Spiral siphon tube, 2x G 1/2 inch, PN25 6308110

Spiral siphon tube – pressure gauge protection and measurement stabilization

The spiral siphon tube, made of steel, is a key element of measurement installations, providing protection for the pressure gauge against the effects of dynamic pressure changes and high medium temperature. Its spiral design effectively dampens hydraulic shocks, and its solid construction guarantees long-lasting and reliable operation. This is an ideal solution for both professional installers and end-users who care about the accuracy and durability of the measurement system.

Construction and application

The siphon tube is used to connect the pressure gauge to the installation, acting as a protective barrier. Its design allows for the absorption of pressure shocks that can damage the delicate mechanisms of the pressure gauge. Made of alloy steel, it is corrosion-resistant and ensures measurement stability even in harsh conditions. Connections with an external thread G 1/2 inch allow for easy installation in standard installations. Pressure class PN 25 means that the tube is adapted to work at a maximum pressure of 25 bar (2500 kPa).

• Pressure gauge protection: Dampens hydraulic shocks and protects against pressure fluctuations.
• Temperature resistance: Withstands medium temperatures up to 120°C, allowing it to be used in various industrial and domestic applications.
• Durable construction: Made of alloy steel ensures longevity and corrosion resistance.
• Easy installation: G 1/2 inch threaded connections facilitate integration with existing installations.
• Wide application: Ideal for heating, water, pneumatic systems and other installations requiring precise pressure measurement.

This tube is used wherever precise pressure measurement and protection of delicate measuring devices against mechanical and thermal damage are required. It is indispensable in heating, ventilation, air conditioning systems, as well as in the chemical and food industries. Thanks to its construction, it minimizes the risk of false readings caused by sudden changes in pressure in the installation.