IBP MIEDZ LUK 90 2-K 22 /200/ — IBP copper elbow 90°, 2-way, 22 mm

IBP MIEDZ LUK 90 2-K 22 /200/ — IBP copper elbow 90°, 2-way, 22 mm is a compact copper fitting designed to change the direction of 22 mm piping by 90 degrees. Intended for plumbing and heating installations, this two-way elbow supplies a reliable, corrosion-resistant joint between copper pipes. It is suitable for potable water systems and central heating circuits where copper components are specified, providing a space-saving solution for right-angle connections.

Advantages

The copper construction ensures good thermal conductivity and long-term resistance to corrosion in water and heating applications. Its 90° two-way design allows for precise directional changes in tight spaces, minimizing the need for additional fittings. The fitting is manufactured to standard dimensions for compatibility with 22 mm copper pipework and supports secure jointing methods used in plumbing and HVAC installations.

Suitable for

• Domestic and commercial potable water distribution
• Central heating and radiator connections
• Tight routing where a compact 90° turn is required
• Repairs and retrofits of copper pipe systems

Key specifications

• Material: copper
• Angle: 90 degrees
• Type: two-way elbow
• Nominal pipe size: 22 mm
• Application: potable water and heating systems

How to use

Prepare the 22 mm copper pipes by cutting squarely and deburring the ends. Clean the pipe ends and the fitting interfaces to remove oxidation and contaminants. Join the elbow to the pipes using the appropriate copper joining method specified for the installation, such as soldering (brazing) or a compatible mechanical jointing technique. Ensure correct alignment at the 90° angle and allow any solder or seal to cool and set according to the joining material manufacturer's recommendations before pressurizing the system.

Usage recommendations

Use the elbow in systems designed for copper components and verify compatibility with the chosen joining method. Follow local plumbing codes and pressure/temperature limits applicable to potable water and heating circuits. Inspect joints after installation for leaks and secure insulation where thermal losses or condensation may occur.