Solenoid Directional Control Valve is used in Aerospace Projects

Solenoid directional control valve is used with hydraulic equipment and pneumatic machinery. They are a more cost effective option when compared to other valves. If your application requires the fluid to flow in different paths using a single source or multiple sources, these valves serve the purpose best.  You can use the control valve with both single and double acting cylinders.

Valves made by Interface Devices Inc. (IDI) are reliable enough to be used in aerospace projects. One can choose a valve based on the number of ports, number of positions, actuating methods and type of spool needed. IDI offers the patented “Zero-leak” 4-way solenoid valve for pressures up to 6000 psi.

The poppet-style valves eliminate the risk of leakage due to the strong aerodynamic seals used in its design. These are best for maintaining pressures for long durations with hydraulic equipment. One can save on cost, as the hydraulic supply will not require any electric power to function. All hydraulic machines require a heat exchanger due to the excessive amount of heat produced during operation. With IDI valves there are no such issues. The solenoid directional poppet-style valves work without generating much heat. 

The valves can be mounted on international standard sub plates: D03, NG6, and ISO 03. The D03 is available in many configurations to suit unique applications. Save on energy while getting pressures of up to 5000 psi (340 bar). The valves are designed to be simple and easy to use. The low maintenance valves can be used with multiple cylinders and you may also use more than one valve on one system.

 Interface Devices Inc. (IDI) is a reliable choice for gas boosters, pneumatic and hydraulic pumps and valves. The poppet-style valves are widely used for applications that require power workholding. Get fast and dependable delivery of liquids when you use the valves with E, H & P Series liquid pumps.

Looking for a solenoid directional control valve? Click here: http://www.interfacedevices.com/                             

Solenoid Directional Control Valve Controls Flow of Liquids

Solenoid directional control valve is used to regulate and control the flow of liquids and gases. The non- mechanical valves rely on the condition of the controlled gas or liquid to open and close the same. Flow control valves can also be regulated by external monitoring devices such as pressure gauges or temperature gauges.

Flow control valves can be either a diaphragm or globe valve, or modified ball and gate valves. Hydraulic mechanism is used commonly to regulate a flow valve. The hydraulic mechanism makes the valves automatic as it does not require a sensor or an external mechanism to regulate the opening of the valve. A built-in relief mechanism is included in the hydraulic valves.  A wide variety of relief mechanisms are available to use the unsuitable conditions of the regulated liquid to operate the valve. 

Steam generators use a relief valve that is also called a pressure flow control valve. These valves help in prevention of steam explosions. When the steam goes unregulated, it can rupture the boiler tubing. When the steam reaches the desired high pressure, the pressure alone is enough to open the valve.

An altitude valve is another type of flow control valve which controls the volume of fuel and water tanks. A built-in switch is used to close the valve after the tank is full. The valve remains open when the water or fuel is filing the tank. 

Solenoid directional valves are an important part of hydraulic equipment and pneumatic machinery. They are used with one or more sources from where the fluid is directed in different paths. These valves are used in aerospace projects due to their highly reliable built and design.  You can use these durable valves with single or double acting cylinders. These valves can be chosen according to the number of ports, number of positions, actuating methods and type of spool required. The zero leakage valves feature aerodynamic seals that are most durable.  

Looking for a solenoid directional control valve? Click here: http://www.interfacedevices.com/                             

Solenoid Directional Control Valve Works Without Heat Exchangers

Solenoid directional control valve are a more cost effective choice as compared to other valves on the market. These valves are an essential part in hydraulic equipment and pneumatic machinery. They let fluid run into different paths from one or more sources. They are used with single and double acting cylinders and are a reliable choice for aerospace projects. Valves are chosen according to the number of ports, number of positions, actuating methods and type of spool required.

The poppet-style valves are designed to offer zero leakage. The strong aerodynamic seals used in the valves are most durable. You can use the valves with hydraulic pumps to maintain the most favorable pressures. When the hydraulic supply does not require any electric power to function, it helps save on cost of the project. Most valves require heat exchangers but not the solenoid directional poppet-style valves.  You can easily mount the valves to international standard sub plates: D03, NG6, and ISO 03.

The D03 is available in various configurations to suit your project requirements. Get pressures of up to 5000 psi (340 bar) while saving on energy. Interface Devices Inc. (IDI) is popular for their 

boosters, pneumatic and hydraulic pumps and valves. The company has been in the news for their poppet-style valves that feature aircraft-grade 7075 T651 aluminum body and heat-treated poppet seats.

Due to the smart engineering of the valves, they are safe, low maintenance and easy to work with.  You can use more than one valve on a single system and use more than one cylinder with the valve. For applications that require power workholding, the poppet-style valves are most popular. For faster delivery of liquids and for best performance use the valves with E, H & P Series liquid pumps made by IDI.

Looking for a solenoid directional control valve? Click here: http://www.interfacedevices.com/