Male thread connector 1.4404 Inox - 54 R1 1/2" 1609045019

Robust connection in the Inox system – GZ 1.4404 connector

This press connector with an external thread, made of stainless steel 1.4404, is a key element in installations requiring reliability and corrosion resistance. Designed for press connections in the KAN-THERM Inox system, it ensures tightness and durability in various applications – from water and heating installations to fire protection and industrial systems.

The connector is characterized by a simple construction and precise workmanship, which facilitates assembly and guarantees a long service life. The use of high-quality stainless steel 316L (1.4404) in both connection 1 and 2 ensures resistance to aggressive media and extreme working conditions. An O-ring seal made of monomeric ethylene-propylene-diene rubber (EDPM) further increases the tightness of the connection.

• Durability and resistance: Made of stainless steel 1.4404, resistant to corrosion and high pressure, which translates to a long service life of the installation.
• Quick assembly: Press connection technology eliminates the need for welding or threading, reducing installation time and minimizing the risk of errors.
• Tightness: The use of an EDPM O-ring seal guarantees a reliable connection without leaks.
• Versatility: Compatible with the KAN-THERM Inox system, ideal for water, heating, fire protection and industrial installations.
• LBP controlled leakage function: Provides additional safety by signaling potential leaks.

The connector has a clamping sleeve with a diameter of 54 mm and a tapered BSPT-R gas external thread with a diameter of 1 1/2 inch (DN50). The overall length is 65 mm, and the lengths of the individual connections are 35 mm (connection 1) and 29.6 mm (connection 2), respectively. Thanks to the precise dimensions, the connector fits perfectly with the pipes and fittings of the KAN-THERM Inox system, creating a coherent and reliable installation. This is particularly important when designing complex systems, where every element must work with the others.