The handheld ultrasonic flowmeter utilizes low voltage, multi pulse time difference principle, high-precision and ultra stable dual balanced signal differential transmission, differential reception digital detection technology to measure the sound wave transmission time in the forward and backward directions, and calculate the flow velocity based on the time difference. It has the characteristics of good stability, small zero drift, high measurement accuracy, wide range ratio and strong anti-interference ability.
Handheld ultrasonic flowmeterfeature
1. High precision measurement
The line quality is better than 1%, and the repeatability accuracy is better than 0.2%
2. Non contact measurement
Attach the magnetic ultrasonic flowmeter sensor to the outer wall of the pipeline to achieve real-time flow measurement;
3. Large measurement range
By selecting different types of sensors, it is possible to measure the flow rate of pipelines with diameters ranging from DN15 to DN6000mm;
4. Support Chinese and English menus
Different versions of flow meters can support menus in both Chinese and English, making it convenient and efficient;
5. Charging power supply
Equipped with a large capacity nickel hydrogen rechargeable battery, it can support continuous operation of the flowmeter for more than 20 hours;
6. Built in printer
Real time screen printing can be achieved, and up to 20 pre-set measurement results can be printed on a scheduled basis;
7. Built in data logger
Up to 20 pre-set measurement results can be uploaded to a computer or networked communication.
8. Wide applicability
Suitable for measuring clear water, turbid water, and reverse flow velocity, widely used in various scenarios such as rivers, lakes, industrial pipelines, etc.
9. Easy installation and maintenance
Handheld ultrasonic flowmeterThe installation and disassembly are relatively convenient and easy to maintain, reducing the cost of use.
10. Widely used
Doppler flow meters are widely used in various fields such as industry, water conservancy, environmental protection, and healthcare, including but not limited to production monitoring in industries such as petrochemicals, hydraulic machinery, and hydropower, as well as environmental monitoring in water bodies such as water treatment plants, rivers, and lakes.