45° Steel elbow - 76.1 1509068031

Steel elbow for heating and water installations

This is a 45° compression elbow made of steel, designed for creating connections in central heating and water installations. It is an element of the KAN-therm Steel system, characterized by high quality workmanship and reliability. Thanks to the use of pressing technology, this fitting ensures quick and safe installation, eliminating the need for welding or threading.

The elbow is compatible with pipes with a nominal diameter of DN 65 (76.1 mm) on both connection side 1 and 2. Its construction based on a clamping sleeve and a push-in end guarantees the tightness and durability of the connection. The bend radius is 92 mm, and the overall length is 208.87 mm. The working lengths of the connections are 46.3 mm and 59.1 mm, respectively, which affects the stability of the installation.

Functionality and safety in one

A key feature of this elbow is the LBP (Leak Before Press) controlled leakage function. This means that in the event of incomplete or incorrect pressing of the fitting, a small leak will occur, which will immediately signal the problem – before the installation is filled with medium. This simple solution minimizes the risk of failure and costly repairs in the future. In addition, carbon steel RSt 34-2 with a zinc coating provides protection against corrosion, which extends the life of the installation even in difficult operating conditions.

• Quick installation: Pressing technology allows for quick creation of connections without a welder or threaders.
• Safety: The LBP function guarantees detection of leaks before the installation is put into use.
• Durability: Carbon steel with a zinc coating provides corrosion resistance and long-term operation.
• Versatility: The ability to connect with other KAN-therm systems (Press and Push) increases the flexibility of installation design.
• Resistance: Operation at pressures up to 25 bar (using appropriate HP tools) and temperatures up to 200°C ensures reliability in demanding conditions.