Reduce wiring complexity before it slows engineering, assembly, and service

As lifting equipment adds more operator features, sensors, interlocks, lighting, hydraulic or electric functions, cameras, telematics, and option packages, hardwired architecture grows one function at a time. That creates engineering burden, harness congestion, assembly variation, and more opportunities for wiring-related rework. HED helps OEMs simplify the machine architecture by using distributed I/O, CAN-based communication, rugged operator interfaces, and configurable control logic to reduce the amount of custom wiring required for each build.

  • Illustration of architecture of a lifting machine
    Simplified architecture reduces wiring complexity from engineering through final assembly.

    Reduce harness bulk, branch complexity, routing time, and connector count across lift platforms.

  • Move capability into configurable modules and software instead of adding more relays, switches, and point-to-point wiring.
  • Improve repeatability across cranes, telehandlers, lifts, forklifts, and machine variants with a more standardized control strategy.
  • Support configurable options without redesigning the entire harness or overbuilding every machine for every possible feature.
  • Reduce assembly errors and rework by making functions easier to connect, test, diagnose, and validate before shipment.

The bottom-line value for lifting equipment OEMs is practical: fewer wires to route, fewer connections to manage, less build variability, and a cleaner path to support more machine capability without dragging unnecessary electrical complexity into every platform.

 

Read More: Outdated systems don’t just limit capability—they increase cost at every stage

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