ZK4500-0003-0150 Beckhoff
Wake Industrial LLC is not an authorized distributor of this product.
The Beckhoff ZK4500-0003-0150 is part of the ZK Motor Cables series and features a cable length of 15 meters. This cable has a conductor layout of 4x1.5 plus 2x(2x0.75) mm² and is equipped with an M23 8-pin female main connector. Its insulation is made from PP, the cable jacket uses PVC, and it supports an operating voltage of 1000 V AC.
Internal Product Review
The ZK4500-0003-0150 is a Beckhoff motor cable designed for dependable servo connectivity, featuring an M23 8-pin female main connector and 1000 V AC operating voltage. Shield coverage of at least 85% and insulation resistance of at least 500 MΩ·km support clean transmission and reliable industrial performance.
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Product Description:
The ZK4500-0003-0150 motor cable is manufactured by Beckhoff and belongs to the ZK Motor Cables series. Designed as the power and signal link between a servo amplifier and its synchronous motor, it combines power cores with twisted feedback pairs to maintain accurate position data in automated machinery. This arrangement keeps motor power and feedback lines in one outer sheath, which helps reduce cable clutter around the axis. An integrated M23, 8-pin female connector at the drive end allows direct connection to Beckhoff servo terminals, simplifying panel wiring in conveyor, packaging, and material-handling cells.
The cable is supplied in a total length of 15.0 m, and its conductor set uses a 4 x 1.5 mm² power group plus two double-twisted 0.75 mm² pairs for encoder signals. A polypropylene insulation system surrounds each conductor and is rated for an operating voltage of 1000 V AC, while the assembly withstands a dielectric test of 4000 V during high-voltage insulation testing. The round profile measures 11.7 mm across and is covered by a flame-retardant PVC jacket. An overall copper braid provides at least 85% shield coverage to limit electromagnetic interference. Insulation resistance remains at or above 500 MΩ·km, and the loop resistance of the power cores does not exceed 13.3 Ω/km, supporting stable drive currents across the full 15-meter run.
Mechanical durability is addressed through a dynamic tensile capacity of 20 N/mm² for moving cable carriers and a static limit of 50 N/mm² when clamped in place. For routing inside tight enclosures, the cable can flex to a minimum radius of 5 × the outer diameter, and it tolerates continuous torsion of ±30 °/m along multi-axis robots. At 224 kg/km, the weight supports suspended runs without excessive sag. The polypropylene insulation and PVC jacket also resist lubricant splash and ambient temperatures commonly found on factory floors.
