ProSight Electromagnetic Flow Meter with 4-20 mA Output DN125-DN300
ProSight Electromagnetic Flow Meter with 4-20 mA Output DN125-DN300 measures the flow rate of electrically conductive liquids in industrial processes. With a published accuracy of 0.5%, bidirectional measurement and standard 4-20 mA and RS485 outputs, it supports flow monitoring and process control. A range of liner and electrode materials is available to suit different liquid conditions, while integral and remote configurations provide flexibility for installation.
The Electromagnetic Flow Meter with 4-20 mA Output DN125-DN300 is designed for measuring the flow of electrically conductive liquids in industrial pipeline systems. It uses electromagnetic measurement technology to monitor liquid flow without introducing a moving measuring element into the flow path.
The meter supports both forward and reverse flow measurement, making it suitable for processes where flow direction can change. Its available liner and electrode materials allow the instrument to be configured for different liquid properties and operating conditions.
With integral and remote installation options, the LFEMF-G can be selected to suit the physical layout of a process system. Standard signal outputs support integration with compatible monitoring and control equipment.
How it works
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Uses electromagnetic measurement technology to determine the flow of conductive liquids.
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Measures flow in both forward and reverse directions.
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Provides electrical output signals for compatible monitoring and control systems.
Why choose this product
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Flow measurement accuracy: The manufacturer specifies an overall accuracy of 0.5%.
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Flexible installation: Available in integral and remote configurations.
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Material selection: Multiple liner, electrode and flange materials are listed for different process requirements.
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Control system compatibility: Standard 4-20 mA and RS485 outputs, with optional HART communication.
Benefits
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Supports process flow monitoring and control.
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Allows measurement in systems with changing flow direction.
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Offers configuration options for different conductive liquids and installation environments.
