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OW Power Cable OPD4X6, 4x6 mm², 450/750 V, copper conductor
OW Power Cable OPD4X6, 4x6 mm², 450/750 V, copper conductor
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OW Power Cable OPD4X6, 4x6 mm², 450/750 V, copper conductor
Leave your address - as soon as the price of the product goes down, you'll know about it right away
OW Power Cable OPD4X6, 4x6 mm², 450/750 V, copper conductor
OW Power Cable OPD4X6, 4x6 mm², 450/750 V, copper conductor
OW OPD4X6 is a four-core power cable with a conductor cross-section of 4x6 mm² and a rated voltage of 450/750 V. It is built with copper conductors and insulated for fixed installations and power distribution in residential, commercial and light-industrial settings. The cable is intended for indoor use and for protected outdoor runs where local installation regulations permit, and it supports connections to distribution boards, motors, lighting circuits and other fixed electrical installations.
The cable’s copper conductors provide reliable electrical conductivity and mechanical flexibility for typical installation tasks. Its 4x6 mm² cross-section offers a balance between current-carrying capacity and ease of handling during routing and termination. Rated for 450/750 V, the cable is suitable for common low-voltage distribution systems and complies with requirements for fixed wiring when installed according to applicable standards and local codes.
Plan the routing and secure appropriate cable lengths before starting the installation. Strip outer sheathing and individual core insulation only as required for connectors or terminal blocks, observing correct conductor identification and polarity. Terminate conductors in compatible lugs, terminals or distribution equipment rated for the conductor size. Ensure mechanical protection where the cable passes through walls, ducts or exposed areas and provide strain relief at connection points. Follow local electrical codes and standards during mounting, jointing and earthing procedures.
Use appropriate cable clips, conduits or trays to support the cable and avoid sharp bends that could damage the insulation. Verify current-carrying capacity and voltage drop for the planned installation, and apply suitable overcurrent protection and earthing according to local regulations.
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