57-346 Eclipse Model 706 Guided Wave Radar Level Application Questionnaire 2025

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The sensor sends a concentrated radar pulse down the probe and that pulse hits the product and reflects back up the probe to the sensor. Electronics integrated into the sensor then use the pulses travel time to calculate distance. That distance correlates to a level measurement.
The difficulty in inspecting embedded rods is that there is rapid attenuation of the signals with distance. While guided wave systems generally operate at low frequencies (20 kHz to 200 kHz), high frequency operation (1 MHz to 10 MHz) can offer some advantages when inspecting rock bolts.
The devices come in a mid-frequency between 24 and 29 GHz and a low frequency between 6 to 11 GHz, and radar level gauges are already in use so that they may give measurement levels that are reliable and accurate. Moreover, end-users would benefit greatly when there is a wide range of devices available for selection.
To ensure proper measurement, the guided wave radar probe should be installed in such way that the maximum overfill level is between min 120 mm (4.8) and max 910 mm (36) (blocking distance depending applica- tion) below the process connection.
It uses a high-frequency microwave signal of 26 GHz which is transmitted via an antenna towards the product surface. Its frequency increases linearly during the measurement. The signal is reflected back to the antenna from the surface of process media and received at the time-delayed frequency.
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Radar Level Transmitter is non-contact, and Guided Wave Radar Level Transmitter is contact. In other words, GWR cannot be used in situations where food grade requirements are higher.
The 2700-2900 MHz band is used by federal agencies for operating various types of radar systems that perform missions critical to safe and reliable air traffic control (ATC) and accurate weather monitoring in the United States. This includes airport surveillance radar (ASR) systems and meteorological radars.
General parameters Working frequency: 100MHz - 1.8GHz Measuring range: 0 - 30m for cable probe; 0 - 6m for rod probe or coaxial probe; Repeatability: 2mm Resolution: 1mm Sample: echo sampling 55 times /s Responding time: 0.2s (depends on the application) Current signal output: 4 - 20mA Accuracy: 3mm Communication:

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