York S1-031-09164-000 Sensor
The York S1-031-09164-000 Sensor is a precision-engineered 10K Ohm Type III thermistor specifically designed to monitor evaporator coil conditions during the defrost cycle. Featuring a 98-inch blue lead wire, this NTC (Negative Temperature Coefficient) sensor provides technical flexibility for varied cabinet routing, ensuring the thermal connection remains isolated from moisture-rich environments. As an authentic OEM component, it maintains the specific resistance-to-temperature curve required by York, Luxaire, and Coleman control boards to prevent excessive frost accumulation and optimize heat pump efficiency.
Field technicians rely on the S1-031-09164-000 defrost sensor for its accurate blue temp sensor calibration, which is critical for identifying termination setpoints. Failure to use the exact matching York HVAC replacement part can lead to short-cycling or "ice-up" scenarios if the resistance values drift outside the 10,000-ohm baseline at 77°F. Integrating this high-spec 98" temperature sensor into your maintenance routine ensures stable HVAC system performance and protects the compressor from liquid slugging during faulty defrost sequences.
Key Benefits for Contractors- Precise 10K Ohm Calibration: Delivers exact resistance feedback to the control board, ensuring accurate defrost initiation and termination.
- Extended 98-Inch Reach: The long blue lead allows for secure routing to the control box, keeping electrical connections dry and corrosion-free.
- OEM Compatibility: Guaranteed to match the voltage-drop parameters of York, Coleman, and Luxaire equipment, eliminating the guesswork of universal sensors.
- Environmental Protection: Encapsulated thermistor tip designed to withstand the rapid temperature swings and moisture of evaporator coil surfaces.
What is the resistance of the S1-031-09164-000 sensor?
This is a standard 10K Ohm Type III thermistor. At a reference temperature of 77°F (25°C), it should measure exactly 10,000 ohms. Higher temperatures will result in lower resistance readings.
Can I use this as a substitute for other York sensors?
While many York sensors share the 10K Ohm profile, the 98-inch length and specific blue jacket are designed for defrost applications. Always verify the part number against the unit’s data plate to ensure proper fitment and lead length.
How do I troubleshoot a suspected sensor failure?
Isolate the sensor from the board and use a multimeter to check resistance. Compare your reading against a standard 10K Type III chart for the current ambient temperature. If the circuit is open or shorted, replacement is required.
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: $197.80
-65%$197.80
$69.23York S1-031-09164-000 Sensor
The York S1-031-09164-000 Sensor is a precision-engineered 10K Ohm Type III thermistor specifically designed to monitor evaporator coil conditions during the defrost cycle. Featuring a 98-inch blue lead wire, this NTC (Negative Temperature Coefficient) sensor provides technical flexibility for varied cabinet routing, ensuring the thermal connection remains isolated from moisture-rich environments. As an authentic OEM component, it maintains the specific resistance-to-temperature curve required by York, Luxaire, and Coleman control boards to prevent excessive frost accumulation and optimize heat pump efficiency.
Field technicians rely on the S1-031-09164-000 defrost sensor for its accurate blue temp sensor calibration, which is critical for identifying termination setpoints. Failure to use the exact matching York HVAC replacement part can lead to short-cycling or "ice-up" scenarios if the resistance values drift outside the 10,000-ohm baseline at 77°F. Integrating this high-spec 98" temperature sensor into your maintenance routine ensures stable HVAC system performance and protects the compressor from liquid slugging during faulty defrost sequences.
Key Benefits for Contractors- Precise 10K Ohm Calibration: Delivers exact resistance feedback to the control board, ensuring accurate defrost initiation and termination.
- Extended 98-Inch Reach: The long blue lead allows for secure routing to the control box, keeping electrical connections dry and corrosion-free.
- OEM Compatibility: Guaranteed to match the voltage-drop parameters of York, Coleman, and Luxaire equipment, eliminating the guesswork of universal sensors.
- Environmental Protection: Encapsulated thermistor tip designed to withstand the rapid temperature swings and moisture of evaporator coil surfaces.
What is the resistance of the S1-031-09164-000 sensor?
This is a standard 10K Ohm Type III thermistor. At a reference temperature of 77°F (25°C), it should measure exactly 10,000 ohms. Higher temperatures will result in lower resistance readings.
Can I use this as a substitute for other York sensors?
While many York sensors share the 10K Ohm profile, the 98-inch length and specific blue jacket are designed for defrost applications. Always verify the part number against the unit’s data plate to ensure proper fitment and lead length.
How do I troubleshoot a suspected sensor failure?
Isolate the sensor from the board and use a multimeter to check resistance. Compare your reading against a standard 10K Type III chart for the current ambient temperature. If the circuit is open or shorted, replacement is required.
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.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The York S1-031-09164-000 Sensor is a precision-engineered 10K Ohm Type III thermistor specifically designed to monitor evaporator coil conditions during the defrost cycle. Featuring a 98-inch blue lead wire, this NTC (Negative Temperature Coefficient) sensor provides technical flexibility for varied cabinet routing, ensuring the thermal connection remains isolated from moisture-rich environments. As an authentic OEM component, it maintains the specific resistance-to-temperature curve required by York, Luxaire, and Coleman control boards to prevent excessive frost accumulation and optimize heat pump efficiency.
Field technicians rely on the S1-031-09164-000 defrost sensor for its accurate blue temp sensor calibration, which is critical for identifying termination setpoints. Failure to use the exact matching York HVAC replacement part can lead to short-cycling or "ice-up" scenarios if the resistance values drift outside the 10,000-ohm baseline at 77°F. Integrating this high-spec 98" temperature sensor into your maintenance routine ensures stable HVAC system performance and protects the compressor from liquid slugging during faulty defrost sequences.
Key Benefits for Contractors- Precise 10K Ohm Calibration: Delivers exact resistance feedback to the control board, ensuring accurate defrost initiation and termination.
- Extended 98-Inch Reach: The long blue lead allows for secure routing to the control box, keeping electrical connections dry and corrosion-free.
- OEM Compatibility: Guaranteed to match the voltage-drop parameters of York, Coleman, and Luxaire equipment, eliminating the guesswork of universal sensors.
- Environmental Protection: Encapsulated thermistor tip designed to withstand the rapid temperature swings and moisture of evaporator coil surfaces.
What is the resistance of the S1-031-09164-000 sensor?
This is a standard 10K Ohm Type III thermistor. At a reference temperature of 77°F (25°C), it should measure exactly 10,000 ohms. Higher temperatures will result in lower resistance readings.
Can I use this as a substitute for other York sensors?
While many York sensors share the 10K Ohm profile, the 98-inch length and specific blue jacket are designed for defrost applications. Always verify the part number against the unit’s data plate to ensure proper fitment and lead length.
How do I troubleshoot a suspected sensor failure?
Isolate the sensor from the board and use a multimeter to check resistance. Compare your reading against a standard 10K Type III chart for the current ambient temperature. If the circuit is open or shorted, replacement is required.
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.
