608557-0001 Danaher
Wake Industrial LLC is not an authorized distributor of this product.
The Danaher 608557-0001 is a cable from the Dynapar Encoder Cables series. It features a length of 1 meter, 24 AWG wire gauge, and supports temperatures from -40 to 80 degrees Celsius. The cable is male to male with M12 D-coded 4-pin connectors on both ends.
Internal Product Review
The 608557-0001 is a Dynapar encoder cable with male-to-male M12 D-coded connections and a 4-pin configuration. Technical execution looks well suited for dependable encoder interfacing, with 24 AWG conductors and a wire temperature range of -40 to 80 C.
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Product Description:
The 608557-0001 is a cable accessory supplied by Danaher as part of its Dynapar Encoder Cables series. It serves as the physical link between a shaft-mounted encoder and downstream control hardware, carrying differential position or speed signals through a shielded, machine-rated cord set. By matching the connector coding used on compatible feedback devices, the assembly supports quick installation in motion axes and compact sensor bays throughout industrial automation.
The cord set has a length of 1 m, allowing controller enclosures to be placed close to the sensing point while keeping cable routing compact. On the encoder side, an M12 D-coded male plug provides a keyed connection that helps prevent cross-mating with incompatible sockets. The cable has a male-to-male configuration, allowing it to run directly between compatible interfaces without gender changers. Four conductors inside the jacket terminate on gold-plated pins, and the 4-pole layout supports the required electrical connections within the compact connector body. Each conductor uses 24 AWG stranded wire, which supports the modest current requirements of optical or magnetic pickups while remaining flexible enough for routing through machine conduits.
The controller end uses a matching M12 D-coded male plug, providing the same keyed connection as the encoder end. The thermoplastic jacket remains pliable at temperatures as low as -40 °C, supporting cable routing in refrigerated machinery and other cold industrial locations. The cable can operate at temperatures up to 80 °C without exceeding its dielectric limits, making it suitable for warmer production areas. These operating limits cover a broad range of factory conditions, including refrigerated packaging lines and warm stamping cells. Shield continuity is maintained across both molded backshells, helping attenuate electromagnetic interference throughout the connection and protect signal integrity near motors, drives, and other electrically noisy equipment.
