The NB-IoT IoT wireless remote transmission water meter is an intelligent prepaid water meter used for remote meter reading and valve control. It communicates remotely with the server via broadband IoT, eliminating the need for collectors or concentrator devices. Utilizing a point-to-point connection method with a dedicated flow card, it simplifies equipment installation, enables automatic remote meter reading of water usage, and effectively avoids the manual work of on-site meter reading by management departments.

This IoT wireless remote transmission water meter features valve control functionality, allowing management departments to easily regulate water usage. This makes remote meter reading and control convenient and reliable, saving manpower, material, and financial resources while effectively improving production efficiency.

Features of the NB-IoT IoT wireless remote transmission water meter:

Built-in flow card: Uses an industrial-grade SIM card (surface-mounted type), resistant to high and low temperatures (-40°C to +105°C).

Flow validity period: The NB flow card can be customized based on customer requirements for flow validity, eliminating concerns about service suspension due to unpaid fees.

Remote meter reading: Periodically and automatically reports meter readings at scheduled intervals.

Remote valve control: Enables remote valve closing and opening.

Prepaid functionality: Supports prepaid and prepurchase modes, with valve closure upon insufficient balance.

Warning system: Alerts for low battery, abnormal metering, and thresholds for prepurchase and prepaid usage.

Built-in antenna: Features a built-in antenna for stable and reliable signal coverage, ensuring full coverage without blind spots.

Built-in battery: Equipped with a high-capacity lithium battery with a lifespan exceeding 5 years.

In addition to all the functions of an NB water meter, this NB-IoT IoT water meter’s standout feature is its IC card Bluetooth functionality. The LCD screen displays multiple pieces of information, such as signal strength and faults.