Electromagnetic Heat Meter flowmeter

Electromagnetic Heat Meter is a kind of meter to measure the heat released by the heat transfer fluid in the heat transfer system. It uses a high-precision and high-reliability Electromagnetic Flowmeter as flow measurement, and uses high-precision and high-stability platinum thermal resistance to do temperature measurement, so that the heat meter has very excellent measurement performance. It can be widely used for heat measurement of central heating, supply heating and air conditioning in residential building communities, office buildings, enterprises and public institutions, etc..

Parameters displaying on a large LCD screen, and locale display meter can be provided according to user’s request.

Full CMOS micropower circuit design, low power consumption system.

Remote communication can be achieved thorough communication modules .

Valve control function to control valve switches remotely,convenient for property charging management.

No moving parts in the measuring mechanism , never wear, measuring accuracy is not affected by the service cycle.

It can be interconnected with the water pump or the main engine in the equipment room to stop metering when there is no cooling or heating, so as to avoid the wrong energy consumption  measurement caused by the small flow and small temperature difference of the pipeline when the system is not in use.

Integral design, easy installation, safe and reliable.

Dual purpose for heating and cooling.

The flow measurement principle of the integrated electromagnetic heat meter determines that the output is only proportional to the average velocity of the measured medium, and has nothing to do with the flow state (laminar flow or turbulent flow) under symmetrical distribution. As a result, the integrated electromagnetic heat meter has a very wide range,  measuring up to 100:1, some even up to 1000:1 operational flow range.

Integrated electromagnetic heat meters are convenient for installation and construction. Because the computing unit and the flow measurement unit are integrated, there are no redundant wires, installation and construction is relatively simple, and there is no need to prebury due to too many wires.