Sandwich-type Ultrasonic Water Meters
Sandwich-type Ultrasonic Water Meters introduces a novel approach to water measurement, tailor-made for agricultural irrigation, garden management, and water resource monitoring. This water meter offers several advantages, including cost-effectiveness, high precision in measurement, low power consumption, and consistent reliability. With a slim profile of just 2 inches (50.8mm), it minimizes installation space requirements. Moreover, it boasts an IP68 rating across all components, ensuring resilience in diverse environmental conditions. Its unique design mitigates the impact of water quality and pressure loss, marking a significant advancement in agricultural irrigation measurement.
Featuring ultra-low power consumption, lasting over 15 years, high reliability, and a wide range ratio, along with an IP68 protection level, RS485 connectivity, and compatibility with motor-pumped well control cabinets, the Sandwich-type Ultrasonic Water Meters series offers exceptional functionality. With NB-IoT module support for wireless networking, it ensures seamless integration into modern systems. Its independent probe structure guarantees stability and reliability, while ultrasonic measurement eliminates the need for wearing components. With a slim 2-inch thickness (approximately 50mm), it optimizes installation space."
Display Operating
Error curve
Communication &networking
The sandwich-type ultrasonic water meter can be linked with the motor-pumped well controller or conduct online monitoring of water resources via its built-in communication module. This capability significantly reduces the human and material expenses associated with water resource management.
Typical application
In the realm of farmland irrigation, efficient water management is facilitated through remote systems, often in collaboration with intelligent motor-pumped well rooms. This cooperative approach not only enables the efficient distribution of agricultural water but also contributes to conserving valuable water resources.
These meters serve multiple purposes including water fee settlement and remote monitoring and management. They are indispensable for measuring industrial water consumption across production processes, external water supply, and internal usage. Furthermore, they play a crucial role in farmland and landscaping irrigation. With the ability to schedule water supply times, they facilitate scientifically optimized water-saving irrigation practices. Moreover, their integration with networked computers enables systematic and quantitative irrigation, ensuring efficient water usage.
