Ultrasonic and Radar Level Measurement Look Similar, but One of the Biggest Differences Is the Propagation Medium
Learn the key difference between ultrasonic and radar level transmitters, including propagation.
Learn the key difference between ultrasonic and radar level transmitters, including propagation.
This application case explains how the Tube-11 vibrating rod level switch provides reliable high- and low-level detection in copper concentrate silos.
Learn how FMCW frequency sweeping, bandwidth, beat frequency, and narrow beam angles work in 80 GHz radar level transimitters.
This article explains radar beams, beam width, 80 GHz radar focusing, and how internal tank obstructions affect radar level measurement.
Learn why high-frequency 80 GHz radar level transmitters produce narrower beams and how this improves measurement in tanks.
Learn how radar level transmitter works, including radar echoes, dielectric constant, installation, echo curves, and 80 GHz radar technology.
Discover how hermetic insulating sleeves improve level instrument stability, sealing performance, and reliability in harsh industrial applications.
Learn how transmitter power supplies work with level transmitters, 4-20mA loops, 24V DC systems, HART devices, two-wire transmitters.
This application case explains how the JWrada-35 80GHz radar level meter is used for continuous level measurement in nitric acid storage tanks.
Discover why 80 GHz radar level meters often don’t need horn antennas in ambient-temperature tanks.
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