So, what exactly is an Electromagnetic Flowmeter?
Well, it’s a measuring instrument used to determine the flow rate of fluids in pipes, based on the electromagnetic properties of the fluid flowing through them. This type of flowmeter is particularly useful for measuring water flow in irrigation and domestic consumption pipelines.
Code
7721000025
7721000032
7721000040
7721000050
7721000065
7721000080
7721000100
7721000125
7721000150
7721000200
7721000250
7721000300
DN
25
32
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65
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125
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300
Unit Pack.
1
1
1
1
1
1
1
1
1
1
1
1
Gral. Pack.
1
1
1
1
1
1
1
1
1
1
1
1
Main components
DIN flange connection
Regarding the DIN flange connection, we must say that it is one of the most commonly used connections in the industry. Additionally, it is important to mention that this connection is standard and commonly used in different types of pipelines. Furthermore, it allows for secure and hermetic fastening of the flowmeter.
Stainless steel tube and flange
As for the tube of the electromagnetic flowmeter, it is made of stainless steel, which guarantees high resistance to corrosion and durability. The stainless steel flange also provides excellent resistance and durability.
PTFE lining
The PTFE (polytetrafluoroethylene) lining is a highly resistant material to corrosion, as well as to abrasion and extreme temperatures. It is used specifically to coat the interior of the flowmeter tube, providing a smooth and non-sticky surface for the fluid to pass through.
Stainless steel electrodes
Stainless steel electrodes are responsible for measuring variations in the electromagnetic field generated by the fluid flowing through the tube. These electrodes, in particular, being in direct contact with the fluid, must be resistant to corrosion and incrustations.
220V AC power supply
Finally, the electromagnetic flowmeter operates with a 220V AC electrical supply, making it compatible with most domestic and industrial electrical installations.
Precision and outputs
0.5% precision
These flow meters offer a precision of 0.5%, ensuring reliable and accurate measurements at all times.
4/20mA and pulse outputs
Electromagnetic flowmeters also have two types of outputs: 4/20mA and pulse. The 4/20mA output is an analog signal that allows for communication with other devices such as controllers and monitoring systems. On the other hand, the pulse output is a digital signal that can also be used to count the volume of fluid passing through the flowmeter in a specified period of time. Both outputs offer different ways of processing and using flowmeter measurement information.
Applications of electromagnetic flowmeters
Measurement of flow in irrigation pipelines
For example, electromagnetic flowmeters are commonly used in measuring the flow of water in irrigation pipelines, allowing for efficient control and proper distribution of water in crops.
Measurement of flow in domestic consumption
It is also very useful for measuring the flow of water in domestic consumption facilities, providing valuable information for the management and control of water consumption in households.
In conclusion
The electromagnetic flowmeter is a precise and versatile measuring instrument that is used in various applications, such as controlling water flow in irrigation pipelines and domestic consumption. Its robust construction and corrosion-resistant components guarantee a long lifespan and accurate measurements at all times.
FAQs
- What is an electromagnetic flowmeter, really?
An electromagnetic flowmeter is a measuring device used to determine the flow of fluids in pipes, based on the electromagnetic properties of the fluid flowing through them. This type of flowmeter is especially useful for measuring the flow of water in irrigation pipelines and domestic consumption.
- In what industries are electromagnetic flowmeters mainly used?
Electromagnetic flowmeters are used in a wide variety of industries, such as agriculture, chemical industry, food and beverage production, mining, wastewater treatment, and potable water supply, among others.
- What are the real advantages of using an electromagnetic flowmeter?
Specifically, the advantages of electromagnetic flowmeters include high precision, wide measuring range, no moving parts (which reduces maintenance), resistance to corrosion and incrustations, and compatibility with a wide variety of conductive fluids.
- How is an electromagnetic flowmeter installed, then?
Installing an electromagnetic flowmeter typically involves attaching the device to the pipe using a DIN flange, ensuring that the inside of the pipe is clean and free of obstructions. Additionally, it is important to follow the manufacturer’s instructions and consider electrical considerations, such as power supply and outputs.
- What is the difference between 4/20mA and pulse outputs in an electromagnetic flowmeter?
The 4/20mA output is an analog signal that allows communication with other devices, such as controllers and monitoring systems. The pulse output is a digital signal that can also be used to count the volume of fluid passing through the flowmeter in a given period. Both outputs offer different ways of processing and utilizing the flowmeter measurement information.
