cables are used for flexible use for medium mechanical stresses with free movement without tensile stress or forced movements in dry, moist and wet rooms but not suitable for open air, as measuring and control cables in tool machinery, conveyor belts, production lines, as well as in machinery production, in air-conditioning and steel production plants. The earth core is located immedi­ ately below the outer jacket. JB cables are suitable for use in all electrical equipment either in dry or damp areas. They should not, however, be installed in the open air.   *) Note     AWG sizes are approximate equivalent     values. The actual  cross-section is in mm2   C€ = The product is conformed with the EC Low-Voltage Directive 73/23/EEC and 93/68/EEC.
Part No. No. cores x cross-sec mm2 Outer Æ ca. mm Cop. weight kg /km Weight ca. kg/km AWG- no.*) 11001 OB 2x0,5* 4,8 9,6 40 20 11002 3G0,5* 5,1 14,4 46 20 11003 OB 3x0,5* 5,1 14,4 46 20 11004 4G0,5* 5,7 19,2 56 20 11005 OB 4x0,5* 5,7 19,2 56 20 11006 5G0,5* 6,2 24,0 65 20 11007 OB 5x0,5* 6,2 24,0 65 20 11008 6G0,5 6,7 29,0 75 20 11009 7G0,5 7,4 34,0 80 20 11010 OB 7x0,5 7,4 34,0 84 20 11011 8G0,5 8,0 38,0 97 20 11012 10G0,5 8,8 48,0 116 20 11013 12G0,5 9,1 58,0 135 20 11014 14G0,5 9,5 67,0 150 20 11015 16G0,5 10,0 77,0 172 20 11016 21G0,5 11,8 101,0 240 20 11017 24G0,5 12,8 128,0 265 20 11018 27G0,5 13,2 130,0 290 20 11019 30G0,5 13,5 144,0 310 20 11020 35G0,5 14,7 168,0 370 20 11021 40G0,5 15,8 192,0 434 20 11022 52G0,5 17,3 250,0 534 20             11026 OB 2x0,75* 5,2 14,4 46 18 11027 3G0,75* 5,5 21,6 54 18 11028 OB 3x0,75* 5,5 21,6 54 18 11029 4G0,75* 6,2 28,8 66 18 11030 OB 4x0,75* 6,2 28,8 66 18 11031 5G0,75* 6,8 36,0 80 18 11032 OB 5x0,75* 6,8 36,0 80 18 11033 6G0,75 7,5 43,2 99 18 11034 7G0,75 8,1 50,0 110 18 11035 OB 7x0,75 8,1 50,0 110 18 11036 8G0,75 8,9 58,0 130 18 11037 9G0,75 9,5 65,0 153 18 11038 10G0,75 9,6 72,0 162 18 11039 12G0,75 9,9 86,0 179 18 11040 15G0,75 11,2 108,0 218 18 11041 18G0,75 11,9 130,0 257 18 11042 21G0,75 13,5 151,0 320 18 11043 25G0,75 14,5 180,0 365 18 11044 32G0,75 15,6 230,0 455 18 11045 40G0,75 17,6 288,0 595 18 11046 50G0,75 19,8 360,0 699 18 * with VDE-Reg-Nr. PVC cables will be changed to lead free PVC successively. G=with green-yellow earth core X=without green-yellow earth core (OZ)	Part No. No. cores x cross-sec mm2 Outer Æ ca. mm Cop. weight kg /km Weight ca. kg /km AWG- no.*) 11050 OB 2x1* 5,5 19,2 60 17 11051 3G1* 6,0 27,0 72 17 11052 OB 3x1* 6,0 29,0 72 17 11053 4G1* 6,6 38,4 86 17 11054 OB 4x1* 6,6 38,4 86 17 11055 5G1* 7,2 48,0 104 17 11056 OB 5x1* 7,2 48,0 104 17 11057 6G1 8,0 58,0 125 17 11058 OB 6x1 8,0 58,0 125 17 11059 7G1 8,6 67,0 141 17 11060 OB 7x1 8,6 67,0 141 17 11061 8G1 9,4 77,0 175 17 11062 9G1 10,1 87,0 200 17 11063 10G1 10,4 96,0 207 17 11064 12G1 10,7 115,0 230 17 11065 14G1 11,3 134,0 271 17 11066 16G1 12,0 154,0 300 17 11067 18G1 12,7 173,0 343 17 11068 20G1 13,5 192,0 375 17 11069 24G1 14,7 230,0 468 17 11070 25G1 15,6 240,0 485 17 11071 34G1 17,4 326,0 650 17 11072 48G1 19,4 461,0 819 17 11073 56G1 21,5 538,0 920 17             11077 OB 2x1,5* 6,3 29,0 70 16 11078 3G1,5* 6,7 43,0 90 16 11079 OB 3x1,5* 6,7 43,0 90 16 11080 4G1,5* 7,3 58,0 109 16 11081 OB 4x1,5* 7,3 58,0 109 16 11082 5G1,5* 8,2 72,0 131 16 11083 OB 5x1,5* 8,2 72,0 131 16 11084 6G1,5 8,9 86,4 157 16 11085 7G1,5 9,8 101,0 184 16 11086 OB 7x1,5 9,8 101,0 184 16 11087 8G1,5 10,6 115,0 216 16 11088 11G1,5 12,1 158,0 300 16 11089 12G1,5 12,1 173,0 309 16 11090 14G1,5 12,9 202,0 345 16 11091 16G1,5 13,6 230,0 386 16 11092 18G1,5 14,5 259,0 440 16 11093 20G1,5 15,2 288,0 490 16 11094 2501,5 17,8 360,0 620 16 11095 32G1,5 19,1 461,0 790 16 11096 34G1,5 19,8 490,0 830 16 11097 42G1,5 21,4 605,0 1007 16 11098 50G1,5 23,7 720,0 '1250 16