product presentation ：
This product is primarily designed for heat and cooling energy measurement in centralized heating and cooling systems. The ultrasonic heat meter integrates photoelectric conversion and remote transmission functions, enabling real-time data communication while supporting simultaneous measurement of thermal and cooling energy. Developed by our research team through advanced technology research based on domestic and international counterparts, this innovative solution has been optimized for practical applications in China's heating system environments.
Product Features:
Application of the product in heat metering: Pipeline material: Copper
Ultrasonic measurement, free from mechanical wear, with excellent reliability and stability. Accuracy class: Grade 2
Range ratio: R50/R100
Temperature range: 5~95℃
Temperature range: 2-90 K
Standard compliance: GB/T 32224/EN1434
Diversified communication interfaces: MBUS/RS485/pulse
Product Features
1. This pipeline section adopts a bypass structure and is fabricated from forged brass through forging processes.
2. The measuring mechanism contains no moving parts, thus eliminating wear; measurement accuracy remains unaffected by usage cycles, enabling higher measurement precision.
3. Completely unaffected by impurities, chemical substances, and magnetic materials in the medium, ensuring more stable and reliable operation.
4. The temperature sensors in the feedwater and returnwater systems employ platinum resistance-type Pt1000 sensors, featuring high measurement accuracy and 0.01°C resolution, which comply with IEC751 standards.
5. Preserve cumulative traffic data, accumulated heat consumption, and other relevant information from the past 18 months.
6. Through the optical communication interface (infrared interface), various heat meter data can be read in real time, which not only facilitates meter reading operations but also avoids errors caused by human factors during manual meter reading.
7. Dynamic correction of thermal coefficient K
8. Can be installed horizontally or vertically.
