COOLANT TEMPERATURE SENSOR 3/8NPT (CTS)

Description

Maintaining accurate coolant temperature readings is critical for engine efficiency and longevity. This coolant temperature sensor with a 3/8 NPT thread delivers reliable data to your vehicle’s electronic injection and fuel system, enabling optimal engine management and preventing costly overheating damage.

The sensor’s 3/8 NPT threading ensures a tight, leak-proof connection, enhancing durability and installation reliability under high-temperature conditions. It interfaces seamlessly with electronic injection systems and fuel management modules, providing precise temperature feedback essential for fuel mixture adjustments and ignition timing.

Manufactured by Fast, a recognized brand in automotive sensors, this sensor weighs just 0.05 kg, minimizing added load on engine components. Its slim profile—11 cm long, 9 cm wide, and 2 cm thick—allows it to fit in constrained engine bays without requiring extensive modifications.

Constructed from robust materials designed to withstand thermal cycling and coolant exposure, the sensor maintains consistent performance over time. The compact dimensions and secure 3/8 NPT mounting make it compatible with a wide range of engines and electronic injection setups.

This sensor plays a crucial role in preventing engine overheating by providing accurate coolant temperature data, which enables the engine control unit to adjust fuel delivery and ignition timing precisely. This results in improved fuel efficiency, reduced emissions, and extended engine life.

Investing in this coolant temperature sensor ensures your engine operates within safe temperature limits, maintaining performance and protecting vital components. Its specific threading, size, and weight specifications guarantee compatibility and durability unique to this model, setting it apart from generic sensors.

Choose this sensor to enhance your engine’s temperature monitoring capabilities with a reliable, industry-standard component engineered for precision and long-term stability.