Steam solenoid valve
Steam solenoid valves are essential components for the precise control and management of steam flow in various industrial and domestic systems. Designed to ensure reliability, efficiency and operational safety, these valves guarantee the correct functioning of equipment that uses steam as an essential element.
Steam solenoid valve operation
Steam solenoid valves are electromechanical devices that regulate the passage of steam through an automated opening and closing system, electrically operated by a solenoid.
- Valve opening: When the solenoid is powered, it generates a magnetic field that activates the moving core, allowing steam to pass from the main circuit to the point of use.
- Valve closing: When the power supply stops, the magnetic field is interrupted and a return spring returns the core to the closed position, thus stopping the flow of steam and keeping the system safe.
Our steam solenoid valves
Technical features
Materials:
Brass, stainless steel, technopolymers resistant to high temperatures.
Operating pressure:
From a few bars up to hundreds of bars, adapting to different operating conditions.
Maximum temperature:
Up to 180-200°C, depending on model and application.
Type of action:
Monostable, bistable or proportional to precisely regulate steam flow
Connections:
Threaded, flanged or quick connection to facilitate installation.
Applications
Industrial sector:
Steam regulation in autoclaves, steam presses and sterilisation systems.
Food sector:
Steam control in professional ovens, kettles and cooking systems.
Professional coffee machines:
Steam adjustment for milk setting or for heating liquids.
Industrial laundries:
Steam management in professional presses and irons.
Heating and air conditioning systems (HVAC):
Steam control in central heating and air treatment networks.
Advantages
High durability:
Durable materials and components designed to operate under high thermal and pressure conditions.
Control precision:
They guarantee an accurate and constant management of the steam flow.
Reliability and safety:
Tested to ensure operational safety and prevent leaks or malfunctions.
Reduced maintenance:
Sturdy and simplified structure to minimise maintenance.
