LoRa / NB-IoT Photoelectric Valve-Controlled Remote Water Meter

Photoelectric direct-reading remote water meter with integrated valve control, designed for accurate data collection and remote management in municipal and utility environments. Based on a stable rotary-wing mechanical meter, it uses non-intrusive photoelectric sensing to ensure reliable and precise consumption data acquisition.

Equipped with LoRa or NB-IoT communication, the meter enables wireless data transmission and supports integration with centralized systems and cloud platforms for automated remote meter reading and system-level monitoring.

The integrated ball valve allows remote control of water supply, supporting functions such as connection management and operational control within smart metering systems.

Designed for stable long-term operation, the solution supports scalable deployment across distributed infrastructure environments.

Compliant with GB/T 778.1โ€“5-2018 and CJ/T 224-2012 standards, ensuring alignment with regulated water metering requirements.


Product Features

โ—Ž It can periodically and actively report meter readings.

โ—Ž It has remote valve closing and opening functions.

โ—Ž This water meter supports prepaid and pre-purchased volume.

โ—Ž It has a built-in early warning system. When there is low battery, abnormal metering, or when the pre-purchased volume and prepaid amount reach the threshold, it sends an alarm prompt. Different emergency water consumption can be set according to different users.

โ—Ž It has a built-in memory with large-capacity storage function, which can store monthly frozen data for up to 24 months.

Flow Parameters

Nominal DiameterDn(Mm)Overload FlowRate Q4(Mยณ/h)Common FlowRate Qโ‚ƒ (Mยณ/h)Transitional FlowRate Qโ‚‚ (Mยณ/h)Min.flow-rateQโ‚ (Mยณ/h)Range RatioR(Qโ‚ƒ/qโ‚)Accuracy ClassTemperature Class
DN151.25ร—Qโ‚ƒ2.51.6ร—Qโ‚Qยณ/R100Class 2T30
DN201.25ร—Qโ‚ƒ41.6ร—Qโ‚Qยณ/R100Class 2T30
DN251.25ร—Qโ‚ƒ6.31.6ร—Qโ‚Qยณ/R100Class 2T30

Main Technical Parameters

Electromechanical conversion modephotoelectric direct reading
Electromechanical conversion accuracyยฑ1mยณ
Communication methodsLoRa/NB-loT