ZK4500-0003-0010 Beckhoff
Wake Industrial LLC is not an authorized distributor of this product.
The Beckhoff ZK4500-0003-0010 is part of the ZK Motor Cables series and has a cable length of 1.00 meter with a copper bare conductor. It features a maximum operating voltage of 1000 V AC and a PVC jacket material. The cable offers insulation resistance of at least 500 megaohms per kilometer and a shielding coverage minimum of 85%.
Internal Product Review
The Beckhoff ZK4500-0003-0010 is a ZK motor cable built with bare copper conductors and a PVC jacket. A 1000 V AC operating rating and 85% minimum shielding coverage support dependable power transmission in demanding servo applications.
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Product Description:
The ZK4500-0003-0010 motor cable is produced by Beckhoff within the ZK Motor Cables series and serves as the power-and-signal link between a servo motor and its drive in an automated machine. By combining three power cores and auxiliary feedback pairs in one assembly, it streamlines installation while keeping electrical separation intact. An M23 plug is fitted on the drive side for quick coupling. The outer jacket is PVC for oil-resistant routing in drag chains, and the internal wire insulation is PP to reduce frictional heat.
This cable is supplied in a fixed length of 1.00 m; the short segment suits cabinet-to-motor connections where slack must be limited. Rated for up to 1000 V AC, the assembly can drive medium-power servo motors without exceeding dielectric limits. Its circular profile measures 11.7 mm in diameter, a size compatible with standard energy-chain separators. A braid and foil layer provides a minimum of 85% optical coverage to contain motor-side emissions and maintain EMC compliance. For moving-axis layouts, the conductors tolerate torsional movement of ±30 °/m, which is the maximum twist allowed during continuous robotic articulation. Power cores use bare copper with a cross-section of 1.50 mm², while the signal pairs measure 0.75 mm² to keep line resistance low without adding unnecessary bulk.
Mechanical pull forces are limited to 20 N/mm² during dynamic motion and 50 N/mm² when the cable is fixed, preventing strand deformation during installation and service. High-frequency endurance is verified with a dielectric test of 4000 V, and insulation integrity is backed by a minimum resistance of 500 MΩ·km. The design weight is 224 kg/km, so the 1 m piece adds only 224 g to a moving axis. Copper’s high conductivity supports rapid current transitions, while the PVC sheath and PP core insulation work together to block moisture ingress over the cable’s operating life.
