Smart electronic remote cold/hot water meters integrate IoT, mechanical measurement, data collection, and remote management, enabling intelligent water control for communities, apartments, commercial buildings, and industrial parks.
Centralized Installation
Decentralized Installation
Centralized Installation
Decentralized Installation
The device meets the IP68 waterproof and dustproof standard, ensuring long-term stable operation in harsh and humid conditions. The internal mainboard is fully encapsulated with flexible sealing silicone, paired with a dedicated waterproof junction box, independent sealed battery compartment, and specialized waterproof battery, providing comprehensive waterproof protection from inside out.
Equipped with a mature and reliable wet-type rotary vane metering mechanism, the flow sensor is highly sensitive and efficient. It undergoes strict precision calibration and factory verification, ensuring accurate and stable measurement over long-term operation. This guarantees precise trade settlement and reliable water usage metering across various scenarios.
Supports multiple wired and wireless network communication methods, allowing scheduled automatic uploads of water consumption data and real-time device status. The system features intelligent anomaly detection, which triggers alerts immediately if unusual flow, equipment faults, or pipeline abnormalities are detected, significantly reducing troubleshooting time and simplifying daily inspections, enabling efficient lightweight remote operations.
Supports OTA (Over-the-Air) remote upgrades, allowing software and firmware updates without on-site disassembly. This extends practical features, optimizes overall performance, and ensures hassle-free maintenance for long-term adaptation to various smart water applications.
The device is compatible with mainstream industry-standard interfaces and protocols, featuring an M-Bus standard interface and supporting dual protocols EN1434-3 and Modbus RTU for strong compatibility. It also supports 4G, NB-IoT, and LoRaWAN wireless communication, providing flexible wiring and easy networking for residential communities, industrial parks, and other diverse installation environments. This fully meets the requirements of different project networking and data transmission scenarios.
Class 2
Class B
≤1 MPa
≤0.063 MPa
Cold Water Meter: 100; Hot Water Meter: 50
U10 / D5
Cold Water Meter: T30; Hot Water Meter: T90
3.6V Lithium Battery
M-Bus / 4G / NB-IoT / LoRaWAN
Temperature: 5℃–55℃
<93% (at 40℃)
ISO 4064-1:2014, OIML R49-1:2013
DN15 / DN20 / DN25
