Wiring Harness - Full Sweep Temp.

The AutoMeter Wiring Harness for Full Sweep Electric Temperature gauges (model 5226) is a precision-engineered electrical harness designed to connect full-sweep temperature gauge instrumentation to factory or aftermarket wiring systems. This single harness unit simplifies the wiring integration process for users installing AutoMeter's full-sweep temperature monitoring solutions in vehicles requiring accurate, responsive thermal feedback.

AutoMeter's full-sweep gauges respond across a broader operating range than traditional step-style instruments, providing more granular temperature readouts during critical engine monitoring. The wiring harness is manufactured to OEM electrical standards and ensures proper signal transmission from the sender unit to the gauge cluster. The compact design—weighing just 0.14 lbs and measuring 5.75 × 0.9 × 7.75 inches—allows for clean installation in tight engine bay or dash spaces without requiring extensive modification or splicing. This harness eliminates the need for custom wiring, reducing installation time and potential points of electrical failure.

This harness is essential for builders, mechanics, and enthusiasts upgrading to full-sweep temperature monitoring on performance vehicles, hot rods, trucks, and off-road platforms. Applications include engine bay temperature management on modified engines, custom builds where original gauge clusters are replaced, and vehicles requiring auxiliary temperature monitoring for boost control tuning or coolant system diagnostics. OEM temperature senders and aftermarket sender units compatible with AutoMeter's electrical specifications will integrate seamlessly with this harness.

AutoMeter has established itself as a leader in precision automotive instrumentation, and their wiring solutions meet the same durability standards as their gauge products. The 5226 harness is a direct-fit solution for AutoMeter's full-sweep temperature gauge line, ensuring electrical compatibility and accurate sender-to-gauge signal transmission across all operating conditions.