Industrial Control Radar Level Gauge FMR62B for PLC Programming

The E+H Micropilot FMR62B radar sensor is part of the new generation of 80 GHz radar sensors. It is used for continuous non-contact level measurement in challenging liquid applications. It masters process requirements like high temperatures, high process pressure, and changing media. The FMR62B features guided SIL-locking, verification, and proof testing for reduction of systematic errors. It also offers reliable measurement thanks to strong signal focusing, even with multiple internal fixtures. An intuitive user interface enables easy, guided commissioning. Heartbeat Technology offers verification and monitoring functions to identify anomalies for increased safety and productivity.

The Micropilot FMR62B is suitable for free-space applications up to 80m and offers high beam focusing for vessels with many internal fittings.

Field of application

Micropilot FMR62B is part of the new generation of 80 GHz radar sensors. It is used for continuous non-contact level measurement in challenging liquid applications. It masters process requirements like high temperatures, high process pressure as well as changing media. Testing concepts for SIL-locking and proof tests reduces the risk of systematic errors. Heartbeat Technology offers verification and monitoring functions to identify anomalies for increased safety and productivity.

The Micropilot FMR62B is suitable for free-space applications up to 80m and offers high beam focusing for vessels with many internal fittings.

• Process connections: Flanges
• Temperature: –196 to +450 °C (-320 to +842°F)
• Pressure: –1 bis +160 bar (-14.5 to 2320.6 psi)
• Maximum measuring range: 80 m (262.5 ft)
• Accuracy: ±1 mm (0.04 in)
• W-band: 80 GHz
• International explosion protection certificates, overfill prevention WHG, SIL, marine approval, 5- or 10-point factory calibration certificate

Benefits

• Increased productivity thanks to process monitoring, verification, and diagnostics in the running process with Heartbeat Technology
• Safety by design: Device development according to IEC 61508 for SIL 2 and SIL 3 applications (e.g. in homogeneous redundancy)
• Reduction of systematic errors through guided SIL-locking, verification and proof testing
• Easy handling through intuitive operation and wizards, for commissioning and verifications
• Easier troubleshooting through recommended actions shown on the display