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Circuit board device flowmeters (also known as PCB flowmeters or circuit board flowmeters) are mainly used to measure and monitor the flow of fluids (such as gases, liquids, etc.) during the circuit board production process or in related equipment. With the development of industrial automation, especially in the semiconductor, electronic component manufacturing and other industries, flow meters play an important role in maintaining process accuracy and optimizing production processes.
Introduction: An ultrasonic flowmeter on a circuit board device is an instrument often used to measure liquid or gas flow. It measures the flow rate of the fluid in the pipe by the difference in the propagation speed of the ultrasonic wave, and calculates the flow rate.
Features:
Non-contact measurement: The sensor of the ultrasonic flowmeter can be installed on the outer wall of the pipeline, and will not be in direct contact with the fluid, which is suitable for the measurement of high temperature, high pressure and corrosive fluids.
No pressure drop: Because it does not affect the flow of the fluid, it will not cause a pressure drop in the high-precision production equipment of the circuit board, and maintain a stable flow rate.
Easy installation: the installation can be completed without damaging the pipeline, especially for the installed pipeline, reducing the downtime of the equipment.
High measurement accuracy: Ultrasonic flowmeter can also provide high accuracy in the environment of small diameter and high flow rate, which is suitable for circuit board processing requiring precise flow control.
Note:
Key points of selecting ultrasonic flowmeter
Applicable pipe diameter range: Select the appropriate flowmeter according to the size of the equipment and pipe.
Measurement accuracy: According to the process requirements to choose the appropriate accuracy of the flowmeter.
Installation mode: Select the appropriate external clip, insert or pipe section installation mode to adapt to different equipment layouts.
Durability and stability: Choose equipment with high durability, corrosion resistance and interference resistance to cope with complex industrial environments.
Introduction: An ultrasonic flowmeter on a circuit board device is an instrument often used to measure liquid or gas flow. It measures the flow rate of the fluid in the pipe by the difference in the propagation speed of the ultrasonic wave, and calculates the flow rate.
Features:
Non-contact measurement: The sensor of the ultrasonic flowmeter can be installed on the outer wall of the pipeline, and will not be in direct contact with the fluid, which is suitable for the measurement of high temperature, high pressure and corrosive fluids.
No pressure drop: Because it does not affect the flow of the fluid, it will not cause a pressure drop in the high-precision production equipment of the circuit board, and maintain a stable flow rate.
Easy installation: the installation can be completed without damaging the pipeline, especially for the installed pipeline, reducing the downtime of the equipment.
High measurement accuracy: Ultrasonic flowmeter can also provide high accuracy in the environment of small diameter and high flow rate, which is suitable for circuit board processing requiring precise flow control.
Note:
Key points of selecting ultrasonic flowmeter
Applicable pipe diameter range: Select the appropriate flowmeter according to the size of the equipment and pipe.
Measurement accuracy: According to the process requirements to choose the appropriate accuracy of the flowmeter.
Installation mode: Select the appropriate external clip, insert or pipe section installation mode to adapt to different equipment layouts.
Durability and stability: Choose equipment with high durability, corrosion resistance and interference resistance to cope with complex industrial environments.
Introduction: An ultrasonic flowmeter on a circuit board device is an instrument often used to measure liquid or gas flow. It measures the flow rate of the fluid in the pipe by the difference in the propagation speed of the ultrasonic wave, and calculates the flow rate.
Features:
Non-contact measurement: The sensor of the ultrasonic flowmeter can be installed on the outer wall of the pipeline, and will not be in direct contact with the fluid, which is suitable for the measurement of high temperature, high pressure and corrosive fluids.
No pressure drop: Because it does not affect the flow of the fluid, it will not cause a pressure drop in the high-precision production equipment of the circuit board, and maintain a stable flow rate.
Easy installation: the installation can be completed without damaging the pipeline, especially for the installed pipeline, reducing the downtime of the equipment.
High measurement accuracy: Ultrasonic flowmeter can also provide high accuracy in the environment of small diameter and high flow rate, which is suitable for circuit board processing requiring precise flow control.
Note:
Key points of selecting ultrasonic flowmeter
Applicable pipe diameter range: Select the appropriate flowmeter according to the size of the equipment and pipe.
Measurement accuracy: According to the process requirements to choose the appropriate accuracy of the flowmeter.
Installation mode: Select the appropriate external clip, insert or pipe section installation mode to adapt to different equipment layouts.
Durability and stability: Choose equipment with high durability, corrosion resistance and interference resistance to cope with complex industrial environments.
Introduction: Rotor flowmeter (float flowmeter) in circuit board equipment is a kind of instrument widely used in liquid or gas flow measurement, because of its simple structure, easy to use, high accuracy and widely used in the field of industry and automation.
Features:
Simple structure, convenient installation, low maintenance cost.
Suitable for a variety of media, including corrosive liquids.
High accuracy, especially suitable for small flow measurement.
Direct reading allows operators to quickly understand flow conditions.
Note:
Installation requirements: Ensure that the measuring tube is installed vertically to avoid tilting affecting the float position.
Maintenance and cleaning: Regular cleaning of measuring tubes, especially when measuring corrosive liquids, to prevent floats and pipe clogging.
Pressure control: When used in high pressure systems, a pressure relief device should be installed in front of the flow meter to prevent pressure fluctuations from affecting the measurement accuracy.
Introduction: Rotor flowmeter (float flowmeter) in circuit board equipment is a kind of instrument widely used in liquid or gas flow measurement, because of its simple structure, easy to use, high accuracy and widely used in the field of industry and automation.
Features:
Simple structure, convenient installation, low maintenance cost.
Suitable for a variety of media, including corrosive liquids.
High accuracy, especially suitable for small flow measurement.
Direct reading allows operators to quickly understand flow conditions.
Note:
Installation requirements: Ensure that the measuring tube is installed vertically to avoid tilting affecting the float position.
Maintenance and cleaning: Regular cleaning of measuring tubes, especially when measuring corrosive liquids, to prevent floats and pipe clogging.
Pressure control: When used in high pressure systems, a pressure relief device should be installed in front of the flow meter to prevent pressure fluctuations from affecting the measurement accuracy.
Introduction: Rotor flowmeter (float flowmeter) in circuit board equipment is a kind of instrument widely used in liquid or gas flow measurement, because of its simple structure, easy to use, high accuracy and widely used in the field of industry and automation.
Features:
Simple structure, convenient installation, low maintenance cost.
Suitable for a variety of media, including corrosive liquids.
High accuracy, especially suitable for small flow measurement.
Direct reading allows operators to quickly understand flow conditions.
Note:
Installation requirements: Ensure that the measuring tube is installed vertically to avoid tilting affecting the float position.
Maintenance and cleaning: Regular cleaning of measuring tubes, especially when measuring corrosive liquids, to prevent floats and pipe clogging.
Pressure control: When used in high pressure systems, a pressure relief device should be installed in front of the flow meter to prevent pressure fluctuations from affecting the measurement accuracy.
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