Piston pressure reducer  END-Armaturen DK340406303/DA

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DK340406303/DA END-Armaturen Piston pressure reducer

Manufacturer

END-Armaturen

Country

Germany

Part number

DK340406303/DA

Category

Pressure reducing valves

Type

Piston pressure reducer

Stock availability:

On request

1024 €

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Specifications DK340406303/DA

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Features DK340406303/DA

Spring-force acting pressure-reducing valve with difference pressure piston. Multi-part design made of stainless steel, not back-controllable. FunctionThe discharge pressure acts upon the piston. The power resulting from this pressure compresses the spring as soon as it exceeds the spring resistance, thus closing the valve. This position persists as long as no medium is taken off the discharge pipe. Thus, the discharge pressure is kept at the value required by the setting. When media are taken off the discharge pipe the discharge pressure is reduced. The spring presses the diaphragm and causes opening of the valve. If the medium flows for a longer time, a self-adjustment of the valve opening will ensue instead of an abrupt succession of opening and closing movements. Pressure reducing valves for gaseous media have a damping device against pressure impacts. Settings Setting of the pressure reducing valve always takes place without flow, the manometer showing static pressure. Rising discharge pressure: Turn the set screw clockwise. Reducing discharge pressure: Turn set screw counter-clockwise. Take off some medium, thus reducing the pressure. Then tighten the screw until required pressure is attained. Decreasing pressure during media take-off is normal, it is caused by loss of pressure. You can order other pressure reducers online in our shop.
SKU DK340406303/DA
Description Piston pressure Reducer DN20, stainless steel / EP, Inlet pressure: max.25bar, outlet pressure: 3-7.5b
Weight [kg] 6.840000
Nominal size DN020
Body material Stainless Steel
Body material 0
Seals material EPDM-PTFE/DA - max. 200°C
Stem seals material 0
Connection type Flange Connection
Connection size 20
Media temperature min. [°C] -20
Media temperature max. [°C] +200
Gehäusedesign 0