York 028-12210-000 O-Ring
The York 028-12210-000 is a precision-engineered 4-inch ID O-ring designed for critical sealing applications within commercial centrifugal chillers. This S1-028-12210-000 seal utilizes a 1/8-inch cross-section to provide the necessary compression for maintaining hermetic integrity in high-pressure HVAC environments. As a vital York chiller seal, it is constructed from high-performance elastomers that resist degradation when exposed to common refrigerants and polyolester (POE) or mineral oils. Properly seated, this HVAC compressor O-ring prevents the ingress of non-condensables and the loss of refrigerant charge, ensuring the system maintains its design subcooling and superheat parameters. Field technicians will find this component essential for flange-to-housing interfaces where a 4" ID specification is required for leak-free operation in industrial cooling circuits.
Key Benefits
- 4-inch ID O-ring dimensions provide a precise fit for York-specific flange and housing grooves.
- Engineered to withstand the thermal cycling and high-pressure differentials found in centrifugal chiller systems.
- Resistant to chemical breakdown from refrigerant oils, preventing seal hardening or shrinkage.
- Maintains system vacuum integrity to protect against atmospheric moisture and contaminants.
Common Questions
Where is the York 028-12210-000 used?
This seal is typically installed in York centrifugal compressor assemblies and chiller housings where a 4-inch inner diameter seal is required to bridge mechanical joints.
Is this O-ring compatible with modern refrigerants?
Yes, the material is specified for use in York chiller seal applications involving R-134a, R-123, and other common industrial refrigerants.
What maintenance is required for this seal during installation?
Technicians should inspect the seating groove for any pitting or debris and apply a light film of compatible system oil to prevent binding during the bolt-down sequence.
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: $33.11
-65%$33.11
$11.59York 028-12210-000 O-Ring
The York 028-12210-000 is a precision-engineered 4-inch ID O-ring designed for critical sealing applications within commercial centrifugal chillers. This S1-028-12210-000 seal utilizes a 1/8-inch cross-section to provide the necessary compression for maintaining hermetic integrity in high-pressure HVAC environments. As a vital York chiller seal, it is constructed from high-performance elastomers that resist degradation when exposed to common refrigerants and polyolester (POE) or mineral oils. Properly seated, this HVAC compressor O-ring prevents the ingress of non-condensables and the loss of refrigerant charge, ensuring the system maintains its design subcooling and superheat parameters. Field technicians will find this component essential for flange-to-housing interfaces where a 4" ID specification is required for leak-free operation in industrial cooling circuits.
Key Benefits
- 4-inch ID O-ring dimensions provide a precise fit for York-specific flange and housing grooves.
- Engineered to withstand the thermal cycling and high-pressure differentials found in centrifugal chiller systems.
- Resistant to chemical breakdown from refrigerant oils, preventing seal hardening or shrinkage.
- Maintains system vacuum integrity to protect against atmospheric moisture and contaminants.
Common Questions
Where is the York 028-12210-000 used?
This seal is typically installed in York centrifugal compressor assemblies and chiller housings where a 4-inch inner diameter seal is required to bridge mechanical joints.
Is this O-ring compatible with modern refrigerants?
Yes, the material is specified for use in York chiller seal applications involving R-134a, R-123, and other common industrial refrigerants.
What maintenance is required for this seal during installation?
Technicians should inspect the seating groove for any pitting or debris and apply a light film of compatible system oil to prevent binding during the bolt-down sequence.
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 028-12210-000 is a precision-engineered 4-inch ID O-ring designed for critical sealing applications within commercial centrifugal chillers. This S1-028-12210-000 seal utilizes a 1/8-inch cross-section to provide the necessary compression for maintaining hermetic integrity in high-pressure HVAC environments. As a vital York chiller seal, it is constructed from high-performance elastomers that resist degradation when exposed to common refrigerants and polyolester (POE) or mineral oils. Properly seated, this HVAC compressor O-ring prevents the ingress of non-condensables and the loss of refrigerant charge, ensuring the system maintains its design subcooling and superheat parameters. Field technicians will find this component essential for flange-to-housing interfaces where a 4" ID specification is required for leak-free operation in industrial cooling circuits.
Key Benefits
- 4-inch ID O-ring dimensions provide a precise fit for York-specific flange and housing grooves.
- Engineered to withstand the thermal cycling and high-pressure differentials found in centrifugal chiller systems.
- Resistant to chemical breakdown from refrigerant oils, preventing seal hardening or shrinkage.
- Maintains system vacuum integrity to protect against atmospheric moisture and contaminants.
Common Questions
Where is the York 028-12210-000 used?
This seal is typically installed in York centrifugal compressor assemblies and chiller housings where a 4-inch inner diameter seal is required to bridge mechanical joints.
Is this O-ring compatible with modern refrigerants?
Yes, the material is specified for use in York chiller seal applications involving R-134a, R-123, and other common industrial refrigerants.
What maintenance is required for this seal during installation?
Technicians should inspect the seating groove for any pitting or debris and apply a light film of compatible system oil to prevent binding during the bolt-down sequence.
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.
