Wireless dry valve-controlled water meter

Wireless dry valve-controlled water meters are advanced smart water meters that integrate wireless communication technology with traditional mechanical metering principles. These meters are designed for remote monitoring and control of water consumption, particularly suited for cold water applications. Here is a concise core description:

Core Description:

Wireless dry valve-controlled water meters offer a combination of high accuracy and remote management capabilities. They utilize wireless communication technologies such as LoRaWAN or 4G CAT.1 for stable and efficient data transmission, eliminating the need for manual meter reading and simplifying installation with no wiring required. These meters feature a dry dial mechanism for clear and long-lasting readings, and a separate electronic unit that is waterproof up to IP68, ensuring reliable operation in various environments.

Key features include:

- Remote Meter Reading: Meters transmit water usage data to a central server in real-time, reducing manual labor and improving data accuracy.

- Valve Control: The built-in valve control function allows for remote management of water supply, which is crucial for prepayment systems and managing arrears.

- Long Battery Life: Equipped with long-life batteries that can last up to 10 years, minimizing maintenance and operational costs.

- Waterproof and Dustproof Design: The electronic components are sealed separately to protect against water and dust, ensuring stable data transmission.

- Prepayment and Billing Support: Supports prepayment and pre-purchased volume modes, automatically shutting off the valve when a fee is owed.

- Alert Notifications: Sends alert notifications for low battery voltage, metering anomalies, or other issues, and allows setting different emergency water usage amounts for different users.

These meters are ideal for smart water management systems, providing a reliable, efficient, and smart solution for monitoring water usage in residential, commercial, and industrial settings.