Impulse tubes for ASV, length 1.5 m 003L8152
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Sales unit dimensions and weight: 1 pcs
Impulse tubes for ASV, length 1.5 m 003L8152
Pulse tubes for ASV – precise measurements and reliable operation
Pulse tubes for automatic balancing valves ASV, with a length of 1.5 meters, are a key element of the differential pressure measurement system. They are used to precisely connect the valve cooperating with the ASV-PV valve, enabling optimal flow setting and control in the installation. Made of high-quality materials, they ensure durability and resistance to conditions prevailing in heating and air conditioning systems.
Application and compatibility
The pulse tube is dedicated to cooperation with ASV-PV valves, finding application in central heating, air conditioning and domestic hot water systems. It enables the correct operation of automatic balancing valves, which translates to:
- Energy efficiency: Precise flow balancing reduces energy losses and lowers operating costs.
- Comfort of use: Stable temperatures in individual rooms ensure high thermal comfort.
- System reliability: Properly functioning balancing valves minimize the risk of failure and extend the life of the installation.
- Noise reduction: Elimination of flow turbulence reduces unwanted noise in the installation.
The tube is compatible with measuring connectors with a G 1/16 A thread, which facilitates installation and integration with existing systems.
Construction and assembly
The pulse tube with a length of 1.5 m is made of flexible plastic, which facilitates its routing in tight spaces. It is finished with a G 1/16 A thread, allowing for a tight connection with ASV-PV valves and other measurement system elements. The installation of the pulse tube should be carried out in accordance with the manufacturer's instructions for ASV valves, paying particular attention to the correct connection to the measuring ports and avoiding bending and twisting of the tube. Proper installation guarantees precise differential pressure readings and effective operation of the entire hydraulic balancing system.


