Sewage flowmeter

The sewage flowmeter adopts an external mounted sensor to measure liquid flow rate. Easy to install, with a fully Chinese/English human-machine interface, making it easier to operate. It can be used for production testing, flow verification, temporary testing, flow inspection, water balance debugging, heat network balance debugging, and energy-saving monitoring. It is a tool instrument for real-time flow detection.

　　Sewage flowmeterIt is a commonly used tool for flow detection. It has the advantages of small size, light weight, and can truly become a portable ultrasonic flowmeter. It is commonly used for mobile measurement, metrological measurement, data comparison, and determining whether instrument measurements are correct. It is designed to improve the convenience of measuring flow rate, with high measurement accuracy, large range ratio, no pressure loss, no movable parts, and small size and light weight. The sensor only needs to be installed on the outer wall of the pipeline to complete the measurement of flow rate.

This flowmeter uses an external mounted sensor to measure liquid flow rate. Non contact measurement method, small size, light weight, easy to carry, mobile measurement. It can be easily fixed on the outer wall of the pipeline by installing fixtures, and the flowmeter has a built-in measurement guide, making measurement very convenient. It has the characteristics of small size, easy portability, and accurate measurement. Easy to install, with a fully Chinese/English human-machine interface, making it easier to operate. It can be used for production testing, flow verification, temporary testing, flow inspection, water balance debugging, heat network balance debugging, and energy-saving monitoring. It is a tool instrument for real-time flow detection.

Product principle:

　　Sewage flowmeterAdopting the principle of time difference measurement: a probe emits a signal that passes through the pipe wall, medium, and the other side of the pipe wall, and is received by another probe. At the same time, the second probe also emits a signal that is received by the first probe. Due to the influence of the medium flow velocity, there is a time difference Δ t between the two. Based on the calculation, the conversion relationship between the flow velocity V and the time difference Δ t can be obtained, and the flow rate value can be obtained

Application areas: Widely used in tap water, heating, water conservancy, metallurgy, chemical industry, machinery, energy and other fields.