LORA wireless remote water meter is a wireless remote water meter equipped with a wireless transmission module, using pulse/photoelectric sampling technology. It is an intelligent remote water meter with zero error of electromechanical conversion in a wireless automatic meter reading system. The water meter uses LORA modulation technology for wireless

Product use

Wireless remote water meter is installed in the water meter wireless transmission module, using pulse/photoelectric sampling technology, is a wireless automatic meter reading system electromechanical conversion zero error intelligent remote water meter. The water meter adopts LORA modulation technology to transmit and receive data wirelessly, which has the characteristics of ultra-low power consumption and long transmission distance, and greatly exceeds GFSK modulation in stability, anti-interference ability and receiving sensitivity. To solve the problem of long-distance transmission, anti-interference and low power consumption, long-distance transmission and high reliability of wireless applications. Meter can realize automatic maintenance, do not need construction wiring, do not need professional maintenance, simple installation and easy to use.

Product features

Adopt micro power consumption design, built-in lithium battery, service life is more than 6 years

Each table is marked with an address to ensure the accuracy of data

Data using advanced data coding and calibration technology, high communication reliability

Flexible configuration Wireless water meter can be networked without setting after delivery

In the international or domestic common frequency band communication, has a strong penetration

Meet the design requirements of EMC, ESD, EMI and other electronic products

LORA communication technology, high sensitivity, strong anti-interference ability

This product has valve control function (optional)

Maximum allowable error

(1)The maximum allowable error is ±5% from the low flow zone including the minimum flow to the boundary flow (excluding)

(2) From the high flow area including boundary flow to overload flow (including), when the water temperature is less than or equal to 30°, the maximum allowable error is ±2%; When water temperature > 30°, the maximum allowable error is ±3%.