Handheld ultrasonic flowmeter

『Handheld ultrasonic flowmeter』Related information(clamp on meter|electromagnetic meter|venturi meterrotameter|orifice meter|ultrasonic flow meter|mass flow meter|coriolis mass flow meter|coriolis flow meter|magnetic flow meter|magmeter flow meter|magflow flow meter|mag meter flow meter|electromagnetic flow meter|vortex flow meter|turbine flow meter|thermal mass flow meter|thermal flow meter|rotameter flow meter)

1. Main technical indicators of handheld ultrasonic flowmeter

Pipe diameter range (mm) DN20-4000 Flow rate range (m/s) 0.01-12 Accuracy (%) ± 1.5 (calibrated ± 1.0) for measuring homogeneous fluids such as liquid water, river water, seawater, petroleum, chemical liquids, etc. Pipeline material: dense materials such as metal and non-metal, signal output handheld: RS-232 optional desktop printer keyboard 4 × 4 Chinese character keyboard display 2 × 10 Chinese display measurement function displays instantaneous flow rate, instantaneous flow rate, positive cumulative flow rate, negative cumulative flow rate, cumulative operating time, and periodic printing. Data storage can store measurement data for the first 720 hours, 365 days, 36 months, and 10 years, including instantaneous flow, cumulative flow, power outage time, etc. Environmental temperature converter: -10~45 ℃ (special circumstances to be explained to the manufacturer) Sensor: -30~+60 ℃ (normal temperature type) -30~+160 ℃ (high temperature type) Protection level converter: IP52 Sensor: IP68 Sensor Cable length 6m Charging and working power supply AC220V Built in 12V lithium battery converter Dimensions (mm) Handheld: 235 × 130 × 95 Converter weight Handheld: 0.8Kg Sensor weight Standard type sensor: 0.3Kg/piece Micro sensor: 0.15Kg/piece

2. Principle and advantages of HSC series ultrasonic flowmeter

HSC series ultrasonic flowmeter is based on the principle of ultrasonic wave propagation time difference to achieve flow measurement, with significant advantages such as high accuracy, no pressure loss, and strong adaptability.The sentence is:.

1. Working Principle The core principle of HSC series ultrasonic flowmeter is based on th

e ultrasonic propagation time difference method: Basic theory: the propagation speed of ultrasonic waves in a flowing medium is equal to the vector sum of the average flow velocity of the measured medium and the velocity of sound waves in a stationary medium.

. When an ultrasonic beam propagates in a liquid, the flow of the liquid causes a slight change in propagation time, and the change in propagation time is proportional to the flow velocity of the liquid. Specific process: When there is zero flow, the time required for two sensors to emit and receive sound waves is exactly the same, which is the only technology that can actually measure zero flow. When the medium flows, the transmission time of sound waves in the upstream direction is greater than that in the downstream direction. By measuring the time difference between forward and backward propagation, combined with the vector relationship between sound velocity and medium flow velocity, the average flow velocity of the fluid can be accurately calculated, and the flow rate value can be obtained. Secondly, the HSC series ultrasonic flowmeter has strong anti-interference ability and high measurement accuracy: it is not affected by changes in fluid density, viscosity, temperature, pressure, and conductivity, and the linear measurement principle ensures high-precision measurement. All digital processing technology enables fast computation speed, strong anti-interference ability, reliable measurement, and high accuracy, with a measurable range of up to 1:150. No pressure loss, energy-saving and environmentally friendly: There is no obstruction or moving parts inside the measuring tube, which will not cause additional energy loss or blockage problems. The external cla

1. Main technical indicators of handheld ultrasonic flowmeter

2. Principle and advantages of HSC series ultrasonic flowmeter

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