1-1/2 Dia Water Temp Gauge Silver 100-280

The EQUUS 1-1/2 Dia Water Temp Gauge Silver 100-280 is a precision electric water temperature instrument designed for engine monitoring across automotive and marine applications. This analog gauge reads coolant temperatures from 100 to 280 degrees Fahrenheit, providing real-time feedback essential for preventing overheating and detecting cooling system failures. The short sweep movement ensures rapid needle response to temperature changes, critical for drivers who need immediate awareness of engine thermal conditions.

The gauge features a 1-1/2 inch diameter white face with clear, legible markings optimized for dashboard visibility at a glance. Electric operation eliminates mechanical fluid lines and reduces installation complexity compared to mechanical gauges, while the compact 3.9 x 3.2 x 7.8 inch form factor accommodates custom gauge clusters and aftermarket dash applications. The silver housing finish integrates seamlessly with modern instrument panel designs. At just 0.55 pounds, installation adds minimal weight to the vehicle electrical system.

This gauge suits street-driven vehicles, classic car restorations, performance builds, and marine engine compartments where reliable temperature monitoring prevents catastrophic engine damage. The 8000 Performance Series positioning indicates compatibility with aftermarket performance setups where OEM instrumentation may lack precision or the desired visual integration. Owners of modified or vintage vehicles benefit from independent temperature sensing that operates independent of factory computer modules, offering diagnostic confidence for those maintaining non-stock or high-output engines.

Electric water temperature gauges represent the modern standard for aftermarket performance instrumentation, offering faster response than mechanical designs and easier integration into custom electrical systems. This EQUUS unit delivers the diagnostic accuracy enthusiasts and technicians rely on when tuning engines or troubleshooting thermal management issues.