York S1-073-27987-001 Pan
The York S1-073-27987-001 Inducer Collector Pan is a critical combustion management component engineered for 90%+ AFUE condensing furnaces. This OEM replacement pan serves as the interface between the secondary heat exchanger and the draft inducer motor, specifically designed to manage corrosive condensate produced during the heating cycle. Designed for precise fitment in York, Coleman, and Luxaire gas furnaces, the S1-073-27987-001 ensures structural integrity under thermal cycling, preventing bypass leakage that can damage the internal cabinet or burner assembly. Technicians should verify the furnace condensate collector pan for hairline fractures or clogging caused by sediment buildup, which often leads to pressure switch trip errors. This HVAC secondary heat exchanger pan is manufactured to strict Source 1 specifications, ensuring the draft inducer draws properly while maintaining airtight seals. When performing a York inducer pan replacement, ensure all gaskets are seated correctly to maintain combustion efficiency and prevent flue gas leakage into the mechanical area.
Key Benefits
- Direct OEM Fit: Eliminates the need for field modifications, ensuring a factory-standard seal with the inducer housing.
- Corrosion Resistance: Engineered from high-grade composite materials that withstand the acidic nature of furnace condensate.
- Optimized Drainage: Features precise port geometry to facilitate rapid moisture removal and prevent backup into the inducer wheel.
- Pressure Stability: Maintains the necessary vacuum pressure required for reliable pressure switch operation and ignition sequences.
Common Questions
Why is my York furnace leaking water from the inducer area?
Water leakage in this area usually indicates a cracked S1-073-27987-001 collector pan or a failure in the transition gasket. High-efficiency furnaces produce significant condensate, and any breach in the pan housing will result in external leaks and potential pressure switch faults.
Can I repair a crack in the collector pan with sealant?
Field repairs with silicone or epoxy are not recommended for the York S1-073-27987-001. The pan is a pressurized component of the venting system; a replacement is required to ensure gas-tight operation and to prevent the risk of carbon monoxide bypass.
What causes a collector pan to fail prematurely?
Repeated thermal expansion and contraction cycles are the primary cause of stress fractures. Additionally, if the furnace is not properly leveled or the drain lines are partially obstructed, standing condensate can accelerate material fatigue at the port connections.
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: $64.56
-65%$64.56
$22.60York S1-073-27987-001 Pan
The York S1-073-27987-001 Inducer Collector Pan is a critical combustion management component engineered for 90%+ AFUE condensing furnaces. This OEM replacement pan serves as the interface between the secondary heat exchanger and the draft inducer motor, specifically designed to manage corrosive condensate produced during the heating cycle. Designed for precise fitment in York, Coleman, and Luxaire gas furnaces, the S1-073-27987-001 ensures structural integrity under thermal cycling, preventing bypass leakage that can damage the internal cabinet or burner assembly. Technicians should verify the furnace condensate collector pan for hairline fractures or clogging caused by sediment buildup, which often leads to pressure switch trip errors. This HVAC secondary heat exchanger pan is manufactured to strict Source 1 specifications, ensuring the draft inducer draws properly while maintaining airtight seals. When performing a York inducer pan replacement, ensure all gaskets are seated correctly to maintain combustion efficiency and prevent flue gas leakage into the mechanical area.
Key Benefits
- Direct OEM Fit: Eliminates the need for field modifications, ensuring a factory-standard seal with the inducer housing.
- Corrosion Resistance: Engineered from high-grade composite materials that withstand the acidic nature of furnace condensate.
- Optimized Drainage: Features precise port geometry to facilitate rapid moisture removal and prevent backup into the inducer wheel.
- Pressure Stability: Maintains the necessary vacuum pressure required for reliable pressure switch operation and ignition sequences.
Common Questions
Why is my York furnace leaking water from the inducer area?
Water leakage in this area usually indicates a cracked S1-073-27987-001 collector pan or a failure in the transition gasket. High-efficiency furnaces produce significant condensate, and any breach in the pan housing will result in external leaks and potential pressure switch faults.
Can I repair a crack in the collector pan with sealant?
Field repairs with silicone or epoxy are not recommended for the York S1-073-27987-001. The pan is a pressurized component of the venting system; a replacement is required to ensure gas-tight operation and to prevent the risk of carbon monoxide bypass.
What causes a collector pan to fail prematurely?
Repeated thermal expansion and contraction cycles are the primary cause of stress fractures. Additionally, if the furnace is not properly leveled or the drain lines are partially obstructed, standing condensate can accelerate material fatigue at the port connections.
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 S1-073-27987-001 Inducer Collector Pan is a critical combustion management component engineered for 90%+ AFUE condensing furnaces. This OEM replacement pan serves as the interface between the secondary heat exchanger and the draft inducer motor, specifically designed to manage corrosive condensate produced during the heating cycle. Designed for precise fitment in York, Coleman, and Luxaire gas furnaces, the S1-073-27987-001 ensures structural integrity under thermal cycling, preventing bypass leakage that can damage the internal cabinet or burner assembly. Technicians should verify the furnace condensate collector pan for hairline fractures or clogging caused by sediment buildup, which often leads to pressure switch trip errors. This HVAC secondary heat exchanger pan is manufactured to strict Source 1 specifications, ensuring the draft inducer draws properly while maintaining airtight seals. When performing a York inducer pan replacement, ensure all gaskets are seated correctly to maintain combustion efficiency and prevent flue gas leakage into the mechanical area.
Key Benefits
- Direct OEM Fit: Eliminates the need for field modifications, ensuring a factory-standard seal with the inducer housing.
- Corrosion Resistance: Engineered from high-grade composite materials that withstand the acidic nature of furnace condensate.
- Optimized Drainage: Features precise port geometry to facilitate rapid moisture removal and prevent backup into the inducer wheel.
- Pressure Stability: Maintains the necessary vacuum pressure required for reliable pressure switch operation and ignition sequences.
Common Questions
Why is my York furnace leaking water from the inducer area?
Water leakage in this area usually indicates a cracked S1-073-27987-001 collector pan or a failure in the transition gasket. High-efficiency furnaces produce significant condensate, and any breach in the pan housing will result in external leaks and potential pressure switch faults.
Can I repair a crack in the collector pan with sealant?
Field repairs with silicone or epoxy are not recommended for the York S1-073-27987-001. The pan is a pressurized component of the venting system; a replacement is required to ensure gas-tight operation and to prevent the risk of carbon monoxide bypass.
What causes a collector pan to fail prematurely?
Repeated thermal expansion and contraction cycles are the primary cause of stress fractures. Additionally, if the furnace is not properly leveled or the drain lines are partially obstructed, standing condensate can accelerate material fatigue at the port connections.
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.
