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Radar Level Meter Name Differences

Generally, radar real bit meter is a general, is in this industry most often called of a call, it good variety called, has called real bit meter, liquid bit meter, material bit meter of, also has called radar liquid bit meter, radar material bit meter of, radar real bit meter name of difference is, real bit meter is contains has liquid bit meter and material bit meter, radar real bit meter contains has radar liquid bit meter and mine material bit meter, and real bit meter just radar real bit meter of a referred to. Their meaning is the same. And other names is the only difference between materials. Radar level meter and level meter refers to solids and liquids can be measured, and radar level meter and level gauge is usually solid, radar level gauge and the level is usually measured liquid. Radar level gauge can be divided into General-Director radar material level meters and intellectual radar level gauge, anti-corrosion Rod type radar level meter. Solids and powders are generally with intellectual radar level meters, such as (coal, slag, etc). Director of radar level gauge for liquid usually (gasoline, oil, etc). Corrosive type radar level gauge with a Club (such as hydrochloric acid, sulfuric acid, and so on).

Is based on high frequency microwave radar level meter pulse transmitting and receiving antenna system, running radar waves at the speed of light, the running time can be converted by electronic parts level signal. A special time extension methods can ensure stable and accurate measurement. Even if working conditions more complicated cases, false echoes with the latest microprocessor technology and debugging software can accurately identify the level the echo.

Guided wave radar is based on the measuring instrument of the time travel theory, radar waves at the speed of light running; running time can be converted by electronic parts level signal. Instrument measurement reference point distance to the surface of the material, the probe sends out high-frequency pulses and spread along the cable, when the pulse encounters a material surface reflected back by instruments within the receiver accept, and set the time signal into a digital signal.