Feature:

The traditional method of meter readers visiting households monthly to manually record water usage and charge fees is increasingly becoming an obstacle for water supply companies to improve profitability and management efficiency. The workload of meter readers is heavy, their efficiency is low, and the costs for wages, benefits, and facility management are continuously rising. This method of charging leads to a mismatch in water purchasing and sales settlements, tying up substantial funds of the enterprises. Moreover, it often leads to disputes between water supply companies and customers. For water users, they are required to wait at home at scheduled times, subject to disturbances from meter readers, and face issues like favoritism in meter reading and charging,人为water theft, and meter malfunctions causing leaks, all of which contribute to increasing water losses for the water supply companies.

Currently, residential water, electricity, gas, and heat meter remote reading systems come in various forms, but the market is rather chaotic, and the technology is not yet mature. There is no universally recognized complete system implementation and management solution. Traditional wired meter reading systems are characterized by complex wiring, poor reliability, and difficult maintenance, making it hard to upgrade management and failing to meet the market requirements for the renovation of old buildings.

The wireless remote water meter solves the entry issue, but its wireless network requires intermediate hardware and software support; due to the low power consumption requirements of wireless transmission, real-time online monitoring of the water meter is challenging; coupled with the vast differences in the equipment's operating environment, network stability is hard to guarantee.

Application Scope:

Suitable for residential households, apartment hotels, commercial plazas, and student dormitory living water supply, it provides metering, billing, and remote management control functions for property and water usage management units, as well as analysis and control for distributed water usage by some group companies.

Order Example:

Model: LXSY-F20-C

Technical Requirements: Valve-controlled, diameter ND20mm, RS485 communication interface

Communication Protocol: MODBUS_RTU Protocol

Power Supply: DC 12V

Technical Specifications:

Product Features:

An intelligent IoT water meter is a water measurement device based on mobile networks, utilizing a membrane water meter as the base and equipped with an electronic controller for remote data transmission. The meter employs a NB-IoT dedicated chip module and an IoT-specific number to enable intelligent meter reading and smart billing services.

The Internet of Things (IoT) meters effectively address the technical issues of on-site meter reading and billing, balancing numerous interests between users and water management authorities while simplifying operational procedures and convenience for users. It consists of the water meter base, a microcontroller system, and a mobile NB-IoT module. The meter terminal boasts high reliability, accuracy, and low power consumption. Compared to other meter reading methods, its prominent advantages include:

Enhance work efficiency and further reduce maintenance costs.

● No need for wiring or networking, no intermediate equipment, and no complicated network adjustments required.

● Effectively resolve the issue of differential rates.

Implement monitoring of the gauge's operating status to effectively prevent leakage issues.

Counter reference enhances product stability and battery life.

● Supports online payment feature;

Dimensions:

Product Quotation: