York S1-031-09175-000 Control Board

The York S1-031-09175-000 Control Board is a critical OEM replacement component designed for precise blower motor regulation in York furnaces, air handlers, and residential HVAC systems. As a genuine York HVAC circuit board, it manages the timing and sequencing of blower operations to maintain consistent airflow and system static pressure. This blower control board is engineered for direct-fit compatibility with popular models like the DDYZ, FC60, and D6NZ series, ensuring a seamless interface without the need for field modifications or wiring adaptations. By utilizing a replacement furnace control board with manufacturer-specified logic, technicians can effectively troubleshoot airflow issues and restore factory-standard performance. For trade professionals, the York OEM blower board provides a reliable solution to common motor cycling failures and communication-related fault codes within the air distribution circuit.

• Direct OEM Integration: Exact form-fit-function replacement for S1-031-09175-000, eliminating the need for universal mounting kits.
• Optimized Airflow Timing: Precisely manages blower start/stop delays to maximize heat exchanger efficiency and cooling dehumidification.
• Reliable Motor Control: Protects the blower motor from voltage spikes and improper cycling, extending the operational life of the induction system.
• Plug-and-Play Connections: Features standard molex and spade connector layouts for fast, error-free wiring in the field.

• What are the compatible models for this board? This board is primarily used in York, Luxaire, and Coleman equipment, specifically fitting models such as DDYZ-F060, FC60C3XN1, and D6NZ030 series.
• Will this fix a blower that won't turn on? If the motor tests within spec and the thermostat call is active, replacing the S1-031-09175-000 often resolves relay failures on the board that prevent blower activation.
• Is this an aftermarket or universal board? No, this is a genuine York OEM part, ensuring all factory safety timings and logic sequences remain intact.

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.