Amana-Goodman 0130P00096 Thermistor

The Amana-Goodman 0130P00096 Thermistor is a critical NTC (Negative Temperature Coefficient) sensor engineered specifically for monitoring discharge pipe temperature in split system condensers and heat pumps. This yellow-coded thermistor provides real-time thermal resistance feedback to the control board to prevent compressor overheating and liquid slugging. As the OEM discharge thermistor, it ensures high-accuracy resistance values (typically 10k ohms at 77°F) necessary for maintaining system equilibrium and operational safety. This part is the direct replacement for 20295708, designed for seamless physical and electrical integration into existing Goodman and Amana wiring harnesses. Field performance depends on precise temperature-to-voltage conversion, making this HVAC temperature sensor essential for diagnostic accuracy and refrigeration system protection. For technicians performing condenser troubleshooting, replacing a drifted or open-circuit sensor with this genuine component restores factory-spec compressor discharge monitoring and prevents nuisance high-limit tripping.

Key Benefits

• Direct OEM Compatibility: Verified 0130P00096 replacement for legacy part number 20295708, ensuring proper lead length and connector fitment.
• Accurate Thermal Feedback: Provides precise discharge line temperature data to the logic board for optimized subcooling and superheat management.
• High-Temperature Durability: Constructed to withstand the rigorous 150°F+ environments typical of high-pressure liquid and suction lines.
• System Safety: Acts as a primary failure-prevention component by signaling the system to throttle or shut down during excessive heat localized at the compressor.

Common Questions

What are the symptoms of a failing discharge thermistor?
Technicians often see "Open Thermistor" or "Short Circuit" fault codes on the control board. If the Amana-Goodman 0130P00096 Thermistor drifts out of calibration, it can cause premature compressor cycling or prevent the unit from initiating cooling or heating cycles due to inaccurate temperature readings.

How do I test the 0130P00096 for accuracy?
Using a multimeter set to the Ohms (Ω) scale, measure the resistance across the pins. Compare your reading against the Goodman thermistor resistance chart based on the current ambient temperature of the discharge line.

Will this work with older R-22 systems?
Compatibility is based on the control board's resistance requirements and the specific harness connector. Always verify the HVAC part number in the specific unit's parts manual to ensure the resistance curve matches the 10k or 20k ohm specifications of the board.

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.