81922211

Series:	--
Part Status:	Active
Type:	Position Detector
Function:	3/2 Normally Closed
Actuator Type:	Side Rotary - No Lever
Operating Pressure:	1 ~ 116 PSI (0.1 ~ 8 bar)
Orifice Diameter:	--
Fluid Type:	Air, Inert Gas
Connection Method:	Threaded 1/8" BSP
For Use With/Related Products:	--
Mounting Type:	Chassis Mount
Features:	--
Ingress Protection:	--
Operating Temperature:	-5°C ~ 50°C
Mechanical Life:	--
Approvals:	--
Weight:	--

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Pneumatics

Pneumatic systems are often used in areas such as industrial process control where relative flexibility and low cost are desired. Automation is possible with the use of certain types of solenoid valves, and other electrical and electronic components.Pneumatic systems use pressurized gases such as air, nitrogen, and other chemical mixtures. These gases are typically stored in high pressure tanks, generally of metal. In pneumatic systems, the gas is then passed through piping to various points where mechanical or electronic components are used to create motion, such as pushing, pulling, rotating, or opening/closing a valve.In terms of 81922211 application field and working principle, pneumatic systems can typically be broken down into two main components:First is the power source, which provides the power for the pneumatic action. This is typically an air compressor, which acts to compress the air to a pressure higher than atmospheric pressure. This helps to increase the pressure in the pipes and hoses which carry the air to the desired output, such as pushing a piston.Second is the control system, which is responsible for controlling the flow of the compressed air. Components such as valves, regulators, actuators and controllers are used to control the flow of the gases so that the desired output is achieved.

Hydraulics

Hydraulic systems are more commonly used in industries such as automotive and aerospace, where high force and precision are desired. These systems use fluids such as hydraulic oil or water, which are stored in a closed system of tanks, reservoirs, and piping.In terms of 81922211 application field and working principle, hydraulic systems are based on the principles of Pascal’s Law, which states that any pressure applied to a confined fluid will be transmitted equally throughout the system. As such, hydraulic systems rely on the pressure generated by a pump to drive a piston to create, force or motion.The power source in a hydraulic system is typically a pump, which acts to pressurize the fluid using pressure and/or centrifugal forces. This pressure is then used to drive pistons in hydraulic actuators, such as cylinders and motors, which in turn are used to create the desired output, such as lifting an object or opening a valve.The control system in a hydraulic system is usually more complex than in a pneumatic system, and includes components such as valves and solenoids. These are used to regulate the flow of the fluid through the system in order to create the desired output.

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