 |
| 0SERIES
CRYOGENIC |
| 0TEMPERATURE |
| 0Maximum
Temp |
65°C |
| 0Minimum |
-196°C |
| |
|
Series
Cryogenic solenoid valves are designed to withstand low working
temperatures with cryogenic liquids such as oxygen,argon,nitrogen
and liquid carbon dioxide. The
CRYOGENIC solenoid are used in applications such as:
• Freezing systems
• Electrical medical equipment
• Liquid nitrogen shotblasting machines
• Electronics industry
|
 |
| 0GENERAL
PURPOSE |
| 0SERIES
20 |
| 0Maximum
Pressure |
155
bar |
| 0Minimum |
0 |
| |
|
Series
20 solenoid valves have a direct action and do not require a
minimum differential pressure to operate. Series 20 solenoid
valves are ideal for controlling a large range of media compatible
with stainless steel and the seal material.
Some typical application examples:
• Automation systems • Instruments
• Water treatment systems • Automatic dispensers
• Spraying equipment • Dental equipment
• Machines for the food industry |
 |
| 0HIGH
FLOW |
| 0SERIES
28 |
| 0Maximum
Pressure |
105
bar |
| 0Minimum |
1
bar |
| |
|
Series
28 solenoid valves have a piloted piston for
actuating high pressure systems and require a minimum differential
pressure to operate.
Series 28 solenoid valves are used in systems where a high flow
rate of the media is required with a high
working pressure.
Some typical application examples:
• Hot pressing systems • Compressors
• Car wash plants • Pumps
• High pressure cleaning machines • Spraying systems |
 |
| 0BUBBLE
TIGHT |
| 0SERIES
30 |
| 0Maximum
Pressure |
14
bar |
| 0Minimum |
0 |
| |
|
Series
30 solenoid valves are direct operated and do not require a
minimum differential pressure to operate. Series 30 Solenoid
valves are used in applications which require actuation and
automatic discharge for moving systems in the areas listed below
Some typical application examples:
• Automation systems • Instruments
• Automatic dispensers • Food industry
• Pharmaceutical industry • Batch machines
• Zootechnical industry |
 |
| VACUUM
VALVES |
| 0SERIES
123 |
| 0Maximum
Pressure |
5
bar |
| 0Minimum |
0 |
| |
|
Series
123 solenoid valves are ideal for automatic control of media
for a wide range of uses which require zero or very low differential
pressures.
Some examples of applications are:
• Thermohydraulic systems • Hydrocleaners
• Industrial dishwashers • Instruments
• Food industry equipment • Closed circuits
• Polyurethane systems • Metal smelting plants
• Environmentally-friendly systems
• Suction pad manipulators
In vacuum applications series 123 valves can be used in a range
from 10-3 to 10+3
torr. |
 |
| 0LOW
FLOW RATES |
| 0SERIES
131.4 |
| 0Maximum
Pressure |
8
bar |
| 0Minimum |
0 |
| |
|
Series
131.4 solenoid valves are direct operated.
They are used for general applications with media such as inert
gases and light oils. Series 131.4 solenoid valves are used
for the automatic control of media where low flow rates are
required.
Some
examples of applications are:
• Diesel oil burners • Gas analysers
• Lubrication systems • Fumes analysers
• Distribution of light oils
• Measurement and control instruments
• Welding machines with controlled atmosphere |
 |
| 0ZERO
DIFFERENTIAL |
| 0SERIES
136 |
| 0Maximum
Pressure |
5.5
bar |
| 0Minimum |
0 |
| |
|
Series
136 solenoid valves are direct operated and do not require a
minimum differential pressure to operate. Series 136 solenoid
valves are ideal for the automatic control of media for the
following applications:
• Water purification plants • Generating sets
• Industrial refrigerators • Sterilisers
• Distribution of light oils • Air dehumidifiers
For air applications the maximum differential pressure
(MOPD) can be increased by 25%. |
 |
| 0UNIVERSAL
OPERATION |
| 0SERIES
139 |
| 0Maximum
|
10
bar |
| 0Minimum |
0 |
| |
|
Series
139 solenoid valves are universal and may be used as normally
closed, normally open for bypass and mixer applications depending
on the flow pattern chosen way. Series 139 solenoid valves are
used in applications which require actuation and automatic discharge
of moving systems. They enable the flow to be diverted towards
a single outlet or to select one flow from two.
Some typical application examples:
• Pneumatic systems • Air compressors • Pilot
valves
• Batch systems • Hydrocleaners • Dryers
• Instruments • Hygiene-health systems
• Paper and board manufacturing machines
• Automatic dispensers |
 |
| 0NORMALLY
CLOSED |
| 0SERIES
141 |
| 0Maximum
|
15
bar |
| 0Minimum |
0 |
| |
|
Series
141 solenoid valves are direct operated and do
not require a minimum differential pressure to operate. Series
141 solenoid valves are used in applications which require actuation
and automatic discharge of moving systems in the following applications.
• Espresso coffee machines • Sterilisers
• Diesel oil burners • Air compressors
• Polyurethane plants • Pilot valves
• Water treatment plants |
 |
| 0LOW
COST |
| 0SERIES
174 |
| 0Maximum
|
20 |
| 0Minimum |
0 |
| |
|
Series
174 solenoid valves have direct action and
therefore do not require a minimum differential pressure to
operate. Series 174 solenoid valves are ideal for the automatic
control of media with low flow rates. Some typical application
examples:
• Espresso coffee machines • Sterilisers
• Compressed air systems • Welding machines
• Wood working machines
• Electrical medical equipment
• Shoe-manufacturing machines |
 |
| 0LOW
POWER |
| 0SERIES
179 |
| 0Maximum
|
10
bar |
| 0Minimum |
0 |
| |
|
Series
179 solenoid valves have direct action and are
used in systems for pressurisation and automatic
discharge of media when small overall dimensions
and low electric absorption are required.
Series 179 solenoid valves are ideal for automatic
control of media where low flow rates are required.
Some typical application examples:
• Exhaust gas analysers • Sterilisers
• Scientific equipment • Automatic dispensers
• Electrical medical equipment Pilot valves |
