1973 Buick Apollo Coolant Temperature Sensors

Your 1973 Buick Apollo might be the best vehicle you’ve ever owned. Or you may just be struggling to keep it highway-approved. No matter the situation, Advance Auto Parts has the Coolant Temperature Sensors you desperately need.

We currently carry 1 Coolant Temperature Sensors to choose from for your 1973 Buick Apollo, and our inventory prices range from as little as $22.79.

On top of low prices, Advance Auto Parts offers 1 different trusted brands of Coolant Temperature Sensors for the 1973 Buick Apollo. We only sell parts from trusted brands like Carquest Premium so that you can find quality parts you can count on.

Have parts delivered straight to your home, or find the nearest Advance Auto Parts store to check out our Coolant Temperature Sensors stock in-person!

Coolant Temperature Sensors for Your 1973 Buick Apollo

Carquest Premium – Engine Coolant Temperature Switch (Part No.WTA1229)

Engine Coolant Temperature Switch

from

$22.79
The engine coolant temperature sender, not to be confused with 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 sender is fed 12 volts and is typically used in conjunction with a gauge in the instrument cluster to provide a visual representation of the engine coolant temperature condition.

Product 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.
  • Computer-Aided Design (CAD), laser scanning and 3D printing – utilizing Fused Deposition Modeling (FDM) and Stereolithography (SLA) – in the connector terminal design process ensures speed-to-market and a precise connector fit guaranteed.
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