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Power management boosts solenoid-valve performance

Next-generation solenoids draw less power and produce more force. Solenoids have long been used to control valves and fluid flow. A typical solenoid converts an input voltage to magnetic force that attracts a moveable core which, in turn, opens or closes a valve. Different size solenoids provide specific flow and pressure ratings, and are often customized to meet customer requirements. Despite their proven use in fluid-control applications, the downside is that most solenoids do not have power-management capabilities -- and this wastes energy. That's because solenoids require a lot of power to open a valve but substantially
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Linear Solenoids
Linear solenoids convert electrical energy into mechanical power via a plunger with an axial stroke in either a push or pull action.
Air Valves
Air valves allow metered fluid flow in one or both directions. They are used in pneumatic circuits to regulate the rate of activation or exhaust of cylinders and other pneumatic devices.
Water Valves
Water valves are designed to handle and control hot water, cold water, ground water, potable water, salt water and/or wastewater. They are made from metal or plastic.
Rotary Solenoids
Rotary solenoids are electromechanical devices that convert axial motion into rotary strokes. These transducers have a higher starting force (torque) than linear solenoids, and are more resistant to shock.
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