Piston pressure reducer  END-Armaturen DK340506328
Piston pressure reducer  END-Armaturen DK340506328

We are not the manufacturer, authorised distributor or authorised representative of the END-Armaturen brand Worldwide. The private labels and part numbers shown on this website are the property of their respective owners.

DK340506328 END-Armaturen Piston pressure reducer

Manufacturer

END-Armaturen

Country

Germany

Part number

DK340506328

Category

Pressure reducing valves

Type

Piston pressure reducer

Stock availability:

On request

1134 €

Need cheaper?

Several positions are needed?

Send your request on email:

Worldwide delivery services:
fedex dhl ups
Ways of payment:
wire transfer paypal

Specifications DK340506328

If you are looking for END-Armaturen DK340506328, contact FAMAGA, the world's foremost supplier of machine made equipment. Our company has lasted for more than ten years - these are cycles of experience, which are portrayed in the quality of outcomes and private attention to each customer. We praise everyone, who liased with us - thus, our regular purchasers procure the most beneficial purchase forms and discounts on the manufacturing equipment market. At present, there are more than 4500 such purchasers, and we constantly sign new agreements. More than 650 transactions are made per day, because FAMAGA supplies all over the globe . A well-developed logistics chains and a partnership network help us to deliver our goods anywhere in the world on-time without damaging product quality.

A special source of repute for FAMAGA is its staff members, each of whom contributes to common cause. We propose into our team only specialists, who already have experience in the sphere of machine made streamlined equipment.

All merchandises from FAMAGA are assured - we are responsible for the outcome of our work. Nowadays, more than 10 million units of products have been provided, and this bulk is growing every day. We are proud that buyers choose FAMAGA again and again, and we strive to make more progressive and technologically developed industrial equipment so as stay in control.

To request or book, get in touch with us or send a message to the online chat on our site. You can also send a list of the needful equipment to the email of firm - we will contact you ourselves with a made commercial proposal from FAMAGA.

Features DK340506328

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 DK340506328
Description Piston pressure Reducer G2 stainless steel/EPDM, , Inlet pressure: max.25bar, outlet pressure: 6-11ba
Weight [kg] 7.480000
Nominal size 2
Body material Stainless Steel
Body material 0
Seals material EPDM - max. 180°C
Stem seals material 0
Connection type Threaded Connection
Connection size 2
Media temperature min. [°C] -20
Media temperature max. [°C] +180
Gehäusedesign 0