ZK4800-8022-0100 Beckhoff
Wake Industrial LLC is not an authorized distributor of this product.
The Beckhoff ZK4800-8022-0100 belongs to the ZK Motor Cables series and has a cable length of 10 meters with an outer diameter of 11.6 mm. It supports a power current of 14 Amps at 630 Volts AC/DC and features a minimum insulation resistance of 500 Megaohm·km. The cable is rated for a maximum of 5 million cycles with a top speed of 4 meters per second and offers a shield coverage of at least 85%.
Internal Product Review
The ZK4800-8022-0100 is a Beckhoff motor cable designed for clean power and feedback connectivity in dynamic servo applications. A 14 A current rating and 630 V AC/DC at Head A support confident integration in demanding machine builds. Service life is especially impressive, with a 5 million-cycle rating highlighting long-term flex performance.
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Product Description:
The ZK4800-8022-0100 is a flexible motor cable manufactured by Beckhoff as part of the ZK Motor Cables series. Designed for industrial automation, the product supplies drive power and brake signals between a servo drive and the attached motor while withstanding continuous movement in cable carriers. Its construction combines conductive cores, overall shielding, and an outer jacket to maintain signal integrity and mechanical reliability during repetitive motion, making it suitable for fast pick-and-place units, gantries, and packaging lines.
In this variant the cable is supplied in a 10.00 m length and has an overall diameter of 11.6 mm, giving installers a compact profile without compromising conductor size. The three power cores each provide a cross-section of 1.00 mm² and can carry up to 630 V AC/DC at 14 A from the drive to the motor. The design meets a system voltage rating of 600/1000 V and offers a mutual capacitance of 90 pF/m, parameters that minimize reactive current in long runs. Control pairs for encoder or sensor lines are implemented with AWG22 conductors. For fixed routing the bend radius may be 5 × OD, whereas in continuously moving chains the minimum is 7 × OD.
The brake circuit is realized by a dedicated conductor of 0.75 mm², allowing consistent release and holding functions without external wiring. A tinned-copper braid that covers ≥ 85 % of the circumference reduces electromagnetic interference, and the insulation system maintains ≥ 500 MΩ·km resistance to prevent leakage under high-voltage stress. Mechanical endurance reaches 5 million double strokes at speeds up to 4 m/s, while the nominal weight of 215 kg/km supports drag-chain motion without adding excessive mass. These characteristics align the cable with dynamic production cells that demand long service life and predictable electrical behavior.
