113 GHz + Your Wavelength

From the sum of 113 GHz, we respond to any of your applications with the appropriate radar frequency. In terms of engineering, we supply the complete portfolio of radar instruments to you and optimize your process automation. On a personal note, we tune into your wavelength to understand what exactly it is that you need for your specific processes.

Sometimes, a completely different measuring principle takes your processes a step ahead. Therefore, we offer the complete portfolio and not only radar. Here, you find more on the measuring principles.

Advantages 1 GHz

  • The guided radar is suitable for applications involving foam and low dielectric constant values
  • Enables interface measurement, gas phase compensation, bypass applications

Advantages 6 GHz

  • Suitable even in turbulences and strong condensate
  • Stilling well applications

Advantages 26 GHz

  • Good focusing
  • Suitable for 90% of applications
  • Even good in turbulences

Advantages 80 GHz

  • Best focusing with 3° emitting angle
  • Large measuring range up to 125 m
  • Highest accuracy with 0.5 mm (Micropilot NMR81)


Safe processes save lives!

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The sum of 113 GHz

The suitable radar instrument for any application.

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    Micropilot NMR84

    For high accurate non-contact level measurement in stilling wel applications in custody transfer.

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    Micropilot NMR81

    Free space antenna with an 80GHz sending frequency for custody transfer applications.

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    Micropilot FMR67

    80GHz radar instrument for highest requirements in bulk solid applications.

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    Micropilot FMR62

    The radar instrument with 80GHz technology for aggressive media or hygiene applications.

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    Micropilot FMR60

    Standard sensor for highest requirements in liquids with 80 GHz technology.

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    Micropilot FMR57

    For highest demands in level measurement in bulk solids.

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    Micropilot FMR56

    Economic basic model for level measurement in bulk solids.

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    Micropilot FMR54

    For level measurement in liquids with steam or ammonia.

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    Micropilot FMR53

    Free space radar for simple level applications in liquids.

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    Micropilot FMR52

    Free space radar for level measurement in aggressive liquids or for hygiene requirements.

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    Micropilot FMR51

    Standard sensor for highest demands in level measurement in liquids: Radar instrumentation.

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    Micropilot FMR50

    Basic model of the free space radar to measure levels in liquids.

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    Micropilot FMR20 with its own app

    Level measurement in liquids for utilities in all industries.

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    Micropilot FMR10 with its own app

    Level measurement in liquids for utilities in all industries.

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    Levelflex FMP57

    Standard sensor for highest demands in bulk solids level measurement.

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    Levelflex FMP56

    Cost-efficient basic device for all level applications in bulk solids.

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    Levelflex FMP55

    The first multiparameter measuring instrument with the capacitance measuring principle and guided radar for interface measurement worldwide.

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    Levelflex FMP54

    For level measurement in liquids under extreme conditions. For high temperature and high pressure applications.

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    Levelflex FMP53

    For highest hygiene requirements in the foods and life sciences industry.

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    Levelflex FMP52

    Chemically resistant PTFE probe coated free of crevice for level measurement in aggressive liquids.

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    Levelflex FMP51

    Standard sensor for the highest requirements of level measurement in liquids and for interface measurement.

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    Levelflex FMP50

    For basic applications in liquids without high requirements.

Customer questions

The 80 GHz technology provides improved focusing for reliable, stable measurements also in case of baffles. We recommend Micropilot NMR81 and the Micropilot FMR6x series for this measuring task.

Like for liquids there are also advantages and disadvantages for solids depending on the respective frequency.
In general there is not just “one right frequency” for all applications.
The advantages of the 80GHz radar in solids are: a longer measuring range and a smaller beam angle at same antenna size.
This allows easier installation and commissioning. The smaller beam angle allows also to measure closer to the bottom of the silo.
The antenna design of the radar can be more compact as well.

The wave length depends directly on the frequency. The higher the frequency the shorter the wave length. This has direct impact on the reflection of the respective media. With a higher frequency the damping in media is stronger.
The shorter wave length of the 80 GHz brings also disadvantages. For example in strong dust. Here a 26 GHz parabolic antenna performs better.

Conclusion: if you have a narrow and tall silo the 80GHz radar has clear advantages and cost benefits. For example no big expensive parabolic antenna is required.
If space is not a problem and a combination of low DC and strong dust occurs, a 250mm parabolic antenna with a 26GHz radar is the better choice.

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