1400209-0005 Danaher
Wake Industrial LLC is not an authorized distributor of this product.
The Danaher 1400209-0005 is part of the Dynapar Encoder Cables series and features an armored construction with a length of 5 feet. It has a 6-pin MS female connector on the encoder side, flying leads on the non-encoder end, and uses 22 AWG wire gauge. The cable supports a single ended output and includes six leads and pins.
Internal Product Review
The 1400209-0005 is a Dynapar encoder cable with armored construction and an MS female encoder-side connector. Single-ended output and flying-lead termination support clean field integration and efficient replacement work. A very practical cable for encoder feedback service, with armored construction standing out as a key advantage.
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Product Description:
The 1400209-0005 is an encoder cable manufactured by Danaher within the Dynapar Encoder Cables series. This assembly forms the physical connection between a shaft encoder and a drive or PLC, carrying incremental position pulses and reference-marker signals into the motion control loop. It is intended for servo axes, conveyor encoders, and other automated systems that require reliable feedback transmission. The preterminated design reduces field wiring and helps maintain consistent signal connections in industrial machinery. Its compact configuration also suits installations where the encoder is located near the control enclosure or a local junction point.
The cable has a length of 5 ft and uses an armored jacket to protect the internal conductors against abrasion and crushing forces inside machine frames. This protective outer layer is useful where wiring may contact metal edges, moving assemblies, or nearby equipment during normal operation. The encoder end is fitted with a female MS connector that provides a secure mechanical and electrical connection to compatible feedback devices. Its 6-pin layout aligns with standard Dynapar connections for incremental encoder signals. The internal conductors use 22 AWG stranded copper, which provides flexibility for routing while maintaining low electrical resistance across the cable length. Stranded conductors also tolerate routine bending more effectively than solid wire when the cable is positioned around machine components.
At the control-enclosure end, the cable terminates in flying leads, allowing the individual conductors to connect directly to terminal blocks, solder cups, or compatible field-installed plugs. This termination style permits the cable to accommodate different controller input arrangements without requiring a fixed connector at both ends. The cable carries single-ended signals, so each encoder channel operates relative to a common electrical reference. This arrangement supports incremental A, B, and Z channels along with the required reference connections for compatible control hardware. Proper shielding practices and separation from motor power wiring can help protect the low-level feedback signals from electrical interference. The short cable run also limits resistance and signal degradation between the encoder and the receiving electronics.
