Uponor A1260500 Wirsbo hePEX Tubing 1/2 inches Nominal, 500 ft Coil

Product Description

The Uponor A1260500 Wirsbo hePEX tubing features an oxygen barrier that conforms to DIN 4726, making it suitable for closed-loop hydronic piping and radiant heating and cooling applications. This tubing is rated and listed by the Hydrostatic Stress Board of PPI and is manufactured in compliance with ASTM F876 and F877.

• Oxygen barrier conforms to DIN 4726
• Suitable for closed-loop hydronic piping
• Compatible with Uponor ProPEX and QS-style fittings

Product Highlights

Ideal for radiant heating, cooling, and potable water systems, ensuring efficient and safe performance. Compliant with industry standards for quality and reliability.

Product Information

Standard Information

• Brand: UPONOR
• Manufacturer Part Number: A1260500

Technical Specifications

• MPN: A1260500
• Brand: Uponor
• Nominal Size: 1/2 in
• Inside Diameter: 0.475 in
• Outside Diameter: 5/8 in
• Length: 500 ft
• Temperature Rating: 73.4 to 200 deg F
• Working Pressure: 80 to 160 psi
• Material: Cross-linked polyethylene
• Thermal Conductivity: 0.22 Btu/h/ft/deg F
• Linear Expansion Rate: 1.1 in at 10 deg F of 100 ft
• Approved Fitting System: ProPEX®
• Fitting Compatibility: Wirsbo hePEX 3-1/2 in and 4 in tubing uses WIPEX™ fittings
• Application Type: Radiant Heating and Cooling Systems, Snow and Ice Melting Systems, Permafrost Protection Systems and Turf Conditioning Systems
• Standard Approvals: ANSI/NSF 14/61, ASTM F876/F-877/F-1960/F-2023/E-84, ASTM E119/UL 263, ASTM E814/ULC S115, AWWA C9043, CAN/ULC S101/S102.2, CSA B137.5/B214, cNSFus-rfh, cNSFus-pw, cQAIus P321, CCMC, DIN 4726/9, ETL, ICC-ES, PPI TR-4, UL Listed
• Inner diameter coil [inch]: 15.75 inch
• Outer diameter coil [inch]: 32 inch
• Coil width [inch]: 6.5 inch
• Operating Pressure 1 [PSI]: 160 psi
• Operating Pressure 2 [PSI]: 100 psi
• Operating Pressure 3 [PSI]: 80 psi
• Operating Temperature 1 [°F]: 73 °F
• Operating Temperature 2 [°F]: 180 °F
• Operating Temperature 3 [°F]: 200 °F
• Thermal conductivity pipe [BTUin/ft²hrF°]: 0.22 btuin/ft²hrf°