4c copper rubber sheathed cable online manufacture

U-1000 R2V Cable Copper Conductor Unarmoured Xlpe Insulated Cable Application: U-1000 R2V cables can be used in all low voltage power installations. Multiconductors cables are adapted to remote control and ... Read More

3.5 Core Copper Cable XLPE/PVC Insulated Low Voltage Power Cables Applications: N2XY cross-linked polyethylene insulated power cable is specially used in industrial facilities and city network distribution, ... Read More

Al Conductor XLPE Insulated STA PVC Jacket NA2XBY Low Voltage Electrical Cable Specificaiton: Product name Low Voltage Electrical Cable Certifications CE/CCC/ISO Standard IEC60502-1 Rated Voltage 0.6/1 KV ... Read More

4 Core Al Conductor Armored 240 Mm NA2XBY Armoured Electrical Power Cable Application: Armored power cables are used for the power supply of low-voltage installation systems. They are suitable for installation ... Read More

70mm2 95mm2 120mm2 PVC Copper Cable Low Voltage Electrical Cable Wire Technical performance: 1. The maximum rated operating temperature of the cable conductor is 90; 2. When short-circuit (the longest duration ... Read More

Electricity Supply Copper Core XLPE Insulated PVC N2XY Low Voltage Cable Wire Application: N2XY cross-linked power cables are laid indoors, in tunnels, cable trenches and pipes, and can also be buried in loose ... Read More

5 Core Copper XLPE Insulated PVC N2XY Low Voltage Electrical Cable Requirements: Working temperature: The highest rated working temperature of conductor is 90 Conductor short-circuit temperature: the highest ... Read More

5 Core XLPE Insulation PVC Sheathed CU/XLPE/PVC Low Voltage Electrical Cable Application: N2XY low voltage electrical cables are suitable for AC 50Hz power and distribution lines with a rated voltage of 0.6/1kV... Read More

Copper XLPE Insulated LSZH Cable Low Smoke Zero Halogen Power Cable Technical characteristics: - Working voltage: 600/1000 V - Test voltage: 4000 V - Small bending radius: 15 x - Operating temperature during ... Read More