VEGA Grieshaber KG
VEGA is a global manufacturer of level measurement sensors, point level switches and pressure transmitters.
- 513-272-0131
- 513-272-0133
- americas@vega.com
- 3877 Mason Research Pkwy
Mason, OH 45036
United States of America
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Product
Software
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Computer programs, algorithms, and digital logic (FPGA) used to manipulate, filter, and analyze signals after analog-to-digital conversion.
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Product
Capacitive Level Switches
VEGACAP, VEGAPOINT
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In capacitive point level detection, the sensor and vessel form the two electrodes of a capacitor. Any capacitance change caused by a level change is converted into a switching signal. Thanks to the shortenable cable and rod versions, level switches can be perfectly adapted to any application. They are often used for overfill or dry run protection as well as oil/water or foam detection.
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Product
Wireless Communication
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The wireless communication devices are used when measured values have to be transferred from remote monitoring stations or mobile tanks to data collection centers. They also enable wireless remote diagnostics and maintenance of the connected sensors.
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Product
Separating Instruments
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Separators separate intrinsically safe from non-intrinsically safe circuits. Distinguishing features are the type of power supply and the size of Ex-specific characteristics.
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Product
Guided Wave Radar
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A top-down, direct sensing technology that uses low-energy microwave pulses sent down a probe to accurately detect the boundary between two immiscible liquids.
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Product
Electronic Differential Pressure
Density Measurement
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An innovative software and hardware concept makes it possible to combine any two pressure transmitters of the VEGABAR 80 series into an electronic differential pressure system to measure density. Electronic differential pressure measurement is used for measuring density change and/or for compensation when the level needs to be measured.
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Product
Radiation-Based
PROTRAC
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In radiometric, i.e. radiation-based, level measurement, a slightly radioactive isotope emits focused gamma rays.The sensor, which is mounted on the opposite side of the vessel, receives this radiation. Since gamma rays are attenuated when penetrating matter, the sensor can calculate level, point level, density or mass flow from the intensity of the incoming radiation.
