608556-0100 Danaher
Wake Industrial LLC is not an authorized distributor of this product.
The Danaher 608556-0100 is a cable assembly from the Dynapar Encoder Cables series with a total length of 100 meters and a wire gauge of 24 AWG. It features an M12 A-coded female encoder-side connector, flying leads on the non-encoder end, and operates in a temperature range from -40 to +80 degrees Celsius.
Internal Product Review
The 608556-0100 is a Danaher Dynapar encoder cable assembly built with an M12 A-coded female encoder-side connector and flying leads at the non-encoder end. A 4-lead layout with 24 AWG conductors supports clean encoder integration and straightforward field termination. A wire temperature range from -40 C to +80 C makes the assembly a strong choice for demanding industrial service.
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Product Description:
The 608556-0100 belongs to the Dynapar Encoder Cables series produced by Danaher. It is supplied as an interconnect that links incremental or absolute encoders to motion controllers within automated machinery. By matching the pinout of common M12 encoder sockets to open conductor ends, the cable allows position feedback signals to travel through a single shielded run instead of requiring individual wires to be crimped in the field. This arrangement reduces assembly time and helps prevent wiring errors in control panels.
The product is a cable assembly, so the conductors, insulation, and molded connector arrive terminated and ready for installation. A total length of 100 meters supports long conveyor or gantry axes without intermediate junctions. The encoder side terminates in an M12 A-coded female plug that threads directly onto a corresponding sensor connection. The jacket contains 4 leads, and each lead is rated for continuous operation at temperatures up to +80 °C. The minimum operating temperature is -40 °C, permitting use in freezers and other cold industrial settings. These temperature limits establish the operating range of the insulation and shielding system, while the molded strain relief protects the cable near the connector during movement.
The controller end is supplied with flying leads, allowing the conductors to connect to screw terminals, solder cups, or splice blocks as required. Signal mapping remains direct because the circular connector has 4 pins that correspond to the individual conductors. Each conductor is made from tinned copper and sized at 24 AWG. This wire size balances voltage drop across the cable’s long run with the flexibility needed for routing through machinery and control cabinets. The open lead format permits the controller-side conductors to be cut, stripped, and arranged for the selected terminal layout without adding another connector. Shielding helps protect encoder signals from electrical noise generated by nearby motors, drives, and switching equipment.
