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Instrumentation Needle Valves Stainless Steel Ss304 Ss316 Manifold Valves are used to measure liquid level and interface in containers as well as the flow rate, differential pressure, and gauge pressure of different liquids, gases, and steam in pipelines. In the chemical industry, metallurgy, electric power, textile, food, and other industries, the manifold valve is frequently employed.
Instrumentation Needle Valves Stainless Steel Ss304 Ss316 Manifold Valves
Instrumentation Needle Valves Stainless Steel Ss304 Ss316 Manifold Valves are used to measure the flow rate, differential pressure and gauge pressure of various liquids, gases and steam in pipelines, as well as the liquid level and interface in containers. The manifold valve is widely used in chemical industry, metallurgy, electric power, textile, food and other industries.
The features of Instrumentation Needle Valves Stainless Steel Ss304 Ss316 Manifold Valves
Integrate main channel, branch channel, main channel valve and branch valve;
Both the main channel valve and the branch valve have a spool, a spool connected to the spool, and an operating rod connected to the spool, and the flow path is realized by swinging the operating rod to the axial direction of the spool. open and close manual valve;
Both the main channel valve and the branch valve convert the swing of the operating rod into the linear motion of the spool, so that the spool is crimped/leaved relative to the valve seat to open and close the flow channel;
In addition, an interlock mechanism is provided. When one of the main channel valve and the branch valve is in an open state and the other valve is in a closed state, the operating lever of one valve causes the operating lever of the other valve to swing. Cannot proceed.
The advantages of Instrumentation Needle Valves Stainless Steel Ss304 Ss316 Manifold Valves
Shorter path flows reduce pressure drop and thermal fluctuations, increasing the overall energy efficiency of the system;
Reduce installation costs and fluid connections through simpler, more compact designs;
Due to the reduced number of connections, there is minimal chance of oil leaks, further reducing the need for maintenance to prevent fatigue, wear and loss of joints;
Fewer hoses and connections for improved layout;
Small and compact cartridge size for tight spaces.