This ultrasonic smart remote commercial water meter has multiple core competitive features. The non-contact ultrasonic measurement principle eliminates mechanical wear of internal components, so it does not need frequent calibration and has low later maintenance costs. The dual communication modes support seamless connection with municipal water management platforms and enterprise industrial control systems, realizing unattended meter reading and remote water consumption monitoring. The solar charging power supply design reduces the use of disposable batteries, conforming to the concept of environmental protection and energy saving. It also supports remote fault diagnosis and abnormal water consumption alarm functions, which can timely detect water pipe leakage and reduce water resource waste. The IP67 protection grade can resist rain immersion and splashing water, ensuring stable operation in outdoor environments.
The ultrasonic smart remote commercial water meter has complete technical specifications. Its nominal diameter is 50mm, suitable for medium-sized commercial water pipe systems. The overall dimensions are 350mm in length, 200mm in width and 150mm in height, with a net weight of 3.2kg. The working pressure range is 0.2~1.6MPa, meeting the pressure requirements of most commercial water supply systems. The operating temperature range is 5℃~60℃, adapting to most indoor and outdoor temperature environments. It is equipped with a 3.2V lithium battery and a 5V solar panel, which can provide long-term stable power supply. The data storage capacity is 10 years of hourly water consumption data, which can be exported and analyzed at any time. The interface adopts PN10 flange connection, which is compatible with most international standard commercial water pipe systems. The communication frequencies are NB-IoT (850/900/1800MHz) and LoRaWAN (868/915MHz), adapting to different regional network standards.
This product is mainly applicable to medium and large-scale commercial and industrial water metering scenarios. Water supply companies can use it to remotely collect water consumption data of multiple users, realizing unattended meter reading and improving work efficiency. Property management teams of commercial office buildings and shopping malls can monitor the water consumption of each tenant in real time, timely discover abnormal water usage and reduce water resource and economic losses. Industrial park managers can use it to meter the water consumption of each enterprise, realizing fine management of water resources. It can also be connected to the municipal water management platform for unified data statistics and analysis, providing data support for water resource allocation.
Post RFQ
Chat
ALL CATEGORIES