MU801 Plus Multi-channel Ultrasonic Flow Meter With Insertion Transducer

High-accuracy measurement:

Multi-channel ultrasonic flowmeter uses multiple pairs of ultrasonic sensors, which can simultaneously obtain flow rate information at multiple points in the pipeline section. By averaging or fiting these points, the more accurate average flow rate can be obtained. This minimizes errors and compensates for variations in flow conditions, ensuring more reliable results.

Wide range of applications:

Multi-channel ultrasonic flow meters can be applied in a variety of pipe diameters and fluid types, including regular water, pure water, cooling/hot water, diesel oil, peanut oil, alcohol etc. At the same time, because of its non-contact measurement method, it is suitable for various corrosive, viscous, dirty and other complex liquids.

High-efficiency measurement:

Multi-channel ultrasonic flowmeter can complete the flow velocity measurement of the pipeline cross-section in a short time, including turbulent or non-uniform flow conditions, so it can provide higher measurement efficiency, especially beneficial for the measurement of large-diameter pipes and large-flow fluids.

High fault tolerance:

The presence of multiple channels provides higher fault tolerance, ensuring that the meter remains operational even if one channel is compromised. This enhances fault tolerance and overall system reliability.

Easy to install: 

Multi-channel ultrasonic flowmeter requires sensors to be installed on both sides of the pipeline, but does not require any modification or insertion of any measuring components inside the pipeline, so installation is relatively easy.

High cost performance: 

Compared with the single channel ultrasonic flowmeters, multi-channel ultrasonic flowmeters require more ultrasonic transducers and more complex signal processing technology so as to bring more stable and accurate measurement.

Visiable Display Interface: 

Each parameter interface containes both various flow data and parameter details. Colorful digital display screen makes every data reach optimal visual effects. In addition, the clear and obvious operation interface allow users to master and operate it more proficiently so as to input related data more fastly and accurately.

Cooling Tower

• Cooling water circulation systems

• Inlet and outlet pipelines

• Monitoring and control systems

• Water quality monitoring

• Water output from water treatment plants

• Pipeline flow monitoring

• Energy efficiency monitoring

• Water resource recycling and utilization

Chemical Industry

• Inbound and outbound raw materials

• Reaction and separation process control

• Utility engineering and environmental monitoring

• Special conditions and media measurement

HVAC

• Automated process control

• Large scale metering projects

• School, shopping mall, museum, university, office building

• Monitoring of drainage flow
• Leak detection
• Energy-saving management