Blog
Precise radar measurement technology for fast processes
01. December
Continuous level control for hydraulic oils in small containers in the production of corrugated board base paper and formats.
How radar made the CIP process for butter so much better
26. October
A major dairy, known for its butter, automated the liquid level measurement of CIP chemicals using VEGAPULS radar level sensors.
How a simple point level measurement saw through the foam
06. July
Of all the sensors inside Bell’s Brewery, however, only one is highlighted with a bright LED indication ring – the VEGAPOINT 21. This point level switch is special for a couple of reasons. It’s the first of its kind to be installed in the United States, and it’s located on a foam trap tank in the newest addition of the growing brewery.
New at VEGA: Technology talk on YouTube
02. July
The video format "VEGA talk" is a new monthly series on the VEGA YouTube channel. 10 questions to Tom and Stefan, the faces of the new explanatory video series.
Radar sensors with strong focusing ensure more precise values in continuous level measurement
18. June
Radar is the better ultrasonic thanks to 80 GHz technology
VEGA sensors under extreme pressure
22. April
VEGAFLEX 86, with its extremely durable material combination, impresses users at the nuclear power station in Fuqing, China
Compact radar sensors without dead zone deliver reliable level values in small vessels
17. March
Radar is the better ultrasonic, also in applications in small vessels
Level measurements in the deep fryer without the mess
26. February
Level measurements in large industrial fryers have traditionally been made using contact technology. More and more food processing facilities are finding more success with non-contact 80 GHz radar.
Compact radar sensors deliver reliable level values independently of process and environmental influences
11. February
Radar is the better ultrasonic under any kind of process or environmental conditions
Radiometric Measurements and X-Ray Interference
10. February
X-ray interference with radiometric, or nuclear, instrumentation is a serious problem that can result in measurement errors and permanent damage to detectors. This white paper discusses users’ options for preventing errors, avoiding damage, and continuing to measure during X-ray interference events.
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