3/8" BSP normally open stainless steel solenoid valve - 3.5 mm orifice EPDM seal
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Stock Code: E210CE35
Our Price (Ex VAT): £195.21
Low Stock

PRODUCT OPTIONS


Normally open stainless steel solenoid valve supplied without solenoid coil, suitable for use with air, water, steam, oil and other non-corrosive fluids.

Orifice (mm): 3.5
Pressure range(bar): 0- 7 bar
Seal type: EPDM
Supplied without coil: requires Type 2 or Type 5 coil
Connector type: CNE Large for type 2 coils and type 5 coils 

Manufactured by ACL srl the Series 210 comprises a range of 2 way normally open direct acting solenoid valves. Featuring a stainless-steel body, armature tube and springs. The fixed and moving armatures are produced in magnetic stainless steel. In order to maximize chemical compatibility with the media the Series 210 offers a choice of seal material: NBR, FPM, or EPDM.

For most media the Series 210 can be used at up to a maximum pressure of 50 bar,** for steam the maximum allowable pressure PS is 2,5bar (gauge pressure).

ACL produce both class F and class H coils to fit the Series 210, these coils are continuously rated with ED=100%, when fitted with the Class F coils the ambient temperature range for the valve is: -10°C +55°C with class H coil this increases to +80°C.

These solenoid valves can be mounted in any position.

Several options are available (contact Beta Valve sales office) these include:

Stainless steel armature tube
Version for use with industrial oxygen
UL approved coils

** Dependent on valve/coil combination chosen.

Further Information.

Electrical Features - Protection class IP, insulation class, service and power information for ACL coils.
Seal Materials - A quick guide to the seal materials used in our solenoid valves.
Units Of Measure - Commonly used physical and technical units symbols.
Technical Tables - Technical tables for pressure, steam, viscosity, temperatures and gravity.
Valve Response Times - Response time information for ACL solenoid valves
Flow Calculation - (Kv) - We help explain how to work out your valves KV

For more informative articles view our WIKI page


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