Quantitative magnetic inductive flowmeter requires a flow control cabinet

Project Overview

Whether the electromagnetic flowmeter is integrated or split, its main function is to directly measure the flow rate. In order to realize other functions such as quantitative control, overload alarm, etc., it cannot be achieved simply by relying on an electromagnetic flowmeter.

But related products matched with electromagnetic flowmeters can do this, and a complete set of flow control systems can help us achieve quantitative control.

Flow quantitative control cabinet

The flow control cabinet is equipped with a controller/PLC (programmable logic controller) to receive data from the flow meter and control valves or other equipment according to preset programs to maintain specific traffic level. The power system provides power to the entire control system and may include a UPS (uninterruptible power supply) to prevent unplanned downtime due to utility power interruptions. Human-machine interface (HMI): used to display real-time flow data, alarm information and other status parameters of the system, and can also be used to set and adjust control parameters. Communication interface: If remote monitoring or integration into a wider automation system is required, there may be communication interfaces such as RS-485, Modbus, Ethernet, etc.

These functions can only be realized through the flow control cabinet, and cannot be realized by a single electromagnetic flowmeter.