112859-0020 Danaher
Wake Industrial LLC is not an authorized distributor of this product.
The Danaher 112859-0020 is a cable assembly from the Dynapar Encoder Cables series. It has an M12 A-coded encoder connector with 5 pins and 5 leads, and uses 22 AWG wire. The cable is rated for temperatures up to 105 degrees Celsius and is terminated with leads.
Internal Product Review
The 112859-0020 is a Danaher Dynapar encoder cable assembly with an M12 A-coded encoder connector and leads termination. A 5-pin, 22 AWG configuration supports clean encoder signal interfacing in control cabinets. The +105C wire rating makes the assembly a dependable choice for demanding thermal conditions.
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Product Description:
The 112859-0020 cable assembly from Danaher is supplied within the Dynapar Encoder Cables series. This product is an encoder feedback lead set intended to connect a rotary or linear position transducer to a drive or PLC interface in an industrial automation system. By maintaining signal integrity between the sensor and the control cabinet, it helps the motion controller receive accurate incremental or absolute position data for closed-loop speed and positioning tasks. The assembled design also reduces the amount of connector preparation required during installation.
The wiring harness is designated as a cable assembly, indicating that it arrives preterminated and jacketed for immediate installation. On the encoder side, it uses an M12 A-coded circular connector with a 5-pin layout and a keyed profile that helps prevent incorrect orientation during mating. The opposite end has lead wires, allowing direct connection to screw terminals or crimp blocks without extra adapters. The cable uses flexible 22 AWG stranded conductors that are suitable for low-level signal currents and routing through enclosed machine spaces. Its conductor insulation and outer sheath are heat stabilized for continuous operation at temperatures up to +105 °C, supporting installation near motors or other warm components. The jacket protects the internal wiring as the cable passes through a machine frame or control enclosure. Its flexible construction also allows the assembly to follow ordinary cable paths without placing excessive stress on the connector termination.
The cable pinout routes the encoder supply, common, channel A, channel B, and index signals through individual conductors in an arrangement used by many incremental feedback devices. This organized conductor layout reduces wiring errors and makes terminal identification more straightforward during installation and troubleshooting. The overmolded connector maintains consistent mating alignment and helps preserve the connection at the encoder interface. Its molded strain relief supports the cable where it enters the connector body, reducing concentrated bending at the termination point. The exposed leads at the opposite end can be separated as needed for the terminal spacing inside the connected drive, PLC module, or junction box.
