Ultrasonic Heat MeterIt Is An Intelligent Measuring Instrument That Uses Ultrasonic Time Difference Method To Measure Flow Rate, Combined With Temperature Sensors To Calculate The Temperature Difference Between Supply And Return Water, And Accurately Calculates Cumulative Heat, Instantaneous Flow Rate, And Supply And Return Water Temperature. It Is Mainly Used For Heat Measurement And Billing Settlement Of Heating And Central Air Conditioning Circulating Water Systems.

Structurally, It Consists Of Three Parts: Ultrasonic Flow Sensor, Paired Temperature Sensor, And Integrator. There Are No Mechanical Rotating Parts, Making It Less Prone To Blockage And Minimal Wear; The Inner Wall Of The Pipeline Is Smooth, With Extremely Low Pressure Loss, Suitable For Heating Systems With Various Water Qualities.

Core Features:

No Mechanical Impeller, Not Afraid Of Impurities, Not Blocked, Long Service Life;

High Measurement Accuracy, Not Affected By Water Quality, Pressure, Temperature, And Good Stability;

Intelligent Display, Capable Of Real-time Viewing Of Heat, Flow Rate, And Supply And Return Water Temperature;

Support Remote Transmission, Commonly With RS485 And M-Bus Communication, Facilitating Centralized Meter Reading;

Easy To Install, With Low Requirements For Straight Pipe Sections, Suitable For Both Horizontal And Vertical Installation.

The Applicable Medium Is Hot Water, With A Working Temperature Of Generally 0-90 ℃ And A Nominal Pressure Of 1.6MPa. It Is Widely Used In Heat Metering Scenarios Such As Centralized Heating In Residential Areas, Central Air Conditioning, Heat Exchange Stations, And Municipal Heating Pipelines. It Is Currently The Mainstream Intelligent Instrument For Heating Metering.

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