SOL3B4

Series:	SOL
Part Status:	Active
Type:	Solenoid Valve
Function:	2/2 Normally Closed, One-Way
Actuator Type:	--
Operating Pressure:	3 ~ 218 PSI (0.2 ~ 15 bar)
Orifice Diameter:	--
Fluid Type:	Inert Gas, Liquid
Connection Method:	Threaded 3/4" BSP
For Use With/Related Products:	--
Mounting Type:	Free Hanging (In-Line)
Features:	Supply Voltage 230VAC
Ingress Protection:	IP65 - Dust Tight, Water Resistant
Operating Temperature:	-20°C ~ 90°C
Mechanical Life:	--
Approvals:	CE

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Pneumatics

Pneumatics is the technology of using pressurized gas (usually air) to transmit power and create motion. There are numerous applications of pneumatics and one of them is the SOL3B4 application field. This type of application is often used in industrial settings, and it is used to automate a variety of operations.The SOL3B4 application field utilizes a combination of pneumatic systems and hydraulic systems. In order to understand how it works, it is important to understand the principles behind both pneumatics and hydraulics.Pneumatics is based on the principle of Pascal’s law, which states that the pressure applied to one area of a confined fluid is transmitted equally to all other areas of the container. This means that with the same amount of pressure applied in one area, the gas or liquid inside the container is forced to move outwards in all directions. The pressure can be determined using a pressure gauge and can be adjusted depending on the application.Once the pressure of the contained gas or liquid is determined, an actuator, such as a valve, is used to control the flow of the gas or liquid. The actuator is usually controlled by electrical signals or mechanical inputs. The majority of pneumatic systems use compressed air to create the required force and movement.

Hydraulics

Hydraulics is the technology of using pressurized liquid to transmit power and create motion. Similar to pneumatics, hydraulics uses Pascal’s law to determine the pressure of the liquid and an actuator to control the flow of the liquid. The primary difference between pneumatics and hydraulics is that hydraulics requires more pressure in order to create the same amount of force.The hydraulic portion of the SOL3B4 application field uses hydraulic cylinders to create the force and motion required for the applications. The hydraulic cylinders use pressurized liquid to create the necessary force and movement. The amount of pressure and actuator used for this type of application is determined by the specific needs of the application.The different components of the SOL3B4 application field, such as the pneumatic systems, the hydraulic systems, and the actuators, are all combined to create a single system for the operation and automation of certain processes. All of these components must work together in order for the system to function properly.The SOL3B4 application field is a unique combination of pneumatic and hydraulic technologies that can be used to automate a variety of operations. By understanding the principles of pneumatics and hydraulics, the applications of the SOL3B4 can be better understood and utilized. From industrial automation to robotic applications, the SOL3B4 application field offers a wide range of possibilities.

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