Amana-Goodman 0130P00093 Thermistor

Amana-Goodman 0130P00093 Thermistor

Amana-Goodman

  • $14.64


The Amana-Goodman 0130P00093 Thermistor is a critical temperature-sensing component engineered for precise control in HVAC systems. Featuring a .375-inch clip and a distinctive blue lead identifier, this OEM thermistor monitors refrigerant or air temperatures to ensure optimal system performance and compressor protection. It is common to find this sensor integrated within various Goodman and Amana condensing units and heat pumps where accurate resistance feedback is essential for the control board to manage defrost cycles or discharge gas temperatures. As a direct replacement part, the 0130P00093 ensures electrical compatibility and mounting accuracy, preventing the common communication errors associated with generic sensors. For contractors performing HVAC troubleshooting or routine maintenance, utilizing this specific OEM thermistor replacement maintains the factory-specified calibration curve, ensuring the system operates within its designed thermal parameters and preventing unnecessary high-pressure trips or icing issues.

Key Benefits:
  • Precision Temperature Monitoring: Provides accurate resistance readings to the system control board for reliable operation.
  • Secure Mechanical Fastening: The integrated .375 clip ensures a firm thermal contact with copper tubing, eliminating vibration-induced signal noise.
  • OEM Compatibility: Designed specifically for Goodman and Amana heat pumps, ensuring the correct thermistor curve and connector seating.
  • Color-Coded Installation: Blue lead wiring allows for quick identification during complex wiring harness repairs.
Common Questions:
  • What symptoms indicate a failing 0130P00093 thermistor? Common failures involve erratic resistance readings leading to short-cycling or the unit failing to enter defrost mode properly.
  • Can I use a generic thermistor instead of the 0130P00093? Using non-OEM sensors can lead to incorrect temperature offset data, which may result in improper system logic execution and potential hardware damage.
  • Where is this sensor typically located? It is often clipped to the suction line or liquid line, depending on the specific model's diagnostic requirements.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.

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