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Radar sensors
NivoGuide® - NG 3100
Medium Solids Process pressure -1 bar … +40 bar (-14.5 psi … +580 psi) Process temperature -40°C ... +200°C (-40°F … +392°F) -
Radar sensors
NivoGuide® - NG 8100
Medium Liquids Process pressure -1 bar … +40 bar (-14.5 psi … +580 psi) Process temperature -60°C ... +200°C (-76°F ... +392°F) -
Radar sensors
NivoGuide® - NG 8200
Medium Liquids Process pressure -1 bar … +400 bar (-14.5 psi … +5800 psi) Process temperature -196°C … +450°C (-321°F … +842°F) -
Radar sensors
NivoRadar ® - NR 4100
Medium Liquids, Solids Process pressure -1 bar … +3 bar (-14.5 psi … +43 psi) Process temperature -40°C ... +80°C (-40°F … +176°F) -
Radar sensors
NivoRadar ® - NR 7100
Medium Liquids, Solids Process pressure -1 bar … +3 bar (-14.5 psi … +43 psi) Process temperature -40°C ... +60°C (-40°F … +140°F) -
Radar sensors
NivoRadar ® - NR 7200
Medium Liquids, Solids Process pressure -1 bar … +3 bar (-14.5 psi … +43 psi) Process temperature -40°C ... +80°C (-40°F … +176°F) -
Radar sensors
NivoRadar® - NR 3100
Medium Solids Process pressure -1 bar … +3 bar (-14.5 psi … +43 psi) Process temperature -40°C ... +200°C (-40°F … +392°F) -
Radar sensors
NivoRadar® - NR 3100 | Plastic horn antenna
Medium Solids Process pressure -1 … 2 barg | -14.5 … 29.1 psig Process temperature -40°C ... +80°C (-40°F … +176°F) -
Radar sensors
NivoRadar® - NR 3200 | Threaded antenna
Medium Solids Process pressure -1 bar … +40 bar (-14.5 psi … +580 psi) Process temperature -55 … 250°C | -67 … 482°F -
Radar sensors
NivoRadar® - NR 3300 | Lens antenna
Medium Solids Process pressure -1 bar … +3 bar (-14.5 psi … +43 psi) Process temperature -40°C ... +250°C (-40°F … +482°F) -
Radar sensors
NivoRadar® - NR 8100 | Plastic horn antenna
Medium Liquids Process pressure -1 … 2 barg | -14.5 … 29.1 psig Process temperature -40°C ... +80°C (-40°F … +176°F) -
Radar sensors
NivoRadar® - NR 8200 | Threaded antenna
Medium Liquids Process pressure -1 bar … +40 bar (-14.5 psi … +580 psi) Process temperature -55 … 250°C | -67 … 482°F -
Radar sensors
NivoRadar® - NR 8300 | PTFE Antenna System
Medium Liquids Process pressure -1 bar … +25 bar (-14.5 psi … +363 psi) Process temperature -196 … 200°C | -320 … 392°F -
Radar sensors
NivoRadar® - NR 8400 | Hygienic antenna
Medium Liquids Process pressure -1 bar … +16 bar (-14.5 psi … +232 psi) Process temperature -40°C … +150°C (-40°F … +302°F) -
Radar sensors
NivoRadar® - NR 8500 | Horn antenna high-temperature
Medium Liquids Process pressure -1 … 160 barg (-14.5 … 2320 psig) Process temperature -196 … 450°C | -321 … 842°F
with Radar sensors
Electromagnetic waves form the basis of level measurement with radar. A radar sensor emits a focussed electromagnetic wave that is reflected by objects as an echo and is then evaluated by the sensor. In addition to free-radiating radar sensors, the radar category also includes those based on guided microwave technology, which are referred to as guided radar, TDR (time domain reflectometry) or also GWR (guided wave radar) sensors.
The fundamental difference between and is the way the electromagnetic waves reach the medium to be measured. While free-radiating radar sensors use special types of antennas to transmit the waves in the direction of the material without contact, guided radar sensors require a probe (rod or cable) as a waveguide along which the signal is guided to the medium. The probe is in contact with the medium.
are generally characterized by their frequency, since this is important for non-contact level determination in process or storage vessels. Radar sensors with high frequencies can be built more compactly, have smaller radiation angles and better reflection properties, which ultimately leads to precise and reliable measurement results. Therefore, UWT's free-radiating radar sensors also work with 80 GHz technology.
, on the other hand, can measure at a much lower frequency (1 GHz) due to their function, which in turn offers advantages in the case of dust, adhesions, foam, steam or moving surfaces. As a result, guided radar sensors can also be used for . Another important component of guided radar sensors is the probe. Here, different variants are available depending on the application. UWT offers sensors with rod probes, cable probes, coated cable probes (PA) and coaxial probes in order to have the right solution for every application.