MasterPro Ignition 2 Terminal Engine Coolant Temperature Sensor - 2-1522
- Part #
- 2-1522
- Line:
- MPI
Product Information
- Warranty: 1 Year Limited Warranty
- Unit of Measure: Each
- UPC: # 195929241440
- Terminal Type: Blade
- Connector Gender: Female
- Connector Shape: Square
- Number Of Terminals: 2
Applications for this Product
- Select a vehicle to see vehicle applications.
Detailed Description
Engine Coolant Temperature Sensor;
The engine coolant temperature sensor is located anywhere within the engine cooling system and contains a thermistor that changes in resistance value as the thermistors ambient temperature changes. The engine coolant temperature sensor is a primary input to the engine computer for fuel injection pulse width, ignition timing, and other primary system operating control features
- Tin plated lead frame prevents corrosion and ensures a reliable terminal connection under adverse ambient conditions
- Lead frame terminal size and location determined using image dimension measuring system or 3D laser scanner
- Thermally conductive grease within the housing providing the most accurate temperature transfer from the engine to the thermistor
- Plated brass or aluminum housings to prevent housing corrosion, ensures effective heat distribution to thermal element, and ensure a secure and leak-free thread mount
- Plated brass or aluminum housings to prevent housing corrosion, ensures effective heat distribution to thermal element, and ensure a secure and leak-free thread mount.
Brand Information
- MasterPro is a line of Engine Management Components Consistent with O.E.M. Standards
- MasterPro is a leading supplier of Engine Management Components and has established relationships with Quality Certified Manufacturers around the world who all share an uncompromising pursuit for product excellence.
- Installers depend on MasterPro for consistent quality, competitive prices, and availability of difficult to source parts.
- Every item in the MasterPro program is tested to conform to original equipment form, fit, and function.