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VEGAPULS: Level measurement with radar
In continuous non-contact level measurement with radar, the sensor sends microwave signals towards the medium from above. The surface of the medium reflects the signals back in the direction of the sensor. Using the received microwave signals, the sensor determines the distance to the product surface and calculates the level from it.
Liquids and solids are commonly measured with this measuring technique.
The advantages
In continuous non-contact level measurement with radar, the sensor sends microwave signals towards the medium from above. The surface of the medium reflects the signals back in the direction of the sensor. Using the received microwave signals, the sensor determines the distance to the product surface and calculates the level from it.
Liquids and solids are commonly measured with this measuring technique.
The advantages
- Non-contact level measurement with radar is characterized by especially high measurement accuracy
- Measurement is not affected by temperature, pressure or dust
- User-friendly adjustment saves time
VEGAPULS C 23 - Low Cost | Simple measurement at water applications
VEGAPULS C 22 - Low Cost | Simple measurement at water applications
VEGAPULS C 21 - Low Cost | Simple measurement at water applications
VEGAPULS C 11 - Low Cost | Simple measurement at water applications
VEGAFLEX: Measurement of level and interface with guided wave radar (GWR)
In level measurement with guided wave radar, microwave pulses are conducted along a cable or rod probe and reflected by the product surface. The measuring probe of the TDR sensor ensures that the signal reaches the medium undisturbed. Liquids, bulk solids and separation layers (interfaces) in liquids are commonly measured with this measuring technique.
The advantages
The TDR sensors measure reliably despite:
In level measurement with guided wave radar, microwave pulses are conducted along a cable or rod probe and reflected by the product surface. The measuring probe of the TDR sensor ensures that the signal reaches the medium undisturbed. Liquids, bulk solids and separation layers (interfaces) in liquids are commonly measured with this measuring technique.
The advantages
The TDR sensors measure reliably despite:
- steam
- pressure and temperature fluctuations
- dust and noise
- buildup and condensation
VEGAFLEX 81 - All kind of liquids, applications with vapour, buildup, foam or condensation
VEGAFLEX 82 - TDR sensor for continuous level measurement of bulk solids | Applications with strong dust generation, condensation or buildup
VEGAFLEX 83 - Continuous level and interface measurement of liquids
VEGAFLEX 86 - Liquids under extreme pressure and temperature conditions, applications with buildup, foam generation or condensation
VEGASON: Ultrasonic level measurement
In non-contact ultrasonic level measurement, the sensor emits ultrasonic pulses in the direction of the medium, which then reflects them back.
The elapsed time from emission to reception of the signals is proportional to the level in the tank. Ultrasonic sensors are ideal for simple standard applications, both for liquids and for solids.
The advantages
In non-contact ultrasonic level measurement, the sensor emits ultrasonic pulses in the direction of the medium, which then reflects them back.
The elapsed time from emission to reception of the signals is proportional to the level in the tank. Ultrasonic sensors are ideal for simple standard applications, both for liquids and for solids.
The advantages
- The compact design of ultrasonic sensors allows easy installation
- Non-contact measurement with ultrasonic technology operates independently of product characteristics
- Cost-effective measuring method for wear and maintenance free operation
VEGASON S61
VEGASON 61 - Ultrasonic sensor for continuous level measurement
VEGASON 62 - Water Level Transmitter | Process Level Meter
VEGASON 63 | LOW COST Ultrasonic Sensor | Chemical Process Transmitter
VEGACAL: Capacitive level measurement
In capacitive level measurement, the sensor and the vessel form the two electrodes of a capacitor. Any change in level causes a capacitance change, which is in turn converted into a level signal.
Thanks to versions with shortenable cables and rods, the capacitive level sensors cover a wide variety of applications.
The advantages
In capacitive level measurement, the sensor and the vessel form the two electrodes of a capacitor. Any change in level causes a capacitance change, which is in turn converted into a level signal.
Thanks to versions with shortenable cables and rods, the capacitive level sensors cover a wide variety of applications.
The advantages
- Capacitive level measurement enables measurement without blind spots over the entire sensor length
- Fully insulated capacitive sensors also measure aggressive liquids
- Cost-effective measurement for trouble-free and maintenance-free operation
VEGACAL 65 - for measurement of bulk solids & non-conductive liquids
VEGACAL 66 - LEVEL SENSOR for Use in Conductive Liquids and Bulk Solids
VEGACAL 69 - CAPACITANCE LEVEL SENSOR for Continuous Level Measurement of Liquids in Non-Conductive Vessels or Corrosive Liquids
VEGACAL 67 - LEVEL SENSOR IN UNIVERSALLY for Continuous Level Measurement of Bulk Solids - | High Temperature and Pressure
VEGABAR and VEGAWELL: Hydrostatic level measurement
In hydrostatic level measurement, the measuring cell of the pressure transmitter detects even the slightest changes in hydrostatic pressure, which increases or decreases depending on the filling level. The acting pressure is converted into an electrical signal by the integrated electronics and then outputted as an output signal. Different types of measuring cells are used in level measurement based on the hydrostatic principle.
The advantages
In hydrostatic level measurement, the measuring cell of the pressure transmitter detects even the slightest changes in hydrostatic pressure, which increases or decreases depending on the filling level. The acting pressure is converted into an electrical signal by the integrated electronics and then outputted as an output signal. Different types of measuring cells are used in level measurement based on the hydrostatic principle.
The advantages
- Level measurement with hydrostatics is totally unaffected by foaming or vessel installations
- Ceramic measuring cells offer excellent long-term stability and high overload resistance
- Metallic measuring cells also cover larger measuring ranges
PRESSURE TRANSMITTER VEGABAR 66 | Pressure Switch | Over Pressure Transmitter
SUBMERSIBLE LEVEL TRANSMITTER VEGABAR 67 | Hydrostatic Pressure | Immersion Transmitter
PROTRAC: Radiation-based level measurement
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.
The advantages
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.
The advantages
- Maximum operational reliability even in the harshest environments
- Measurement is independent of pressure, temperature and product aggressiveness
- Measuring system can be installed on the outside of a vessel during ongoing production
LEVEL TRANSMITTER VEGA FIBERTRAC 31 | Radiation Level, Process Level
NUCLEAR LEVEL SWITCH VEGA SOLITRAC 31 | Non-Contact Transmitter and Switch
RADIOACTIVE VEGASOURCE 31 | Cobalt 60 | Cesium 137 | Non-Contact Level
GAMMA SEAL SOURCE VEGASOURCE 35 | Non-Contact Installation | Low Radiation Source Activity
