112860-0005 Danaher
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The Danaher 112860-0005 encoder cable is part of the Dynapar Encoder Cables series and features an M12 A-Coded connector on the encoder side, with 8 leads that are stripped and tinned on the other end. The cable is shielded, uses 24 AWG wire gauge, and is protected by shrink tubing.
Internal Product Review
The 112860-0005 is a Danaher Dynapar encoder cable built for dependable signal interfacing, featuring an M12 A-coded encoder-side connector and shielded construction. Stripped-and-tinned lead termination with 24 AWG conductors supports clean panel wiring and consistent installation quality. A strong choice for encoder applications requiring single-ended or differential output compatibility.
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Product Description:
The 112860-0005 cable is manufactured by Danaher as part of the Dynapar Encoder Cables series. It links a rotary or linear encoder to a drive or PLC input card, carrying both power and position signals in industrial automation equipment. By housing multiple conductors and a common shield in one assembly, the product simplifies installation, reduces panel wiring time, and maintains signal integrity in electrically noisy machine environments. The cable can serve incremental and absolute feedback devices, allowing encoder data to support closed-loop speed regulation, homing, and axis synchronization on automated production lines.
The encoder end terminates in an M12 A-coded plug, a keyed circular connector that maintains contact alignment and provides a secure connection in applications exposed to vibration. Inside the jacket are 8 leads, allowing incremental, commutation, and auxiliary channels to use separate conductors as required by the connected device. The conductors use 24 AWG stranded copper, balancing flexibility with the current-carrying capacity needed for typical 5 V or 12 V encoder electronics. Crosstalk and external electrical interference are reduced by a shielded braid wrapped around the conductor bundle and bonded to ground. The internal layout supports single-ended or differential signaling, allowing the cable to carry TTL-level outputs or RS-422 signal pairs according to the selected feedback device.
At the controller end, the cable is delivered with stripped and tinned conductors, allowing each conductor to be landed on a terminal block without additional preparation. A section of shrink tubing fits over the fan-out to create a compact strain-relief boot after the connection is secured. The controller interface uses discrete leads, so individual signals can be routed through field junctions or connected directly to compatible drive terminals without a proprietary backshell. This termination arrangement also permits the conductors to be organized according to the input assignments of the connected drive, PLC card, or signal-conditioning module. The combination of shielding, separate conductors, and flexible controller-side termination supports practical routing through control cabinets and machine wiring channels while preserving the required power and feedback paths.
