Magnetic solenoid valves of this type are mainly used as shutoff
valves. They are controlled by the integral magnetic solenoid
operated valve.
Their compact design makes them ideally suited where space is
limited, for example in ducts. Within the scope of their specification they can be used on industrial and commercial applications.
Special Features
• High flow capacity
• Light weight
• Fitting of impulse link pipework is not necessary
• Pilot valves are in two versions - normally closed (standard)
and normally open (to special order)
• Powder coated inside and outside - Powder used is physiologically and toxicologically safe
• Integral control circuit and ball valves
Construction
The magnetic solenoid valve comprises:
• Housing with PN16 flanges per ISO7005-2, EN1092-2
• Magnetic solenoid pilot valve
• Control circuit with ball valves
• Control circuit with integral rinsable filter insert
Materials
• Ductile iron housing, cover plate and diaphragm plate
(ISO 1083), powder coated
• Red bronze/stainless steel regulating cone
• Stainless steel pressure spring and control rod
• Fibre-reinforced NBR diaphragm
• NBR and EPDM seals
• Stainless steel valve seat
• High quality synthetic material control circuits
• Brass compression fittings
• Brass magnetic solenoid pilot valve housing
EN0H-1330GE23 R0807 • Subject to change
• Stainless steel filter insert
Range of Application
MediumWater
Operating pressureMax. 16 bar
Magnetic solenoid pilot
valve
Technical Data
Operating temperature Max. 80 °C
Nominal pressurePN 16
Minimum pressure0.7 bar
Connection sizeDN 50 - 450
Version A =Normally closed
230 V/50 Hz, IP 65
Version AA =Normally open
230 V/50 Hz, IP 65
Version B =Normally closed
24 V/50 Hz, IP 65
Version BB =Normally open
24 V/50 Hz, IP 65
PN 25 on request
www.honeywell.com59
Page 2
MV300 Magnetic solenoid valve
Method of Operation
At zero pressure the valve is closed. When opened to flow, water
enters the inlet area and the rising pressure opens the valve so
that water flows into the outlet area. The magnetic solenoid pilot
valve is normally closed when the electrical supply is off, so the
pressure from the inlet increases the pressure above the
diaphragm. The pressure above the diaphragm built up in this
way then becomes significantly greater than the pressure on the
valve plate (which is also created by the inlet pressure), so that
the valve then closes. As soon as the magnetic solenoid pilot
valve opens, the pressure in the diaphragm chamber falls to
atmospheric pressure and the pressure then exerted on the valve
plate surface causes the valve to begin to open.
Options
MV300- ... A = Housing with flange PN 16, ISO 2084,
Magnetic solenoid pilot valve 230 V / 50 Hz
closed when electrical supply off
MV300- ... AA = Housing with flange PN 16, ISO 2084,
Magnetic solenoid pilot valve 230 V / 50 Hz
open when electrical supply off
MV300- ... B = Housing with flange PN 16, ISO 2084,
Magnetic solenoid pilot valve 24 V / 50 Hz
closed when electrical supply off
MV300- ... BB = Housing with flange PN 16, ISO 2084,
Magnetic solenoid pilot valve 24 V / 50 Hz
open when electrical supply off
MV300- ... Z = PN 25, on request, closed when electrical
With double mesh, grey cast iron housing, powder
coated inside and outside.
A = Mesh size approximately 0.5 mm
F76S-F Reverse-rinsing filter
FY69P
Red bronze housing and filter bowl. Available in sizes
DN 65 to DN 100, with filter mesh sizes 100 µm
or 200 µm
RV283P Check valve
Grey cast iron housing, powder coated inside and
outside. DIN/DVGW tested in compulsory test sizes
DN 65, DN 80 and DN 100
RV283P
F76S-F
EN0H-1330GE23 R0807 • Subject to change
60www.honeywell.com
Page 3
Installation Example
MV300 Magnetic solenoid valve
Installation Guidelines
• Install shutoff valves on both sides of the pressure sustaining
valves
• Install strainer upstream of filling valve
o Protects against damage from coarse dirt
• Note flow direction (indicated by arrow)
• Ensure good access
o Simplifies maintenance and inspection
• Install connectors for removal and refitting for maintenance
Flow Diagram
Typical Applications
Magnetic solenoid valves of this type, within the limits of their
specification, are suitable for installation in water supply systems,
in buildings and in commercial and industrial installations.
The following are some typical applications:
• Potable water supply
• Firefighting systems - sprinkler installations
• Watering systems in market gardens and in agriculture
Manufactured for and on behalf of the
Environmental and Combustion Controls Division
of Honeywell Technologies Sàrl, Ecublens, Route
du Bois 37, Switzerland by its Authorised Representative Honeywell GmbH