This 22-foot electric wheelchair lift wiring harness is designed specifically for Harmar wheelchair lift systems, serving as a direct replacement for the battery cable wire harness.

Constructed from durable, heavy-gauge copper wiring with weather-resistant PVC insulation, the harness ensures reliable power transmission and long-term performance in both indoor and outdoor environments. The wiring is pre-terminated with OEM-style connectors to facilitate a straightforward plug-and-play installation, reducing the need for complex splicing or soldering. The 22-foot length provides ample reach for various mounting configurations, allowing the harness to route cleanly from the battery to the lift motor without straining connections. The outer jacket is flexible yet robust, resisting abrasion, moisture, and temperature fluctuations commonly encountered in van or vehicle installations. Each connector is crimped and sealed to maintain a secure electrical contact, minimizing voltage drop and intermittent faults. This wiring harness supports the proper functioning of the lift’s raising, lowering, and safety mechanisms, ensuring consistent operation. The materials are chosen for longevity, with corrosion-resistant terminals and UV-stabilized insulation to withstand prolonged exposure. Suitable for both replacement and upgrade applications, this harness is compatible with multiple Harmar lift models. At a very affordable price point, it offers an economical solution for maintaining or restoring the electrical system of a wheelchair lift without compromising on quality. The harness does not include a battery or lift pump but provides the critical wiring link between them. Users should confirm the connector type and length requirements for their specific lift model before purchase. The product is sold as a standalone wiring assembly, packaged securely to prevent damage during shipping. For installers, the pre-stripped and tinned wire ends simplify termination if trimming is necessary.

This wiring harness balances practical length, reliable construction, and cost-effectiveness, making it a sensible choice for maintaining lift functionality.