
York S1-6150269 Circuit Board
The York S1-6150269 Circuit Board is a critical OEM replacement component engineered for integrated control within specific York, Luxaire, and Coleman residential gas furnaces and air handlers. As a direct successor to part number S1-031-03674-040, this integrated furnace control board manages essential system sequences including inducer motor timing, hot surface ignition (HSI) cycles, and blower motor speeds. This HVAC circuit board is designed to utilize standard 24V inputs and 120V line voltage outputs, ensuring seamless communication between the thermostat and system hardware. For field service technicians, this board facilitates efficient troubleshooting through onboard LED status indicators that provide real-time diagnostic flash codes. Replacing a faulty OEM HVAC control board with the S1-6150269 ensures precise flame rectification monitoring and safety limit circuit oversight, restoring factory-standard operation to the heating system while maintaining compatibility with existing furnace replacement parts and wiring harnesses.
Key Benefits- Direct OEM Compatibility: Engineered as the precise drop-in replacement for the S1-031-03674-040, eliminating the need for wiring modifications or bracket adjustments in the field.
- Advanced Diagnostics: Features onboard LED indicators that communicate specific system faults, significantly reducing HVAC troubleshooting time during service calls.
- Integrated Logic Control: Manages complex sequences including precycle and postcycle timings, ensuring reliable ignition and optimal thermal exchange.
- High-Durability Construction: Built with industrial-grade traces and components to withstand the high-temperature environments typical of furnace vestibules.
Is the S1-6150269 compatible with my existing wiring?
Yes, this York furnace board is designed to interface with the original multi-pin connectors and spade terminals found on the S1-031-03674-040, making it a plug-and-play solution for compatible York units.
What do the LED blink patterns on this board indicate?
The diagnostic flash codes provided by the LED correspond to specific fault conditions such as pressure switch failures, limit circuit trips, or flame sense issues, allowing for rapid identification of the root cause.
Does this board control the blower motor speeds?
Yes, the York S1-6150269 manages both the inducer fan and the multi-speed blower motor, coordinating air movement based on the demand from the 24V thermostat signal.
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: $627.22
-65%$627.22
$219.53York S1-6150269 Circuit Board
The York S1-6150269 Circuit Board is a critical OEM replacement component engineered for integrated control within specific York, Luxaire, and Coleman residential gas furnaces and air handlers. As a direct successor to part number S1-031-03674-040, this integrated furnace control board manages essential system sequences including inducer motor timing, hot surface ignition (HSI) cycles, and blower motor speeds. This HVAC circuit board is designed to utilize standard 24V inputs and 120V line voltage outputs, ensuring seamless communication between the thermostat and system hardware. For field service technicians, this board facilitates efficient troubleshooting through onboard LED status indicators that provide real-time diagnostic flash codes. Replacing a faulty OEM HVAC control board with the S1-6150269 ensures precise flame rectification monitoring and safety limit circuit oversight, restoring factory-standard operation to the heating system while maintaining compatibility with existing furnace replacement parts and wiring harnesses.
Key Benefits- Direct OEM Compatibility: Engineered as the precise drop-in replacement for the S1-031-03674-040, eliminating the need for wiring modifications or bracket adjustments in the field.
- Advanced Diagnostics: Features onboard LED indicators that communicate specific system faults, significantly reducing HVAC troubleshooting time during service calls.
- Integrated Logic Control: Manages complex sequences including precycle and postcycle timings, ensuring reliable ignition and optimal thermal exchange.
- High-Durability Construction: Built with industrial-grade traces and components to withstand the high-temperature environments typical of furnace vestibules.
Is the S1-6150269 compatible with my existing wiring?
Yes, this York furnace board is designed to interface with the original multi-pin connectors and spade terminals found on the S1-031-03674-040, making it a plug-and-play solution for compatible York units.
What do the LED blink patterns on this board indicate?
The diagnostic flash codes provided by the LED correspond to specific fault conditions such as pressure switch failures, limit circuit trips, or flame sense issues, allowing for rapid identification of the root cause.
Does this board control the blower motor speeds?
Yes, the York S1-6150269 manages both the inducer fan and the multi-speed blower motor, coordinating air movement based on the demand from the 24V thermostat signal.
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 S1-6150269 Circuit Board is a critical OEM replacement component engineered for integrated control within specific York, Luxaire, and Coleman residential gas furnaces and air handlers. As a direct successor to part number S1-031-03674-040, this integrated furnace control board manages essential system sequences including inducer motor timing, hot surface ignition (HSI) cycles, and blower motor speeds. This HVAC circuit board is designed to utilize standard 24V inputs and 120V line voltage outputs, ensuring seamless communication between the thermostat and system hardware. For field service technicians, this board facilitates efficient troubleshooting through onboard LED status indicators that provide real-time diagnostic flash codes. Replacing a faulty OEM HVAC control board with the S1-6150269 ensures precise flame rectification monitoring and safety limit circuit oversight, restoring factory-standard operation to the heating system while maintaining compatibility with existing furnace replacement parts and wiring harnesses.
Key Benefits- Direct OEM Compatibility: Engineered as the precise drop-in replacement for the S1-031-03674-040, eliminating the need for wiring modifications or bracket adjustments in the field.
- Advanced Diagnostics: Features onboard LED indicators that communicate specific system faults, significantly reducing HVAC troubleshooting time during service calls.
- Integrated Logic Control: Manages complex sequences including precycle and postcycle timings, ensuring reliable ignition and optimal thermal exchange.
- High-Durability Construction: Built with industrial-grade traces and components to withstand the high-temperature environments typical of furnace vestibules.
Is the S1-6150269 compatible with my existing wiring?
Yes, this York furnace board is designed to interface with the original multi-pin connectors and spade terminals found on the S1-031-03674-040, making it a plug-and-play solution for compatible York units.
What do the LED blink patterns on this board indicate?
The diagnostic flash codes provided by the LED correspond to specific fault conditions such as pressure switch failures, limit circuit trips, or flame sense issues, allowing for rapid identification of the root cause.
Does this board control the blower motor speeds?
Yes, the York S1-6150269 manages both the inducer fan and the multi-speed blower motor, coordinating air movement based on the demand from the 24V thermostat signal.
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.












