Water Metering

The LXC series ultrasonic water meter is developed based on the ultrasonic measurement principle of propagation speed difference. This meter integrates measurement, calculation, and display. It uses low-power consumption technology, and one battery can be used for more than 6 years. It can achieve accurate measurement of the minimum flow rate of 0.01m³/h and uses wired M-BUS, wireless 4G\5G\NB communication networks for data transmission to form an online monitoring system.

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Measurement

The level gauge uses millimeter-wave radar, flow velocity meter, and flow meter, employing Frequency Modulated Continuous Wave (FMCW) radar technology and K-band planar microstrip antenna array technology to measure liquid level and surface. It integrates functions such as vertical angle compensation, flow velocity filtering algorithm, signal strength detection, RS485/RS232 communication, and wireless communication.

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Online Equipment Status Monitoring

Wireless passive temperature monitoring for switchgear is suitable for online temperature monitoring of various types and voltage levels of switchgear. It features reliable high-voltage isolation, resistance to strong electric fields and magnetic field interference, good thermal stability, and requires no power supply, is small in size, has a long service life, and is maintenance-free.

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Smart Water Management Platform

Real-time monitoring of the city's water supply and drainage system is achieved through data acquisition instruments, wireless networks, and online water quality and pressure gauges. The collected data is then organically integrated using a visual approach to form a "smart water IoT." This allows for the timely analysis of massive amounts of water information across the entire production, management, and service processes of the water system, achieving a "smart" state.

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