ZK4500-0003-0080 Beckhoff
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The Beckhoff ZK4500-0003-0080 is a motor cable from the ZK Motor Cables series designed for fixed installation. It features an 8.00 meter length, M23 connector size, and copper bare conductors with PVC jacket material. The cable can handle up to 1000 V AC operating voltage and offers insulation resistance of at least 500 megaohms per kilometer.
Internal Product Review
The ZK4500-0003-0080 is a Beckhoff motor cable designed for fixed installation with an 8 m length. Copper bare conductors and a PVC jacket support dependable electrical performance and clean industrial integration. A 4000 V test voltage stands out as a strong indicator of build quality.
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Product Description:
The ZK4500-0003-0080 is a motor power and feedback cable produced by Beckhoff within the ZK Motor Cables series. It links servo drives to field-mounted motors and transmits both three-phase power and low-level sensor signals, ensuring coordinated motion in automation cells and machine tools. By integrating power conductors, signal pairs, and shielding in a single assembly, the cable simplifies routing inside drag-chain channels and control cabinets.
The cable is supplied in a fixed length of 8.00 m, allowing direct point-to-point installation without intermediate junctions. Its molded connector on the drive side uses the M23 interface, a common circular form that mates with Beckhoff servo amplifiers and maintains contact integrity under vibration. For power conductors, a cross-section of 1.50 mm² is used to balance current capacity with overall flexibility. Feedback and auxiliary lines use a 0.75 mm² conductor pair that supports encoder or brake circuits while minimizing bundle diameter. The assembly tolerates up to 1000 V AC between cores, which provides margin for transient overvoltage events. Bare copper conductors with PP insulation and a PVC outer jacket resist oils and common coolants, while the power wire resistance remains below 13.3 Ω/km to limit voltage drop.
The dielectric system delivers an insulation resistance of ≥ 500 MΩ·km, which helps limit leakage currents in long multi-axis runs. A tinned-copper braid and foil provide ≥ 85 % overall shield coverage so that switching noise from adjacent drives does not couple into encoder lines. The cable supports a dynamic tensile load of 20 N/mm² and a static limit of 50 N/mm². During high-potential testing, each conductor withstands 4000 V without breakdown, confirming adequate spacing and material performance. At 224 kg/km, the cable weight supports orderly routing while maintaining the stiffness needed for fixed installation.
