Copper 90° Push-Fit Elbow SANHA 5092, 42 mm (model 1509242)

The SANHA Copper 90° Push-Fit Elbow 5092 with 42 mm nominal diameter is a right-angle copper fitting designed for plumbing and heating installations. It provides a corrosion-resistant joint for changing the direction of copper pipe runs by 90 degrees and is compatible with push-fit/press connection methods common in potable water, central heating and various industrial pipe systems.

Advantages

This copper elbow combines the durability and corrosion resistance of copper with a push-fit press connection for reliable, leak-resistant joints. The 90° geometry enables compact routing of pipelines and minimizes the need for additional fittings. The component is suitable for systems that require hygienic, long-lasting connections and can be integrated into both new installations and repair works without extensive welding or soldering.

Suitable for

• Potable water distribution systems
• Central heating circuits and radiators
• Industrial copper piping where a 42 mm elbow is required
• Repairs and retrofits in existing copper pipework

Key specifications

• Material: copper
• Angle: 90°
• Connection type: push-fit (press) compatible
• Nominal diameter: 42 mm
• Application temperature range: suitable for typical potable water and heating systems (verify system-specific limits)

How to use

Prepare the copper pipe ends by ensuring they are clean, deburred and free of oil or debris. Insert the pipe into the push-fit/press end of the elbow fully to the stop, then perform the press operation according to the press tool manufacturer’s instructions and the relevant installation standards. Confirm the joint integrity visually and, where appropriate, test the system to the required pressure before placing into service.

Usage recommendations

Use appropriate press tools and jaws rated for 42 mm copper fittings and follow local plumbing codes. Inspect and test joints after installation and avoid using the fitting outside its intended media, temperature or pressure ratings.