81519379

Connection Method:	--
Weight:	0.077 lb (34.93g)
Approvals:	cUL, UL
Mechanical Life:	50,000,000 Cycles
Operating Temperature:	-10°C ~ 50°C
Ingress Protection:	IP20
Features:	Manual Override, Rotatable Connector, Supply Voltage 220 ~ 230VAC
Mounting Type:	Sub-Base Mount
For Use With/Related Products:	--
Series:	--
Fluid Type:	Air, Inert Gas
Orifice Diameter:	0.020" (0.50mm)
Operating Pressure:	15 ~ 116 PSI (1 ~ 8 bar)
Actuator Type:	--
Function:	3/2 Normally Closed
Type:	Solenoid Valve
Part Status:	Active

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Pneumatics

Pneumatics is the use of pressurized air to generate a mechanical force. This mechanical force is then used to power a variety of applications, from simple air compressor applications to more complex and sophisticated industrial applications. The primary goal of pneumatics is to generate a steady flow of air for a specific application. This type of force is usually generated by an air compressor, which takes in atmospheric air, compresses it, and then releases it into a storage container or directly to an air outlet. The main components of a pneumatic system are the air compressor, a pressure regulator, an air tank, and a control valve. The air compressor is the main component in a pneumatic system and is responsible for powering the pneumatic devices. The compressor compresses atmospheric air and sends it into a storage container or an outlet. The pressure regulator then controls the amount of pressure that is released into the system. This is done by controlling the flow of air that is released by the air compressor and adjusting the amount of pressure that is produced. The air tank is used to store the compressed air so that it can be used in applications such as pneumatic tools or other applications that require a steady supply of air. Finally, the control valve is used to control the amount of air that is being released from the air tank. Applications of pneumatics include pneumatic tools such as drills, saws, grinders, and screwdrivers, as well as pressurization systems for manufacturing and industrial processes. They are also used in many areas of industrial science, such as robotics and automation. Pneumatics are used in many manufacturing processes, as they provide a reliable, safe, and efficient way to actuate machines and other machinery.

Hydraulics

Hydraulics is a branch of physics and engineering that studies the relationship between pressure in a closed system and the forces that it exerts on its environment. A hydraulic system is a system that utilizes pressure in one or more fluids to perform a task that would otherwise be impossible. Examples of common applications of hydraulics include braking systems, lifting systems, excavating systems, and construction systems. The main components of hydraulic systems are hydraulic pumps, accumulators, servovalves, and control valves. The hydraulic pump is responsible for providing the pressure in the system. The accumulator is a storage device which stores hydraulic fluid for later use. Servovalves are hydraulic valves that control the pressure created by the hydraulic pump. Finally, the control valves are responsible for determining when and how much pressure is applied. Hydraulics are used in many industries, such as automotive manufacturing, construction, and agriculture. In automotive and construction, hydraulic systems provide a safe and efficient way to actuate firearms, cranes, excavators, and aerial lifts. In these applications, the hydraulic system provides the necessary power to move heavy loads and complete a task in an efficient manner. In agriculture, hydraulics are used in the form of power take-offs and hydraulic lifts. Power take-offs are devices that allow farmers to power machines such as tractors and combines with hydraulic power. Hydraulic lifts are used to raise and lower implements, such as plows and harrows. In summary, pneumatics and hydraulics are two types of force generation systems. Pneumatics is the use of pressurized air to generate a mechanical force, while hydraulics is the use of pressure in a closed system to perform tasks that would otherwise be impossible. Both types of systems are used in a wide variety of industries, and each has its own set of applications and components.

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