VIEGA elbow PEXFIT 90° 20x1/2" pipe fitting 608262

VIEGA PEXFIT 90° elbow 20x1/2" is a push-fit elbow designed for changing the direction of PEX and compatible plastic pipe systems by 90 degrees. The fitting connects a 20 mm pipe to a 1/2" threaded or push connection, allowing compact installation in potable water and heating systems. It is intended for both repair and new-build plumbing applications where a reliable, space-saving right-angle joint is required.

Advantages

The push-fit connection provides rapid, tool-free installation, reducing assembly time on site. Constructed to meet plumbing standards for potable water and heating, the elbow ensures a tight seal and consistent flow direction without the need for soldering or adhesive. Its compact 90° form factor enables neat routing of pipes in confined spaces and behind fixtures, while corrosion-resistant materials extend service life in typical domestic and commercial environments.

Suitable for

• Domestic potable water supply lines
• Central heating and radiator connections
• Plumbing repairs and retrofits
• New installations in kitchens, bathrooms, and utility rooms

Key specifications

• Angle: 90° elbow
• Connection sizes: 20 mm to 1/2"
• Compatible pipe type: PEX and other compatible plastic piping systems
• Connection method: push-fit (quick-connect)
• Application: potable water and heating systems

How to use

Ensure pipe ends are cut square and free from burrs or debris. For push-fit assembly, push the 20 mm pipe into the fitting until it seats fully; for the 1/2" side, connect the matching threaded or push-fit counterpart as required. Verify that all connections are engaged and secure by pulling gently on the pipes. Pressure-test the installation according to local regulations before putting the system into regular use.

Usage recommendations

Use approved PEX pipes and compatible fittings to maintain system integrity. Avoid exposing the fitting to direct sunlight for prolonged periods and follow manufacturer guidelines for maximum operating temperature and pressure. When routing in tight spaces, allow sufficient access for inspection and future maintenance.