81518020

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Pneumatics and hydraulics are two important engineering disciplines that are used for a variety of different applications. Both utilize pressurized fluids to generate mechanical force and motion. This article will explore the application field and working principle of 81518020, which has been designed for use with both pneumatic and hydraulic systems.

Pneumatic Applications

Pneumatics are used extensively for control and automation applications. 81518020 offers flexibility for use in a variety of pneumatic applications. These applications include motion control, process control, flow control, pressure control, and many others. 81518020 can be used with a wide range of pressurizable mediums, such as compressed air, nitrogen, oil, and water. It can be used for applications involving both low and high pressure systems. For example, it can assist with controlling the pressure in a pressurized storage tank or operating a hydraulic actuator. Additionally, 81518020 can be used in applications requiring precise control of the targeted pressure.

Hydraulic Applications

Hydraulics are used mostly for power transmission applications. 81518020 can be used in a variety of these applications, such as automotive systems, industrial machinery, and construction equipment. 81518020 can be used with a wide range of pressurizable fluids, such as mineral oil, motor oil, and other specialty oils. It can also be used for applications involving both low and high pressure systems. For example, it can assist with operating larger hydraulic cylinders in high-pressure systems or controlling the pressure in a low-pressure system. In addition, 81518020 can be used to precisely regulate the pressure set point.

Working Principle

81518020 operates by using a pressurized fluid to generate mechanical force and motion. The fluid enters the device and passes through a pressure transducer, which converts the pressure of the fluid into an electrical signal. This signal is used to control a valve, which is set to the desired pressure set point. When the pressure of the fluid reaches the set point, the device will close the valve and stop the flow of the fluid. This process is repeated until the desired pressure is achieved.

When the pressure in the system changes, the pressure transducer detects the change and adjusts the valve accordingly. This allows the device to maintain the desired pressure level at all times. Additionally, the device can be programmed to respond to changes in flow rate by adjusting the valve in order to maintain the desired pressure level. This makes 81518020 an ideal choice for use in applications that require precise control of pressure levels.

81518020 is a versatile and reliable device that is suitable for use in a variety of pneumatic and hydraulic applications. It is designed to provide precise control of pressure levels, making it an ideal choice for a variety of applications. Furthermore, it can be used in applications that involve high and low pressure systems, which makes it a suitable choice for a wide range of situations.

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