They frequently use solenoids, a magnetized electromechanical coil in which movement of a plunger or vent allows movement through the valve. More specifically, either a passage-blocking plunger moves through the valve or, in the case of pneumatic air solenoids, a small vent changes pressure in the valve and allows flow. Because the solenoid coil is activated electrically, the valve can be switched remotely by programming, sensors, or device memory. Read More…
Solenoid Solutions manufacturers custom direct-acting 2 and 3-way solenoid valves and multi-valve manifolds for OEMs in the medical, appliance, transportation, power generation and industrial equipment markets.
Our solenoid valves are all tested in house following very strict quality guidelines. We opened our doors in 1936 and ever since then we have been committed to bringing top of the line products and customer service that cannot be beat!
At Electric Solenoid Valves, we specialize in providing comprehensive solutions for solenoid valves, tailored to meet the diverse needs of our valued clientele. With expertise in fluid control systems, we have established ourselves as a trusted leader, known for our unwavering commitment to quality, innovation, and customer satisfaction. Our product offerings encompass a wide range of solenoid...
Deltrol Controls manufactures and designs a full line of stock and custom solenoids, electrical relays, dispensing valves, and custom switch assemblies. Customer satisfaction is our number one priority so we employ talented workers and stay up-to-date with the latest technology. Whatever your specific need is, Deltrol Controls has the solution. To receive a quote or more information please...
Versa® Products offers a wide range of pneumatic control valves, air valves and solenoid design. We have maintained our commitment to quality products and services since our company was established in 1949. We are a solenoid valve manufacturer, offering solenoids in brass and stainless steel.
More Air Valve Manufacturers
Solenoid air valves are manufactured in a variety of styles in order to accommodate many flow control applications. For example, many air valves are available in either plastic or metal designs depending on the needs of the process.
The size of the valve can vary as well; high-pressure solenoid valves are used to control the flow of fluids or gasses in high-pressure applications by providing steady pressure into a lower pressure system. Other solenoid valves are used with water or gas. Because strong force can be largely self-generated within pneumatic valve chambers, air valves are valued for their low energy requirement and low-maintenance.
Air valves are widely used in many industries. Possible applications include compressed air-powered tools like jackhammers, vacuums, ventilation systems, laser printers and medical and dental air-powered equipment.
Both air valves and solenoid valves alike have many variables and are available in a range of different styles. There are two types of solenoid-activated air valves: pneumatic and direct acting. Pneumatic, or piloted, solenoids combine a pneumatic valve with a small solenoid vent chamber, allowing the valve to function pneumatically through changes in gas pressure while still being activated by solenoid. Direct acting valves have a basic construction and use a plunger or a sealing pin to block the passage of air through the valve. A solenoid coil atop the plunger moves it when activated.
Both pneumatic and direct acting air valves can be manufactured to have multiple outlets. Two-way pneumatic valves are quite common in space heating and cooling and 3 way valves may be used to heat multiple apartments from the same source. Pneumatic air valves are convenient for multiple-line valves because air is easily compressed and directed to different outlets using the basic principles of air compression.
Solenoid pilots make applications like space heating easy to automate, activate or trigger remotely. Hysteresis, or a path-dependent memory, can be programmed into the solenoid, making it so that solenoid air valves can regulate temperature or pressure with minimum human input.
