Ultrasonic flow transducer US0078: A new benchmark for smart water meter transducers
Ultrasonic flow transducer US0078: A new benchmark for smart water meter transducers
AUDIOWELL's ultrasonic flow transducer US0078, which has a resonance frequency of 2110±30KHz and an operating temperature of up to 90℃ to meet the needs of water meters with a wide range of ratios. The product has set a new benchmark in the field of smart water meter transducers with its fast response, high sensitivity, stable electrical performance, high voltage resistance and compact size. Its application not only enhances the performance of smart water meters, but also provides strong hardware support for smart water meter applications in the fields of home, building and urban construction.
Fast Response, High Sensitivity
The US0078 quickly peaks in only 8 waveforms, a shorter response time and higher sensitivity than products on the market that require 12 waveforms.
Clear difference in echo, easy to apply
The obvious difference between the waveforms of its received echoes facilitates the identification and processing of the signals, simplifies the measurement algorithm of the water meter, and helps to reduce production costs and improve efficiency.
Electrically Stable
Over a temperature range of 10°C to 60°C, the US0078 displays an extremely low zero-flow drift value with a variation ratio of only 14.64%, which is much lower than that of similar competitors, ensuring stability at extreme temperatures.
High Pressure Resistance
After 4.8MPa static water pressure test, US0078 shows good stability and reliability, the product can withstand 2.5MPa water pressure for a long time, to meet the water demand in high water pressure environment.
Small size and well made
The US0078 has precise external dimensions with a mounting diameter of 10mm, and accuracy errors are controlled within ±0.2mm, helping to reduce errors during installation.
Materials comply with multinational drinking water standards
The product materials comply with WRAS, ACS, KTW and other international drinking water standards, ensuring safety and hygiene in use.