Campus NBIOT IoT Water Meter

Campus NBIOT IoT Water MeterFeatures:

1. All day automatic recharge and payment service: Users can recharge their own water meters anytime and anywhere through a mobile app or computer port, allowing the water meters to function normally.

2. Networked management: It is possible to monitor, collect data, and manage maintenance of one's own water meter flow through relevant management platforms.

3. High strength waterproof technology, from inside to outside, from components to the whole, is sealed with food grade electronic sealant, which not only prevents water pollution but also ensures no impact on water resources.

4. The NB-IOT IoT water meter adopts direct reading sampling, with accurate and error free measurement, and will not cause any losses.

5. Automatic detection function: In the case of long-term non use of the water meter, the water meter will automatically open the switch valve function to prevent the ball valve from getting stuck.

6. Suitable for various environments and not affected by water quality.

Campus NBIOT IoT Water MeterCompared to traditional mechanical water meters, it eliminates the problem of on-site meter reading and charging by the water department, and the performance of the water meter is relatively stable, without losing the accuracy of measurement due to some human interference. In today's highly developed world, it can be said to be an intelligent water meter that integrates numerous advantages, with unlimited potential. Applicable to the measurement and charging of tap water for urban residents, it avoids incidents of water theft, leakage, and spillage. Through electronic billing, it achieves the goal of water conservation and scientific management, while changing the traditional urban water supply management method from "first use, then pay" to "first pay, then use", improving the modern management level of the water supply industry

The IoT water meter adopts an upper mounted structure, which reduces the connection bolts of the valve body under high pressure and large diameter conditions, enhances the reliability of the valve, and can overcome the impact of system weight on the normal operation of the valve