Heil Quaker ICP 11201007003124 Sensor
The Heil Quaker ICP 11201007003124 Sensor is a critical OEM discharge temperature sensor designed for precision monitoring in high-performance HVAC systems. Built to withstand the rigorous thermal demands of the discharge line, this T5 temperature thermistor provides real-time data to the control board, allowing for accurate superheat calculations and compressor protection. Whether you are servicing a Carrier, Bryant, or Payne central condenser or a multizone ductless system, this factory-authorized part ensures the system operates within its engineered thermal envelope. The 41-inch lead length and 1-inch sensor tip allow for versatile routing and secure placement on the discharge pipe, facilitating an exact drop-in replacement for aged or failing sensors that trigger HVAC fault codes such as 1548. By delivering stable ohmic readings across a wide temperature range, the ICP 11201007003124 prevents the short cycling and inefficient cooling cycles commonly associated with malfunctioning discharge air temperature sensors.
Key Benefits- Precision Thermal Monitoring: Provides accurate NTC thermistor resistance to the main control board for optimal compressor management.
- OEM Compatibility: Specifically engineered as a direct replacement for Heil, Tempstar, and Comfortmaker units, as well as several Midea-manufactured specialized condensers.
- System Protection: Helps prevent catastrophic compressor failure by triggering safety shutdowns if discharge temperatures exceed safe operating limits.
- Industrial Build Quality: Features high-grade insulation and a durable sensor bulb designed to resist moisture buildup and vibration-induced fatigue.
How do I test if my 11201007003124 sensor is faulty?
A reliable diagnosis involves measuring the resistance in kilo-ohms with a multimeter after disconnecting the sensor from the PCB. Compare your readings against the manufacturer’s resistance-to-temperature chart; a reading of "open" or "shorted" indicates a failed thermistor.
Will this sensor resolve a system lockout?
If your diagnostic LED indicates a discharge temperature fault (T5 error), replacing the sensor often clears the lockout, provided the actual refrigerant temperatures are within normal ranges and the issue isn't a mechanical restriction.
Can I use this on different brands?
Yes, this ICP discharge sensor is frequently used across various brands within the Carrier family and compatible Midea-sourced inverter units. Always verify the part number against your specific model's service manual.
This item is not eligible for free shipping.
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.
Original: $10.62
-65%$10.62
$3.72Heil Quaker ICP 11201007003124 Sensor
The Heil Quaker ICP 11201007003124 Sensor is a critical OEM discharge temperature sensor designed for precision monitoring in high-performance HVAC systems. Built to withstand the rigorous thermal demands of the discharge line, this T5 temperature thermistor provides real-time data to the control board, allowing for accurate superheat calculations and compressor protection. Whether you are servicing a Carrier, Bryant, or Payne central condenser or a multizone ductless system, this factory-authorized part ensures the system operates within its engineered thermal envelope. The 41-inch lead length and 1-inch sensor tip allow for versatile routing and secure placement on the discharge pipe, facilitating an exact drop-in replacement for aged or failing sensors that trigger HVAC fault codes such as 1548. By delivering stable ohmic readings across a wide temperature range, the ICP 11201007003124 prevents the short cycling and inefficient cooling cycles commonly associated with malfunctioning discharge air temperature sensors.
Key Benefits- Precision Thermal Monitoring: Provides accurate NTC thermistor resistance to the main control board for optimal compressor management.
- OEM Compatibility: Specifically engineered as a direct replacement for Heil, Tempstar, and Comfortmaker units, as well as several Midea-manufactured specialized condensers.
- System Protection: Helps prevent catastrophic compressor failure by triggering safety shutdowns if discharge temperatures exceed safe operating limits.
- Industrial Build Quality: Features high-grade insulation and a durable sensor bulb designed to resist moisture buildup and vibration-induced fatigue.
How do I test if my 11201007003124 sensor is faulty?
A reliable diagnosis involves measuring the resistance in kilo-ohms with a multimeter after disconnecting the sensor from the PCB. Compare your readings against the manufacturer’s resistance-to-temperature chart; a reading of "open" or "shorted" indicates a failed thermistor.
Will this sensor resolve a system lockout?
If your diagnostic LED indicates a discharge temperature fault (T5 error), replacing the sensor often clears the lockout, provided the actual refrigerant temperatures are within normal ranges and the issue isn't a mechanical restriction.
Can I use this on different brands?
Yes, this ICP discharge sensor is frequently used across various brands within the Carrier family and compatible Midea-sourced inverter units. Always verify the part number against your specific model's service manual.
This item is not eligible for free shipping.
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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Description
The Heil Quaker ICP 11201007003124 Sensor is a critical OEM discharge temperature sensor designed for precision monitoring in high-performance HVAC systems. Built to withstand the rigorous thermal demands of the discharge line, this T5 temperature thermistor provides real-time data to the control board, allowing for accurate superheat calculations and compressor protection. Whether you are servicing a Carrier, Bryant, or Payne central condenser or a multizone ductless system, this factory-authorized part ensures the system operates within its engineered thermal envelope. The 41-inch lead length and 1-inch sensor tip allow for versatile routing and secure placement on the discharge pipe, facilitating an exact drop-in replacement for aged or failing sensors that trigger HVAC fault codes such as 1548. By delivering stable ohmic readings across a wide temperature range, the ICP 11201007003124 prevents the short cycling and inefficient cooling cycles commonly associated with malfunctioning discharge air temperature sensors.
Key Benefits- Precision Thermal Monitoring: Provides accurate NTC thermistor resistance to the main control board for optimal compressor management.
- OEM Compatibility: Specifically engineered as a direct replacement for Heil, Tempstar, and Comfortmaker units, as well as several Midea-manufactured specialized condensers.
- System Protection: Helps prevent catastrophic compressor failure by triggering safety shutdowns if discharge temperatures exceed safe operating limits.
- Industrial Build Quality: Features high-grade insulation and a durable sensor bulb designed to resist moisture buildup and vibration-induced fatigue.
How do I test if my 11201007003124 sensor is faulty?
A reliable diagnosis involves measuring the resistance in kilo-ohms with a multimeter after disconnecting the sensor from the PCB. Compare your readings against the manufacturer’s resistance-to-temperature chart; a reading of "open" or "shorted" indicates a failed thermistor.
Will this sensor resolve a system lockout?
If your diagnostic LED indicates a discharge temperature fault (T5 error), replacing the sensor often clears the lockout, provided the actual refrigerant temperatures are within normal ranges and the issue isn't a mechanical restriction.
Can I use this on different brands?
Yes, this ICP discharge sensor is frequently used across various brands within the Carrier family and compatible Midea-sourced inverter units. Always verify the part number against your specific model's service manual.
This item is not eligible for free shipping.
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.
