The V03, V04 and V05 series of IMI Norgren solenoid valves provide a wide range of power consumption and flow rate options to help you choose the perfect valve for your pneumatic system.

These valves can be used with compressed air, filtered, lubricated or non-lubricated. They feature a solenoid coil, polyester interface, IP65 ingress protection rating (with connector plug), and G1/8, G1/4 and 7mm interface porting. The base is zinc alloy (G1/8) or brass (G1/4). These solenoid valves have DIN 43650 Form A electrical connection (connector plug must be ordered separately).

• Exhaust diffuser is supplied as standard
• Uses durable stainless-steel tube and spring
• Nitrile seals offer excellent resistance to moisture, oil, grease, and abrasions and high tensile strength
• Reduced installation height due to convenient compact size
• Glass reinforced removable nylon coil with stainless iron armature

A poppet valve is a component used in pneumatic and hydraulic systems to help control flow of air or liquids. They are typically controlled via solenoids and can be set as either Normally Open or Normally Closed. They have faster response times compared to spool valves and a long service life due to less friction.

Keep the air in your setup on the move with this 2/2 pneumatic solenoid valve from IMI Norgren. It's IP65 rated, meaning it's dust-proof and can withstand light water sprays, so is suitable for use in dirty settings. Nitrile rubber seals give the cold shoulder to contaminants, so your equipment runs efficiently. If you want to get hands-on, this device has a manual override feature, so you stay in control at all times.

• Operating temperature range between -20°C and +50°C to support air-powered tools in harsh settings
• Standard G1/4 port means threading the connecting tubes is a cinch
• Brass body is hard-wearing and corrosion-resistant, so it's ideal for use in heavy-duty systems

• Manufacturing plants
• Automation industry
• Automotive production

This product features a solenoid/spring system to open and close airflow. When the unit is actuated, an electric current passes through the solenoid to create a magnetic field. This moves the internal metal rod to open the valve. As soon as the mechanism is released, it springs back into place and closes the airflow.