The working principle of ultrasonic level gauge is that the transducer (probe) emits a high-frequency ultrasonic pulse that is reflected back when it encounters the surface of the measured medium, and is partially received by a transducer and converted into an electrical signal. The ultrasonic pulse propagates at the speed of sound waves, and the time interval from transmission to reception of the ultrasonic pulse is directly proportional to the distance on the surface of the transducer.
ULM Series Ultrasonic Level Meters
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The electromagnetic flowmeter works based on Faraday's law of electromagnetic induction and is used to measure the volumetric flow rate of conductive liquids. The EFM30 electromagnetic converter core adopts a high-speed central processing unit, which has a very fast calculation speed. The sensor adopts non-uniform magnetic field technology and special magnetic circuit structure, which has a stable and reliable magnetic field and reliable measurement performance.
EFM30 Electromagnetic Flow Meter
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The ultrasonic flowmeter/ultrasonic calorimeter uses the principle of low voltage and multi-pulse time difference, and adopts the high-precision and ultra-stable double-balanced signal differential transmission and differential reception patented digital detection technology to measure the transmission time of sound waves in the downstream and counterflow directions, and calculates the flow rate according to the time difference. It has the characteristics of good stability, small zero drift, high measurement accuracy, wide range ratio, and strong anti-interference.
UFM Series Ultrasonic Flowmeters
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The Pt series diffusion silicon pressure transmitter is a new generation of pressure transmitter produced by using imported chips, after careful structural design, signal processing and assembly, and testing in accordance with national standards and enterprise standards. The basic principle is to use the piezoresistive effect and micromachining technology of semiconductors, use lithography, diffusion and other semiconductor processes to make a Wheatstone bridge, form a sensitive diaphragm, when under the action of external force, produce microstrain, resistivity changes, so that the resistance of the bridge arm changes (one pair becomes bigger and one pair becomes smaller) and then excites the voltage signal output, through computer temperature compensation, laser resistance regulation, signal amplification and other processing methods and strict assembly testing, calibration and other processes, to produce a pressure transmitter with standard output signal.
PT Series Diffusion Silicon Pressure Transmitter
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PT10M immersive level transmitter selects imported high-precision and high-stability diffusion silicon pressure-sensitive chips, and converts the liquid level signal of the measured liquid into a 4-20mA DC standard signal through a high-reliability amplification circuit. High-quality sensors, exquisite packaging technology, and perfect assembly processes ensure the excellent quality and performance of this product. This product is divided into two structures: integrated and split. The product can resist the erosion of a variety of corrosive liquids and can meet the needs of customers to the greatest extent.
PT10M Diffused Silicon Input Level Transmitter
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