1400209-0020 Danaher
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The 1400209-0020 is an armored encoder cable manufactured by Danaher as part of the Dynapar Encoder Cables series. It features a length of 20 feet, a 6-pin MS female connector on the encoder side, and flying leads on the other end. The cable has a wire gauge of 22 AWG and supports single ended signals with 6 leads.
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Product Description:
The 1400209-0020 is an encoder interconnect cable produced by Danaher for the Dynapar Encoder Cables series. It links shaft-mounted feedback devices to motion controllers in industrial automation systems. The cable carries incremental or commutation signals between the encoder and the control equipment. Its protected construction supports routing along machine frames and through factory areas where exposed wiring could be damaged by surrounding equipment.
The cable uses a rugged armored jacket that protects its internal conductors from abrasion and crushing forces commonly encountered around machinery. Its total length is 20 ft, providing enough reach between a motor-mounted encoder and a nearby control cabinet without requiring an intermediate splice. The signal and power conductors have a size of 22 AWG, balancing flexibility with resistance to voltage drop over the cable run. A keyed and threaded 6-pin interface at the encoder end maintains secure engagement under vibration and helps prevent incorrect connector alignment. The cable uses single-ended transmission, so each signal channel references a common return conductor rather than a complementary differential signal. This arrangement supports compatible control inputs in applications where the surrounding electrical noise remains within acceptable limits.
The encoder end uses a sealed female MS connector that mates with a compatible military-style receptacle. Its threaded coupling helps prevent accidental disconnection when the cable is exposed to machine vibration or movement. The controller end terminates in stripped and tinned flying leads, allowing the individual conductors to connect directly to terminal blocks, solder cups, or another suitable control interface. The exposed terminations permit each conductor to be assigned to the required signal, power, and return terminals without an additional adapter. Tinned conductor ends resist strand separation during insertion and provide a prepared surface for soldered connections when the controller interface requires them.
