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IPEX XFR 526485 1-1/2 HXH PVC EXPANSION JOINT
MFR Part #: 526485
SKU #: 1030507
Brand: IPEX®
UPC: 622454374492
System XFR® 526485 Expansion Joint, 1-1/2 in Hub, PVC, SCH 40
Commercial, Industrial, Residential, Above Ground and Underground Applications
cULus S102.2 | CSA B181.2 | cWH Intertek Listed
Product Details
Attributes
Features
Resources
System XFR® Expansion Joint, Expansion Joint Fitting, 1-1/2 in Connection, Hub Connection, PVC, Material Construction: PVC, Dark Gray, SCH 40
These piston style expansion joints can be installed vertically or horizontally in thermal expansion applications.
Color:Dark Gray
Connection Type:Hub
Fitting Type:Expansion Joint
Material:PVC
Schedule Rating:SCH 40
Connection Size:1-1/2 in
Material Construction:PVC
- When tested to the CAN/ULC S102.2 Standard, System XFR achieved a Flame Spread Rating of not greater than 25 and a Smoke Developed Classification of not greater than 50
- Meets National and Provincial Building Codes for high buildings, air plenums, noncombustible construction and penetrating a rate fire separation
- High impact strength in cold temperatures, exceeding CSA requirements
- Improved flow rates
- Lower thermal conductivity can reduce or eliminate the need for insulation
Product Details
System XFR® Expansion Joint, Expansion Joint Fitting, 1-1/2 in Connection, Hub Connection, PVC, Material Construction: PVC, Dark Gray, SCH 40
These piston style expansion joints can be installed vertically or horizontally in thermal expansion applications.
Attributes
Color: Dark Gray
Connection Type: Hub
Fitting Type: Expansion Joint
Material: PVC
Schedule Rating: SCH 40
Connection Size: 1-1/2 in
Material Construction: PVC
Features
- When tested to the CAN/ULC S102.2 Standard, System XFR achieved a Flame Spread Rating of not greater than 25 and a Smoke Developed Classification of not greater than 50
- Meets National and Provincial Building Codes for high buildings, air plenums, noncombustible construction and penetrating a rate fire separation
- High impact strength in cold temperatures, exceeding CSA requirements
- Improved flow rates
- Lower thermal conductivity can reduce or eliminate the need for insulation