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
Differential Pressure (Flow)
VEGADIF
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In flow-rate measurement via differential pressure measurement, the differential pressure is measured with the help of a differential pressure device, e.g. an orifice plate or a dynamic pressure probe (pitot tube). The differential pressure transducer calculates the flow rate from the measured value provided by differential pressure system. Thanks to the finely graduated ranges of the measuring cells and the minimal measurement deviation, very accurate flow-rate measurement can be realized.
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Product
Differential Pressure (Density)
VEGADIF
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In density measurement of liquids with differential pressure, two pressure measuring points are mounted at a fixed distance from each other. There are thus two different pressures acting on the system. The differential pressure transducer calculates the density of the medium from the resulting pressure difference.
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Product
Ultrasonic
VEGASON
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In non-contact ultrasonic level measurement, the sensor emits ultrasonic pulses in the direction of the medium, which then reflects them back.
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Product
Differential Pressure
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In differential pressure measurement, different pressures act on an oil-filled, pressure difference measuring cell from two sides. The instrument converts the pressure differential into an electronic signal.
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Product
Vibration
VEGASWING, VEGAVIB, VEGAWAVE
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In point level measurement with vibrating level switches, a rod or a fork is set vibrating. When the vibrating probe comes into contact with the medium, the vibration changes and the vibrating level switch outputs a switching command. Vibrating level switches are used as overfill protection devices or low-level indicators in liquids as well as in granular and powdery bulk solids.
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Product
Conductive
VEGAKON, EL
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When the electrodes of the conductive point level sensor come into contact with a conductive fluid, a small alternating current begins to flow.
