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Micropilot FMR66B – product picture

Micropilot FMR66B – 80 GHz radar sensor

Highest performance in every application

FMR66B
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Micropilot FMR66B with single chamber housing and PVDF antenna
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©Endress+Hauser
Micropilot FMR66B with single chamber housing and PVDF antenna
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©Endress+Hauser

Specs at a glance

  • Accuracy

    +/- 3 mm (0.12 in)

  • Process temperature

    -40 … +130 °C (-40 … +266 °F)

  • Process pressure / max. overpressure limit

    Vacuum...16 bar (232 psi)

  • Max. measurement distance

    50 m (164 ft)

  • Main wetted parts

    PVDF or PTFE

Field of application

The Micropilot FMR66B belongs to the new generation of 80 GHz radar sensors. It is suitable for continuous, non-contact level measurement in simple solid applications. Wizards guide through commissioning, retesting and verification of the instrument and guarantee easy handling. The small beam angle is perfect for measurements in narrow silos. Heartbeat Technology detects unwanted anomalies, such as buildup, for increased productivity.

The Micropilot FMR66B is for free-field applications up to 50 m and provides high beam focus for vessels with many internal internals.

  • Process connections: Thread or mounting bracket

  • Temperature: -40 to +200 °C (-40 to 392° F)

  • Pressure: -1 to +16 bar (-14.5 to +266 psi)

  • Maximum measuring range: 50 m (164 ft)

  • Accuracy: ±3 mm (0.12 in)

  • W-Band: 80 GHz

  • International explosion protection certificates, SIL, ship approvals, 5- or 10-point factory calibration certificate

Benefits

  • Easy handling through intuitive operation and wizards, for commissioning and verification

  • Easier troubleshooting thanks to recommended actions in the display

  • Safety by Design: Device development according to IEC 61508

  • Increased productivity because of process monitoring, verification and diagnostics during operation with Heartbeat Technology

  • Easy device integration into asset management systems through digital communication

Videos

  • The new generation 80 GHz radar sensors

  • Build-up detection with Heartbeat Technology

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Predecessor

Success stories

  • Micropilot FMR60B and the SmartBlue app on a mobile phone Micropilot FMR60B and the SmartBlue app on a mobile phone

    Safe and easy access to process data via Bluetooth

    Kemira, a global chemicals company, needs accurate monitoring of level and temperature for polymer manufacturing. They use instrumentation with Bluetooth for safe and easy access to process data.

  • Picture of Flowmeters used in rocket propulsion testing Picture of Flowmeters used in rocket propulsion testing

    Driving accuracy in space propulsion

    Protolaunch uses Endress+Hauser flowmeters and level sensors at a rocket propulsion test facility in Buckinghamshire to demonstrate the performance of the propulsion systems and components.

  • Aerial photograph of Nufarm’s plant in Wyke, Bradford Aerial photograph of Nufarm’s plant in Wyke, Bradford

    Improved accuracy in butanol level measurement

    Global crop protection and seed technology company Nufarm reduces measurement uncertainty to less than 1% with new-generation 80 GHz radar level sensors

  • From the laboratory to the field – Raman spectroscopy From the laboratory to the field – Raman spectroscopy

    From the laboratory to the field – Raman spectroscopy

    Raman spectroscopy from Endress+Hauser has established itself as a key PAT tool at Evonik. It enables significant efficiency gains, cost reductions, and faster market launch of new products.

  • Pressure measurement in the steam reformer operates reliably and easily at Messer Industriegase. Pressure measurement in the steam reformer operates reliably and easily at Messer Industriegase.

    High plant availability in hydrogen production

    Messer produces hydrogen in a steam reformer. The facility has a large number of protection and safety devices where pressure values play an important role.

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