ULR3000-64 FEIC ULR3000 Radar level meter (2).png

ULR3000-64 FEIC ULR3000 Radar level meter.png

ULR3000-65 FEIC ULR3000 Radar level meter (2).png

ULR3000-65 FEIC ULR3000 Radar level meter.png

ULR3000-66 FEIC ULR3000 Radar level meter.png

ULR3000-67 FEIC ULR3000 Radar level meter.png

ULR3000-68 FEIC ULR3000 Radar level meter.png

ULR3000-69 FEIC ULR3000 Radar level meter.png

High quality FEIC ULR3000 Radar level meter

The ULR3000 series continuous frequency modulation radar level meter uses continuous frequency modulation technology to measure material levels by converting propagation time into frequency difference. By measuring frequency instead of directly measuring time difference, the target distance is calculated. When a continuous microwave signal is emitted with a linearly modulated frequency, the frequency increases and decreases linearly, and the frequency of the received echo signal also increases and decreases linearly. The frequency difference between the two will be proportional to the distance from the target.
The frequency modulated signal is transmitted to the surface of the measured material in the container through an antenna. The received echo frequency signal is mixed with a portion of the transmitted frequency signa, and the resulting differential frequency signal is filtered and amplified. Then, FFT analysis is performed to analyze and generate a spectrum,

Features

Application

Features

Measurement using frequency modulated continuous wave technology；

Ultra-high frequency at 80~120GHz；

Ultra-high accuracy, with a maximum accuracy of ± 1mm；

Ultra-high temperature. it can measure medium temperature above 1000°C by installing an adapter

Many advantages by using panel antenna and lens antenna design

Supporting remote debugging and upgrading

Supporting Bluetooth debugging function

Application

In the high-temperature and high-pressure reactor environment, penetration measurement outside the tank or perspective measurement through quartz glass isolation flanges is performed

Electromagnetic wave emission angle is less than 3°, suitable for measurement in narrow spaces or guided wave pipes

Measurement range up to 120m, suitable for measuring large storage tanks

Measurement accuracy, particularly suitable for high-accuracy metrological level measurement

Rich echo processing algorithms and experience data in various working environments; for extremely harsh working conditions such as strong dust and steam, as well as special process storage tank applications with stirring and heating rods, it has unique advantages compared with other similar products