KAN-therm steel reducing tee 54x35x54 mm model 6240806

The KAN-therm steel reducing tee 54x35x54 mm model 6240806 is a three-way steel fitting designed to connect two equal-diameter runs with a reduced central branch. Manufactured from steel for mechanical strength and long service life, this reducing tee provides a reliable transition between 54 mm and 35 mm pipe diameters and is intended for use in plumbing and heating distribution systems, repairs and retrofit installations.

Advantages

Constructed from steel to deliver high compressive strength and resistance to mechanical stress, the reducing tee ensures secure, leak-resistant connections when installed correctly. Its compact geometry allows integration into existing pipework where space is limited, while the reduced branch provides a controlled change of flow area between main and secondary lines. The design supports standard joining methods used in steel piping assemblies and is suitable for systems that require durable fittings with predictable performance.

Suitable for

• Residential and commercial heating distribution manifolds
• Plumbing systems requiring a reduction from 54 mm to 35 mm
• Repair, retrofit and extension of existing steel pipe networks
• Hydronic circuits and radiator feed lines where diameter change is needed

Key specifications

• Material: steel
• Connection configuration: reducing tee with two equal main outlets and one reduced branch
• Primary diameter: 54 mm
• Reduced branch diameter: 35 mm
• Intended application: plumbing and heating distribution
• Typical joining methods: compatible with standard steel pipe joining techniques (welding, flanging or appropriate mechanical couplings depending on system design)

How to use

Select the reducing tee size appropriate for the system pipe diameters and prepare pipe ends according to the chosen joining method. Align the main run and the reduced branch so that flow directions match system design. Install using the suitable connection technique for steel fittings—such as welding or approved mechanical couplings—ensuring proper alignment and secure joints. After installation, perform pressure and leak tests in line with applicable standards and project requirements before placing the system into service.

Usage recommendations

Use corrosion protection measures where the steel fitting will be exposed to corrosive environments or dissimilar metals; verify compatibility with system fluids and operating pressures. Follow local codes and manufacturer guidance for joining procedures and testing to ensure reliable, long-term performance.