Valves for air
29Pages

SOLENOID VALVES • Product pages show the standard version of the valve. • Various options are available including Stainless Steel bodies • OPD shown indicates highest value of product series

21 Series 2/2 Normally Closed Features & Benefits • Direct acting • Compact Valve Design • Wide Range of Available Orifices • Zero Pressure Rated • Choice of Valve Body Material and Seals • Exd and Exm Options • Choice of electrical connections • Suitable for vacuum applications • Valve operation is not affected by mounting position • Response time 5-25ms Out (2) In (1) Electrical Characteristics Features Available Voltage DC (=): 12v, 24v, 110v Class H (BS EN 60085) 180°C (E5 type) 19VA, 14.5 watts 1.0 4 10 30 60 400 200 1000 4000 10 150 115 SSU How to use the Flow Chart 1. Select the...

SOLENOID VALVES • Tested in accordance with BS EN 12266-1 See solenoid enclosures for specific details Manual Override Option Mounting Bracket Option Available LED power indicator option Body Material See corrosion reference guide and sealing solutions for material compatibility

SOLENOID VALVES ■ Compact Valve Design ■ Choice of Valve Body Material and Seals ■ Choice of electrical connections ■ Valve operation is not affected by mounting position Qn = Flow of air in litres/min @ 20°C. Input 6 bar Ap of 1 bar 1. Select the required flow. 2. Note the corresponding orifices/model and pressure drop. 3. Using orifices/model, (refer to the Features panel) for technical information

SOLENOID VALVES • Tested in accordance with BS EN 12266-1 • PED Compliant Solenoid Coil may be • Dimensions given in mm rotated tQ any ang|e Body Material See corrosion reference guide and sealing solutions for material compatibility Mounting Tappings option Mounting Bracket Option Available LED power indicator option

SOLENOID VALVES Compact Valve Design Zero Pressure Rated Choice of Valve Body Material and Seals Suitable for vacuum applications Direct acting Qn = Flow of air in litres/min @ 20°C. Input 6 bar Ap of 1 bar 1. Select the required flow. 2. Note the corresponding orifices/model and pressure drop. 3. Using orifices/model, (refer to the Features panel) for technical information

SOLENOID VALVES • Tested in accordance with BS EN 12266-1 Body Material See corrosion reference guide and sealing solutions for material compatibility Mounting Bracket Option Available LED power indicator option

SOLENOID VALVES ■ Robust Valve Design ■ Fully Ported Orifices for high flow ■ Choice of Valve Body Material and Seals ■ Suitable for vacuum applications Qn = Flow of air in litres/min @ 20°C. Input 6 bar Ap of 1 bar 1. Select the required flow. 2. Note the corresponding orifices/model and pressure drop. 3. Using orifices/model, (refer to the Features panel) for technical information

SOLENOID VALVES • Tested in accordance with BS EN 12266-1 • Stainless steel dimensions vary from table - consult factory Body Material See solenoid enclosures for specific details See corrosion reference guide and sealing solutions for material compatibility ANSI and PN flange connections available Mounting bracket option available Stainless steel valves above 1" refer to ACDLSS LED power indicator option Slow close option

SOLENOID VALVES ■ Pilot driven solenoid valves Fully ported flow for various media i.e air, water, oil and inert gas. • Diaphragm operated Qn = Flow of air in litres/min @ 20°C. Input 6 bar Ap of 1 bar 1. Select the required flow. 2. Note the corresponding orifices/model and pressure drop. 3. Using orifices/model, (refer to the Features panel) for technical information

SOLENOID VALVES Body Material See corrosion reference guide and sealing solutions for material compatibility LED power indicator option

SOLENOID VALVES Heavy Duty Valve Design Piston Operation Wide Temperature Range Capabilities Choice of Valve Body Material and Seals Qn = Flow of air in litres/min @ 20°C. Input 6 bar Ap of 1 bar 1. Select the required flow. 2. Note the corresponding orifices/model and pressure drop. 3. Using orifices/model, (refer to the Features panel) for technical information

SOLENOID VALVES • Tested in accordance with BS EN 12266-1 Body Material See solenoid enclosures for specific details ANSI and PN flange connections available Mounting bracket option available LED power indicator option See corrosion reference guide and sealing solutions for material compatibility

SOLENOID VALVES Ideal for High Pressure Applications Compact Valve Design Piston Operated Choice of Valve Body Material and Seals Electrical Characteristics Qn = Flow of air in litres/min @ 20°C. Input 6 bar Ap of 1 bar 1. Select the required flow. 2. Note the corresponding orifices/model and pressure drop. 3. Using orifices/model, (refer to the Features panel) for technical information

SOLENOID VALVES Body Material See solenoid enclosures for specific details LED power indicator option Inline connection versions Mirror pattern connection versions See corrosion reference guide and sealing solutions for material compatibility

SOLENOID VALVES Compact Valve Design High pressure valve Zero Pressure Rated Choice of Valve Body Material and Seals Direct Acting Flow of air in litres/min @ 20°C. Input 6 bar Ap of 1 bar 1. Select the required flow. 2. Note the corresponding orifices/model and pressure drop. 3. Using orifices/model, (refer to the Features panel) for technical information

SOLENOID VALVES Body Material See corrosion reference guide and sealing solutions for material compatibility LED power indicator option Mounting bracket option

SOLENOID VALVES ■ Zero Pressure Rated ■ Ideal for In-Line System Service and Repair ■ Choice of Valve Body Material and Seals ■ Design accommodates for Exd and Exm options Qn = Flow of air in litres/min @ 20°C. Input 6 bar Ap of 1 bar Flow Data 1. Select the required flow. 2. Note the corresponding orifices/model and pressure drop. 3. Using orifices/model, (refer to the Features panel) for technical information