The decentralized water metering and wireless remote transmission solution, with wireless remote-transmission water meters as the core, employs wireless communication technologies such as NB-IoT, LoRa, 4G, and GPRS to upload meter data to the platform, realizing remote management and real-time monitoring of water usage. The water meters use high-precision mechanical base meters to collect flow data and offer multiple electromechanical conversion methods including photoelectric direct reading, non-magnetic pulse, and magnetic resistance sensing, meeting data acquisition requirements in different application scenarios. This solution resolves the problems of high cost, low efficiency, long cycles, and low accuracy associated with manual meter reading, while further strengthening protection of user safety and privacy.

Technical parameters

Flow parameters

Maximum allowable error: the maximum allowable error in the low area (Q₁ ≤Q<Q₂) is ± 5%; the maximum allowable error in the high area (Q₂ ≤Q≤Q₄) is ± 2%;

Note: The maximum reading of DN15 ~ DN25 NB-IoT wireless remote water meters of photoelectric direct reading series is 9 999.

Appearance and size: Note: The overall dimensions and weight are for reference only, and the specific objects shall prevail.

Rotor multi-stream dry direct-reading wireless remote water meter

LXSGY-15ZW ~ 20ZW

Rotor multi-stream dry direct-reading wireless remote transmission valve-controlled water meter

LXSGF-15GW ~ 25GW

Rotor Multi-beam Dry Wireless Remote Water Meter

LXSGY-15GW ~ 32GW LXSGY-40G ~ 50G LXSGY-15GWL ~ 25GWL

① Flange connection as per GB/T17241.6-2008/XG1-2011D = Φ165 D1 = Φ125

Rotor multi-beam wet wireless remote water meter

LXSY-15FW ~ 50FW LXSY-15FWL ~ 32FWL

① Flange connection as per GB/T17241.6-2008/XG1-2011D = Φ165 D1 = Φ125

Rotor Multi-stream Wet Wireless Remote Transmission Valve Controlled Water Meter

LXSF-15FW ~ 25FW LXSF-15FWL ~ 25FWL

Performance parameters