York S1-010-06900-015 Gasket
The York S1-010-06900-015 is a high-grade Booster Assembly Gasket engineered for a precise seal in residential and light commercial gas furnaces. As a primary HVAC sealing component, this OEM York part is designed to mount between the inducer blower housing and the collector box or heat exchanger interface. Maintaining a gastight connection at this junction is critical for ensuring the draft inducer develops the proper static pressure required to close the pressure switch. This gas furnace vent motor gasket is fabricated from premium, high-temperature resistant materials that withstand constant thermal cycling without becoming brittle or losing their compression set. For a professional technician, replacing this gasket during any draft inducer service is standard practice to prevent flue gas leakage and ensure the manifold pressure remains within manufacturer specifications. Using this specific York S1-010-06900-015 ensures the venting system maintains its integrity and prevents nuisance system lockouts caused by vacuum leaks in the combustion circuit.
- OEM Engineering: Ensures exact bolt-hole alignment and thickness for specific York, Coleman, and Luxaire booster assemblies.
- Thermal Resiliency: High-temperature material prevents degradation and exhaust bypass during long run-cycles.
- Optimized Draft: Provides a reliable seal that supports consistent vacuum levels for pressure switch operation.
- Installation Efficiency: Eliminates the need for messy liquid sealants, providing a clean and professional fitment every time.
Common Questions
When should the York S1-010-06900-015 be replaced? This gasket should be replaced whenever the booster motor or draft inducer assembly is pulled for service or replacement. Once the original compression seal is broken, reusing the old gasket significantly increases the risk of exhaust leakage and pressure switch failures.
Can I use a universal gasket paper instead of this OEM part? It is not recommended. The York S1-010-06900-015 is die-cut for a specific flange geometry and thickness. Universal materials may not provide the necessary thermal resistance or the precise thickness required to maintain the blower wheel's clearance and air-tightness within the housing.
What are the signs of a failing booster assembly gasket? Common indicators include soot or moisture streaks around the inducer motor flange, a "whistling" sound during the pre-purge cycle, or intermittent pressure switch trip-outs where the inducer motor appears to be running at full RPM but failing to maintain the vacuum.
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: $3.61
-65%$3.61
$1.26York S1-010-06900-015 Gasket
The York S1-010-06900-015 is a high-grade Booster Assembly Gasket engineered for a precise seal in residential and light commercial gas furnaces. As a primary HVAC sealing component, this OEM York part is designed to mount between the inducer blower housing and the collector box or heat exchanger interface. Maintaining a gastight connection at this junction is critical for ensuring the draft inducer develops the proper static pressure required to close the pressure switch. This gas furnace vent motor gasket is fabricated from premium, high-temperature resistant materials that withstand constant thermal cycling without becoming brittle or losing their compression set. For a professional technician, replacing this gasket during any draft inducer service is standard practice to prevent flue gas leakage and ensure the manifold pressure remains within manufacturer specifications. Using this specific York S1-010-06900-015 ensures the venting system maintains its integrity and prevents nuisance system lockouts caused by vacuum leaks in the combustion circuit.
- OEM Engineering: Ensures exact bolt-hole alignment and thickness for specific York, Coleman, and Luxaire booster assemblies.
- Thermal Resiliency: High-temperature material prevents degradation and exhaust bypass during long run-cycles.
- Optimized Draft: Provides a reliable seal that supports consistent vacuum levels for pressure switch operation.
- Installation Efficiency: Eliminates the need for messy liquid sealants, providing a clean and professional fitment every time.
Common Questions
When should the York S1-010-06900-015 be replaced? This gasket should be replaced whenever the booster motor or draft inducer assembly is pulled for service or replacement. Once the original compression seal is broken, reusing the old gasket significantly increases the risk of exhaust leakage and pressure switch failures.
Can I use a universal gasket paper instead of this OEM part? It is not recommended. The York S1-010-06900-015 is die-cut for a specific flange geometry and thickness. Universal materials may not provide the necessary thermal resistance or the precise thickness required to maintain the blower wheel's clearance and air-tightness within the housing.
What are the signs of a failing booster assembly gasket? Common indicators include soot or moisture streaks around the inducer motor flange, a "whistling" sound during the pre-purge cycle, or intermittent pressure switch trip-outs where the inducer motor appears to be running at full RPM but failing to maintain the vacuum.
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
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Description
The York S1-010-06900-015 is a high-grade Booster Assembly Gasket engineered for a precise seal in residential and light commercial gas furnaces. As a primary HVAC sealing component, this OEM York part is designed to mount between the inducer blower housing and the collector box or heat exchanger interface. Maintaining a gastight connection at this junction is critical for ensuring the draft inducer develops the proper static pressure required to close the pressure switch. This gas furnace vent motor gasket is fabricated from premium, high-temperature resistant materials that withstand constant thermal cycling without becoming brittle or losing their compression set. For a professional technician, replacing this gasket during any draft inducer service is standard practice to prevent flue gas leakage and ensure the manifold pressure remains within manufacturer specifications. Using this specific York S1-010-06900-015 ensures the venting system maintains its integrity and prevents nuisance system lockouts caused by vacuum leaks in the combustion circuit.
- OEM Engineering: Ensures exact bolt-hole alignment and thickness for specific York, Coleman, and Luxaire booster assemblies.
- Thermal Resiliency: High-temperature material prevents degradation and exhaust bypass during long run-cycles.
- Optimized Draft: Provides a reliable seal that supports consistent vacuum levels for pressure switch operation.
- Installation Efficiency: Eliminates the need for messy liquid sealants, providing a clean and professional fitment every time.
Common Questions
When should the York S1-010-06900-015 be replaced? This gasket should be replaced whenever the booster motor or draft inducer assembly is pulled for service or replacement. Once the original compression seal is broken, reusing the old gasket significantly increases the risk of exhaust leakage and pressure switch failures.
Can I use a universal gasket paper instead of this OEM part? It is not recommended. The York S1-010-06900-015 is die-cut for a specific flange geometry and thickness. Universal materials may not provide the necessary thermal resistance or the precise thickness required to maintain the blower wheel's clearance and air-tightness within the housing.
What are the signs of a failing booster assembly gasket? Common indicators include soot or moisture streaks around the inducer motor flange, a "whistling" sound during the pre-purge cycle, or intermittent pressure switch trip-outs where the inducer motor appears to be running at full RPM but failing to maintain the vacuum.
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.
