42.008.126 Pressure Reducer0 pages

Product
Information

Pressure Reducer

A. u. K. Müller
Solenoid valves
Control valves
Special valves and systems
A. u. K. Müller GmbH & Co. KG
Dresdener Str. 162
D-40595 Düsseldorf/Germany

Series 42.008.126

Tel.:
Fax:

+49(0)211-7391-0
+49(0)211-7391-281

e-mail:
info@akmueller.de
Internet: www.akmueller.de

Characteristics
Outlet pressure adjustable,
factory presettable
With snap-lock adjustment knob
Balancing of inlet pressure
Suitable for hot water up to 80°C
Ambient temperature up to 70°C
Reduced noise of flow
Compact design
Hydraulic functionality in accordance to
EN 1567

Applications

Description
The pressure regulator converts variable
inlet pressures into a lower, constant outlet
pressure. It can be used to protect equipment
from high or inconsistent incoming medium
pressure.
This reduced and constant outlet pressure also
enables a constant flow rate to be achieved
independently of the incoming pressure. The
orifice used to maintain this constant flow
rate should be placed immediately after the
pressure reducer. The pressure can easily be
adjusted within the regulators specification
range and is ideal for applications that require
a constant flow rate or a specific timed volume
delivery.

Long term performance capability by the use
of high quality materials

Pressure reduction and flow rate
regulation
Protection of pressure caused damages of
pipework downstream
Pipework in home and industrial
appliances
Upstream to water inlet valves for
appliances as vending and espresso
machines, industrial appliances, steam
ovens and others

Typical flow rates at pressure p-in set to 8 bar,
pressure p-out set to 1, 2, 3, 4, 5, or 6 bar.
Flow determined by downstream located gradually opened ball valve.

To ensure operation and long reliability of the
pressure regulator it is recommended that a
dirt strainer is fitted to the inlet. Check valves
or solenoid valves can be placed downstream
of the regulator.
The hydraulic functionality according to DIN EN
1567 is confirmed by an accredited laboratory.

© copyright A.u.K. Müller, subject to changes without prior notice

E0615

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