ZK4510-0020-0070 Beckhoff
Wake Industrial LLC is not an authorized distributor of this product.
The ZK4510-0020-0070 is a standard linear guide made of high carbon steel with a block length of 70 mm. Manufactured by Beckhoff as part of the ZK Motor Cables series, it features a rail width of 20 mm and a mounting hole size of M5. This guide offers a static load capacity of 5900 N.
Internal Product Review
ZK4510-0020-0070 is a Beckhoff encoder cable. It connects linear servo motors to magnetic encoders. The cable provides a critical link for feedback transmission, which is essential for accurate motor control.
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Product Description:
ZK4510-0020-0070 is an encoder connection cable. The cable is very flexible and suited to drag-chain use. It is designed primarily to connect Beckhoff AL8000 series liner servomotors to a AL8200-000z-0000, which is a magnetic encoder system. At dead A of the cable is a female M23 plug with 17 pins. This connector is rated for 500 mating cycles and the plug is attached to the wire by crimping. At head B of the cable is a D-sub male socket with 15-pins. This socket is soldered to the wire. Operating voltage for the cable is 30 Volts. The cable cross section is 7 x 2 x 0.14 mm² + 2 x 0.5 mm². Jacket of the cable is made industrial grade polyurethane. The outer diameter of the cable is 7.6 millimeters with 0.3 millimeters tolerance.
The allows minimum bend radius for fixed installations is 4 times the output cable diameter. The cable is rated for maximum 10 million cycles. The color of the cable jacket is green. The maximum drag-chain length is 20 meters horizontal and 5 meters vertical. The ZK4510-0020-0070 cable is CSA listed and UL approved. Encoder cables play a critical role in industrial automation. Encoders are devices used to measure position, speed, direction, or rotation, and the cable is the physical link that ensures this data gets to where it is needed. Industrial environments have high electromagnetic interference (EMI) from motors, welding, etc. Encoder cables are usually shielded and twisted-pair to protect against EMI, preserve signal quality and avoid false readings or controller errors. Without properly specified encoder cables, the entire automation feedback loop can be compromised, leading to performance issues or machine errors
