112123-0025 Danaher
Wake Industrial LLC is not an authorized distributor of this product.
The Danaher 112123-0025 is a cable assembly from the Dynapar Encoder Cables series. It features a 6-pin MS female connector on the encoder side and flying leads on the non-encoder end. The cable uses 22AWG and 24AWG wire gauge and supports a differential line driver output interface.
Internal Product Review
The 112123-0025 is a Dynapar encoder cable assembly featuring an MS female encoder-side connector and flying leads. The differential line driver interface and 6-lead layout make the assembly a very practical choice for clean encoder feedback wiring.
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Product Description:
The 112123-0025 is a feedback cable assembly manufactured by Danaher and supplied under the Dynapar Encoder Cables series. As a dedicated interconnect between rotary or linear encoders and motion controllers, it routes differential position signals across machine frames and control enclosures. The cable maintains shielding integrity to protect feedback data from electrical interference generated by motors, drives, and other industrial equipment. Its connector matches the mating receptacle on compatible Dynapar sensors, simplifying installation in automated packaging lines, conveyors, robotic axes, and other motion-control systems.
At the encoder end, the cable terminates in a female MS connector that locks to the sensor housing and provides strain relief during continuous machine motion. Six individually insulated conductors provide a total of 6 leads, supporting the A, /A, B, /B, and power connections required by a quadrature encoder. Signal transmission uses a balanced differential line driver format, allowing complementary outputs to cancel common-mode noise along extended cable runs. The supply pair uses 22 AWG copper to limit voltage drop between the controller and encoder. The remaining signal channels use 24 AWG stranded conductors, which help keep the cable bundle flexible when routed through moving machinery or drag chains.
The controller end has flying leads, allowing the individual conductors to connect directly to screw terminals, solder cups, or compatible insulation-displacement connectors without an additional adapter. Encoder connections use a compact 6-pin layout, allowing the receiving electronics to follow the appropriate color and pin sequence during wiring. Direct conductor access also permits the cable to fit control panels that use different terminal arrangements or connector styles. The combination of a secured sensor-end connection and an unterminated controller end supports flexible routing between field-mounted feedback devices and enclosed control hardware. Proper termination of the conductors and cable shield helps maintain electrical continuity while reducing the possibility of signal errors in industrial automation equipment.
