Xi'an Yunyi Instrument Co., Ltd

Xi'an Yunyiyibiao Instrument Co., Ltd. is a national high-tech enterprise, specializing in the R&D, production and sales of pressure transmitter,level meter, flow , temperature instrument and

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Non Contact Guide Wave Radar Level Sensor Transmitter Meter

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Xi'an Yunyi Instrument Co., Ltd
Country/Region:china
Contact Person:MissAlice
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Non Contact Guide Wave Radar Level Sensor Transmitter Meter

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Brand Name :Yunyi
Model Number :XY-806
Certification :CE
Place of Origin :China
MOQ :1pc
Price :USD353-USD569/PC
Payment Terms :L/C, D/A, D/P, T/T, Western Union
Supply Ability :10PCS/week
Delivery Time :7days
Packaging Details :Carton box
Item :Non Contact Guide Wave Radar Level Sensor Transmitter Meter
Model :XY-806
Maximum range :30m
Application :Liquid, powder
Measuring range :6-30 meter
Process connection :Screw, Flange
Temperature :-40~250°C
Accuracy :±3mm
Brand :Yunyi
Oem :yes
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Non Contact Guide Wave Radar Level Sensor Transmitter Meter

Description Non Contact Guide Wave Radar Level Sensor Transmitter Meter

Guided wave radar level gauges are used in water-liquid storage tanks, acid-base storage tanks, slurry storage tanks, solid particles, and small oil storage tanks. All kinds of conductive, non-conductive and corrosive media. Such as coal bunker, ash bunker, oil tank, acid tank, etc.

Specification Non Contact Guide Wave Radar Level Sensor Transmitter Meter

Application
Liquid, powder
Measuring range
6-30 meter
Process connection
Screw, Flange
Temperature
-40~250°C
Pessure
-0.1~2MPa
Accuracy
±3mm
Frequency range
100MHZ-1.8GHZ
Anti-explosion
Exia II CT6 Ga/Exd ia II CT6 Gb / IP67
Output
4~20mA/HART

Working principle Non Contact Guide Wave Radar Level Sensor Transmitter Meter

Guided Wave Radar Level Gauge Radar Level Transmitter emits a very narrow microwave pulse. This pulse propagates in space at the speed of light and encounters the surface of the measured medium. Part of its energy is reflected back and received by the same antenna. The time interval between the transmitted pulse and the received pulse is proportional to the distance from the antenna to the surface of the measured medium, so as to calculate the distance from the antenna to the surface of the measured medium.

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