High Temperature Radar Level Sensor Micropilot FMR51

Application

The High Temperature Radar Level Sensor, Micropilot FMR51, is designed for precise level measurement in challenging environments such as high temperature and high-pressure conditions commonly found in the oil & gas and chemical industries. This free space radar sensor provides exceptional reliability through its innovative, patented design. It offers continuous, non-contact level measurement of liquids, pastes, and slurries, unaffected by varying media, temperature fluctuations, gas blankets, or vapors. Remote monitoring and control are possible via the SmartBlue app.

Equipped with a horn antenna, the sensor performs well even under the most extreme conditions.

• Process Connections: Available in Thread, Tri-Clamp, or flange options.

• Operating Temperature Range: -196 to +450°C (-321 to +842°F).

• Operating Pressure Range: -1 to +160bar (-14.5 to +2,320psi).

• Maximum Measuring Range: Up to 40m (131ft), extendable to 70m (230ft) for enhanced dynamics.

• Measurement Accuracy: ±2mm.

• Frequency Band: K-band, 26GHz.

• Certified for international explosion protection, overfill prevention (WHG), SIL, marine approvals, and includes a 5-point linearity protocol.

Benefits

• Developed in compliance with IEC 61508 standards, supporting SIL3 applications in homogeneous redundancy.

• HistoROM Data Management: Simplifies commissioning, maintenance, and diagnostics with fast and easy data handling.

• Ensures top reliability even in complex environments with the new Multi-Echo Tracking technology.

• Heartbeat Technology: Provides cost-effective and secure plant operation throughout the product's lifecycle.

• Offers seamless integration into control and asset management systems, along with an intuitive, menu-driven operation, either on-site or remotely.

• Features the world’s easiest proof test concept for SIL and WHG, saving both time and costs.

• Enhanced safety features include double ceramic coupling and gas-tight feedthrough, ensuring maximum safety in demanding conditions.

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