ZK4000-2210-2030 Beckhoff
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The Beckhoff ZK4000-2210-2030 is part of the ZK Motor Cables series and features a conductor arrangement of 4 x 2 x 0.25 mm² with a PUR jacket. This cable operates at voltages up to 300 V, has a minimum bending radius of 75 mm, and supports a maximum velocity of 120 meters per minute. It is rated for a maximum acceleration of 4 m/s² and can withstand 10 million cycles.
Internal Product Review
The ZK4000-2210-2030 is a Beckhoff motor cable built for dependable motion applications, with a PUR jacket and shield coverage of at least 85%. Continuous flex service looks strong thanks to a 10 million cycle rating and maximum acceleration of 4 m/s². Low capacitance of ≤120 pF/m supports stable signal integrity in demanding cable-track installations.
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Product Description:
The ZK4000-2210-2030 motor cable is produced by Beckhoff within the ZK Motor Cables series. It functions as the movable link between a servo drive and its motor in automated machinery, carrying power and feedback signals while withstanding repetitive carrier motion. By combining multiple twisted pairs with electromagnetic shielding and a polyurethane outer jacket, the cable supports precise positioning tasks in robots, pick-and-place units, packaging equipment, and other moving-axis machines where repeated flexing is expected.
The cable is rated for 300 V operation, giving headroom for typical three-phase motor circuits. Its conductor layout of 4 × 2 × 0.25 mm² uses four matched pairs that help balance current density and keep loop area low. A capacitance of ≤120 pF/m limits reactive loading on drive outputs, and insulation resistance of at least 5000 MΩ·km helps constrain leakage currents. Continuous electromagnetic protection comes from ≥85 % braid coverage, while the PUR jacket resists oil and abrasion. At a maximum travel speed of 120 m/min and an acceleration limit of 4 m/s², the cable can operate on fast gantry axes without excessive conductor strain. An overall diameter of 7.5 mm ±4 % allows routing through narrow drag-chain dividers, and static and dynamic tensile strengths of 50 and 20 N/mm² help with strain-relief planning.
For long duty cycles, the design endures 10 million bending cycles, which suits high-frequency production schedules. Installation flexibility is supported by a minimum bending radius of 75 mm, allowing short carrier loops without kinking. Insulation is verified at 1.5 kV RMS test voltage to confirm dielectric integrity. The permitted ambient range of 0 to 80 °C covers typical cabinet and machine environments, including enclosed spaces that see moderate heat during continuous motion.
