Compressed air solenoid valve _
Compressed air solenoid valves are essential components for the management and control of air flows in pneumatic systems. Used in industrial, commercial and automated systems, they guarantee precision, reliability and safety in the interruption and passage of air flow.
Compressed air solenoid valve operation
The operation of compressed air solenoid valves is based on the electrical operation of solenoids which, when activated, opens or closes the air passage. The main action modes include:
- Direct solenoid: ideal for low flow rates and pressures, it guarantees a quick response.
- Piloted: uses air pressure to facilitate valve opening, suitable for high flow rates.
- Universal: it can operate both as a direct and piloted valve, depending on the operating conditions.
ODE offers a wide range of solenoid valves for compressed air, designed to meet different technical needs:
- 2/2-way solenoid valves: simple opening/closing of flows.
- 3/2-way solenoid valves: control of single-acting actuators.
- 5/2 and 5/3-way solenoid valves: management of double-acting cylinders with multiple control positions.
- Normally closed or open solenoid valves: configurable according to the needs of the system.
Our Compressed air solenoid valves
Steam valve applications
Industrial automation:
control of pneumatic actuators and cylinders.
Machinery for packing and packaging:
synchronisation of mechanical movements.
Food and pharmaceutical industry:
applications where precise and hygienic control is required.
Ventilation systems and compressors:
management of compressed air flows.
Automated production line:
integration into PLCs and centralised control systems.
Advantages of ODE compressed air solenoid valves
Operational reliability
even under heavy-duty working conditions.
Speed of response
fundamental in automated cycles.
Wide compatibility
with pneumatic systems and control systems.
Reduced energy consumption
thanks to efficient solenoids.
Easy installation and maintenance
with modular and compact design.
