Copper 90° Bend VIEGA 95001A, Ø22 mm, pack of 10

VIEGA 95001A Copper 90° Bend, Ø22 mm, pack of 10 is a copper elbow designed for plumbing and heating installations. The fitting provides a 90-degree change of direction for 22 mm copper piping and is intended for use in potable water and heating systems where copper connections and reliable flow characteristics are required. Supplied in a pack of ten, this elbow is suitable for multiple connection points in residential or light commercial installations.

Advantages

The copper construction ensures corrosion resistance and thermal conductivity appropriate for water and central heating systems. The soldered connection with a plug-in end provides a robust mechanical joint and a sealed hydraulic connection when properly installed by soldering. A consistent 90° geometry maintains predictable flow behavior and compatibility with standard 22 mm copper pipe dimensions.

Suitable for

• Potable water distribution systems
• Domestic and small commercial heating circuits
• Plumbing runs requiring a 90° directional change for 22 mm copper pipe
• Replacement or extension of existing copper piping

Key specifications

• Material: copper
• Nominal outer diameter: 22 mm
• Angle: 90 degrees
• Connection type: soldered (plug-in end)
• Pack quantity: 10 pieces

How to use

Prepare the copper pipe ends by ensuring they are clean, free of oxidation and burrs, and sized to fit the plug-in end. Insert the pipe into the elbow until it seats fully, apply appropriate flux, and perform capillary soldering with a suitable solder and heat source following relevant plumbing practice and safety procedures. Allow joints to cool undisturbed and inspect visually for complete solder coverage. After installation, pressure-test the system according to applicable standards before putting into regular service.

Usage recommendations

Use recommended solder types and flux compatible with potable water systems and follow local codes for materials and methods. Store fittings in a dry environment to avoid surface contamination prior to installation. For installations exposed to aggressive environments or requiring mechanical protection, consider additional insulation or shielding.