York 025-40273-002 Temp Sensor
The York 025-40273-002 serves as the primary entering water temperature sensor for high-capacity chiller control systems. As a high-precision chiller thermistor, this component is essential for communicating real-time thermal data to the OptiView or MicroBoard panel, allowing for accurate staging and approach calculations. This HVAC sensor replacement is engineered to withstand constant immersion in chilled water or condenser loops, providing the low-drift performance required for industrial HVAC applications. When your diagnostics reveal a failed 10k ohm NTC probe, using these authentic HVAC control components ensures that the system maintains its intended design flow and operational setpoints. The rugged sensor head and thermal-conductive housing allow for immediate response to temperature fluctuations, which is vital for preventing evaporator freeze-ups. Properly functioning York chiller parts like the 025-40273-002 are the difference between a high-efficiency plant and one struggling with erratic head pressure or poor sequencing.
Key Benefits
- Precision Calibration: Matches the exact resistance-to-temperature curve required by York control software for 100% data accuracy.
- Direct Integration: Features the specific plug-and-play connector housing necessary for a secure, moisture-resistant electrical bond.
- Long-Term Stability: Designed with high-grade internal thermistor materials to minimize signal drift in high-vibration mechanical environments.
- Optimized Efficiency: Accurate entering H2O readings allow for tighter control of bypass valves and compressor loading.
Common Questions
What is the resistance value for the York 025-40273-002 at room temperature?
This is an NTC thermistor. At 77°F (25°C), you should see a resistance reading of approximately 10,000 ohms when tested with a standard multimeter.
Will this sensor resolve a 'Sensor Out of Range' fault on my York panel?
If the field wiring is intact and the thermistor has failed due to moisture ingress or thermal drift, replacing it with the 025-40273-002 will clear the fault and restore accurate temperature reporting.
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: $154.95
-65%$154.95
$54.23York 025-40273-002 Temp Sensor
The York 025-40273-002 serves as the primary entering water temperature sensor for high-capacity chiller control systems. As a high-precision chiller thermistor, this component is essential for communicating real-time thermal data to the OptiView or MicroBoard panel, allowing for accurate staging and approach calculations. This HVAC sensor replacement is engineered to withstand constant immersion in chilled water or condenser loops, providing the low-drift performance required for industrial HVAC applications. When your diagnostics reveal a failed 10k ohm NTC probe, using these authentic HVAC control components ensures that the system maintains its intended design flow and operational setpoints. The rugged sensor head and thermal-conductive housing allow for immediate response to temperature fluctuations, which is vital for preventing evaporator freeze-ups. Properly functioning York chiller parts like the 025-40273-002 are the difference between a high-efficiency plant and one struggling with erratic head pressure or poor sequencing.
Key Benefits
- Precision Calibration: Matches the exact resistance-to-temperature curve required by York control software for 100% data accuracy.
- Direct Integration: Features the specific plug-and-play connector housing necessary for a secure, moisture-resistant electrical bond.
- Long-Term Stability: Designed with high-grade internal thermistor materials to minimize signal drift in high-vibration mechanical environments.
- Optimized Efficiency: Accurate entering H2O readings allow for tighter control of bypass valves and compressor loading.
Common Questions
What is the resistance value for the York 025-40273-002 at room temperature?
This is an NTC thermistor. At 77°F (25°C), you should see a resistance reading of approximately 10,000 ohms when tested with a standard multimeter.
Will this sensor resolve a 'Sensor Out of Range' fault on my York panel?
If the field wiring is intact and the thermistor has failed due to moisture ingress or thermal drift, replacing it with the 025-40273-002 will clear the fault and restore accurate temperature reporting.
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 025-40273-002 serves as the primary entering water temperature sensor for high-capacity chiller control systems. As a high-precision chiller thermistor, this component is essential for communicating real-time thermal data to the OptiView or MicroBoard panel, allowing for accurate staging and approach calculations. This HVAC sensor replacement is engineered to withstand constant immersion in chilled water or condenser loops, providing the low-drift performance required for industrial HVAC applications. When your diagnostics reveal a failed 10k ohm NTC probe, using these authentic HVAC control components ensures that the system maintains its intended design flow and operational setpoints. The rugged sensor head and thermal-conductive housing allow for immediate response to temperature fluctuations, which is vital for preventing evaporator freeze-ups. Properly functioning York chiller parts like the 025-40273-002 are the difference between a high-efficiency plant and one struggling with erratic head pressure or poor sequencing.
Key Benefits
- Precision Calibration: Matches the exact resistance-to-temperature curve required by York control software for 100% data accuracy.
- Direct Integration: Features the specific plug-and-play connector housing necessary for a secure, moisture-resistant electrical bond.
- Long-Term Stability: Designed with high-grade internal thermistor materials to minimize signal drift in high-vibration mechanical environments.
- Optimized Efficiency: Accurate entering H2O readings allow for tighter control of bypass valves and compressor loading.
Common Questions
What is the resistance value for the York 025-40273-002 at room temperature?
This is an NTC thermistor. At 77°F (25°C), you should see a resistance reading of approximately 10,000 ohms when tested with a standard multimeter.
Will this sensor resolve a 'Sensor Out of Range' fault on my York panel?
If the field wiring is intact and the thermistor has failed due to moisture ingress or thermal drift, replacing it with the 025-40273-002 will clear the fault and restore accurate temperature reporting.
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.
