Fluid Temp Sensor Quick Disconnect Terminal Kit

The Fluid Temp Sensor Quick Disconnect Terminal Kit by RACEPAK is a precision electrical connector assembly engineered for high-temperature monitoring applications in performance and tactical vehicle systems. This temperature connector is designed for operators, technicians, and military personnel who require reliable, field-serviceable data acquisition in environments where thermal monitoring directly impacts operational safety and system integrity. The quick disconnect design eliminates the need for permanent soldering, enabling rapid installation, troubleshooting, and field replacement in mission-critical scenarios.

This terminal kit features a robust quick disconnect connector rated for fluid temperatures ranging from 0 to 300 degrees Fahrenheit, providing accurate thermal telemetry across a wide operational envelope. The quick disconnect mechanism ensures secure mating without signal loss, while the terminal configuration allows seamless integration with RACEPAK data logging and monitoring systems. The compact form factor—measuring 5.95 x 0.95 x 7.15 inches and weighing only 0.05 lbs—permits installation in space-constrained engine bays, fuel systems, and hydraulic lines where weight and clearance are critical concerns. The connector's robust design withstands vibration, thermal cycling, and harsh field conditions inherent to military vehicle operations.

Field service technicians, vehicle maintenance personnel, and performance system operators benefit most from this kit's rapid connectivity and repeatability. Installation requires no specialized crimping tools—simply insert the terminal into the quick disconnect housing and secure. The kit is compatible with RACEPAK fluid temperature sensor systems and integrates seamlessly into existing data acquisition platforms for real-time thermal monitoring. Ideal for law enforcement and military vehicle platforms requiring continuous engine and transmission temperature telemetry, this connector kit delivers the reliability and serviceability demanded in high-stakes operational environments.