FXE3-10BM1

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An FXE3-10BM1 is a multi-functional flow switch with a variety of features. It is a device which is used to detect liquid flow changes as well as air flow changes in pipes, tanks, and other similar vessels. The device is mainly used to measure the flow rate of fluids and gases, as well as measure the pressure within a closed system.

This multi-function flow switch is designed for easy detection of flow changes in vessels, pipes, and tanks for liquids, fuel, steam, and air. The device features a large number of options, allowing users to customize their applications to specific needs. It also has a number of features to help ensure reliability and safety when operating in a hazardous environment.

The FXE3-10BM1 is equipped with a four-way switch for sensing the flow rate of fluids, gases, and air. It can be connected to a transmitter for monitoring and logging changes in flow pressure or air flow rate. It is designed to be used in a variety of applications, such as cooling systems, water distribution, and other processes that require accurate measurement of flow rate. The device can be connected directly to a PLC or other automation systems for user control of systems.

In addition, the FXE3-10BM1 has a simple and intuitive user interface, which allows users to quickly configure and operate the device. It also has adjustable settings to customize the device for various application fields. Moreover, the device is designed to withstand a wide range of environmental conditions, including extreme conditions.

The working principle of the FXE3-10BM1 is based on the Bernoulli Principle, which states that when an incompressible fluid is flowing through a pipe, the pressure at any point is proportional to the velocity of the fluid. By detecting changes in the fluid\'s velocity, the device measures the flow rate. This is done by using either a float type switch or an ultrasonic type switch.

The float type switch consists of two switches that are connected together. When the float rises, the switch is activated and the device measures the flow rate of the fluid. On the other hand, the ultrasonic type switch measures the flow rate using ultrasonic pulses which are sent through the pipe. The pulses bounce off of any changes in the fluid\'s velocity, which are then measured.

The FXE3-10BM1 application fields include water and wastewater treatment systems, water distribution, cooling systems, chemical processing plants, and general industrial applications. It can also be used in automobiles or other vehicles that require accurate measurement of air flow. The device can be used in hazardous environments, such as in petrochemical plants, pipelines, and military applications.

In conclusion, the FXE3-10BM1 is a multi-functional flow switch with a variety of features and applications. It is a device which is used to detect liquid flow changes as well as air flow changes in pipes, tanks, and other similar vessels. The device features a large number of options, allowing users to customize their applications to specific needs. The working principle of the FXE3-10BM1 is based on the Bernoulli Principle, which states that when an incompressible fluid is flowing through a pipe, the pressure at any point is proportional to the velocity of the fluid. The device is mainly used in water and wastewater treatment systems, water distribution, cooling systems, chemical processing plants, and general industrial applications.

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