| | | Technical data - Special TPE-E/FVC robot cable adapted to DIN VDE 0245, 0250, 0281, 0282 Temperature range flexing -40'-C to +80: C Nominal voltage up to 034 mm2 350 V 0,5 mm2 an greater 300/500 V Test voltage up t3D 0,5 mm2 1500 V 0,5 mm2 and greater 3000 V insulation resistance rnin. 20 MOhm x krn Max. torsion angle ±360 degrees/metre Mutual capacitance "signal cores) core/core approx. 100 nF/km core/screen approx. 120 nF/km Minimum bending radius approx 15x cable diameters | | |
| | | Cable structure - Tinned copper conductor, 19x0,32/ 1,5 mm2,19x0,102/0,15 mm2 - 4 stranded cores 1,5 mm2 Srr-ppn nf tinnprl rnpppr hraid. hlark TPE-E sheath -12 cores 0,15 mm2 stranded together Screen of tinned copper braid, black TPE-E sheath - 6 cores 0,15 mrn2 stranded in paired Screen of tinned copper braid, black TPE-E sheath - 10 stranded cores 0,15 mm2 Black 1PE-E sheath With tinned copper braid screen - over the 4 elements in parallel: FVC sheath, matt low adhesion, flame retar-dant, black | | Application These cables are specially designed for combined torsional and bending stresses. They are employed botn for power supply anil fnr thf» transmission nfrnntrnl and monitoring signals. Roboflex cables are used in assembly and welding robots, in handling and automation centres, in transport and conveyor equipment and on turntables and swivel tables. In other words anywhere where there is no defined cabl e routing with only alternating bending cycles in one plane, such as in energy supply chains, for example. Special characteristics: The smooth, very high quality core insulation, together with the special threading lay and the sliding wrapper ensure a long service life under combined bending and torsional stress. | | |