E+H FMR67B 80 GHz Radar Level Transmitter for Reliable Level Measurement
E+H FMR67B 80 GHz Radar Level Transmitter for Reliable Level Measurement

Reliable level measurement is essential for process plants where accurate inventory control, stable operation, and safe production depend on consistent measurement data. The Endress+Hauser FMR67B is a high-performance radar level transmitter designed for continuous, non-contact measurement in demanding process applications.
Using 80 GHz radar technology, the FMR67B provides focused radar measurement with a narrow beam angle, making it suitable for tanks, silos, and process vessels where installation space or internal structures can make level measurement challenging.
Reliable Non-Contact Level Measurement
The FMR67B measures the distance between the radar sensor and the product surface without direct contact with the medium. This non-contact measuring principle helps reduce mechanical wear and makes radar technology suitable for a wide range of liquids and bulk solids.
Its 80 GHz radar technology can provide stable measurement performance in applications involving changing process conditions, dust, vapour, or challenging tank geometries.
For process engineers and maintenance teams, a reliable radar level transmitter can help improve process monitoring while reducing the need for frequent manual measurement or maintenance.
Designed for Industrial Process Applications
The E+H FMR67B radar level transmitter can be considered for a wide range of industrial level measurement applications, including:
Storage and process tanks
Chemical processing
Oil and gas applications
Water and wastewater treatment
Food and beverage processing
Bulk material and solids handling
Silos and hoppers
Process vessels with internal installations
The focused radar beam of the 80 GHz technology can be particularly useful when measuring in vessels containing agitators, heating coils, pipes, or other internal components.
Why Choose the E+H FMR67B?
The FMR67B combines modern radar measurement technology with the engineering approach of Endress+Hauser. Its non-contact measurement principle is suitable for applications where traditional contact measurement methods may be exposed to product buildup, corrosion, abrasion, or mechanical stress.
Key advantages include:
80 GHz radar technology
Continuous non-contact level measurement
Narrow beam angle for focused measurement
Suitable for liquids and bulk solids
Designed for demanding industrial environments
Useful for tanks, silos, and process vessels
Supports reliable process monitoring and level control
FMR67B for Process Measurement and Automation
In an industrial automation system, accurate level information can play an important role in process control, material management, and plant efficiency. The FMR67B can be integrated into process measurement architectures where reliable level data is required for monitoring and control.
For applications involving aggressive media, dust, vapour, changing product conditions, or complex vessel geometries, radar level measurement offers a practical non-contact alternative to mechanical or direct-contact measurement technologies.
E+H FMR67B Availability
We supply Endress+Hauser FMR67B radar level transmitters for industrial automation and process measurement applications. If you are looking for an E+H FMR67B, please provide the complete order code or required specification. We can help confirm the model, configuration, availability, and delivery information before ordering.
Whether the requirement is for a replacement instrument, plant maintenance, system integration, or a new process measurement project, the FMR67B can be considered for continuous radar level measurement in demanding industrial applications.
Product: Endress+Hauser FMR67B
Technology: 80 GHz Radar Level Measurement
Measurement: Continuous, Non-Contact Level Measurement
Applications: Tanks, Silos, Process Vessels, Liquids and Bulk Solids
Brand: Endress+Hauser
Complete-Model Enquiry Examples Across the E+H Portfolio
Please include a complete model in every enquiry, as in the examples below. These supplied references cover different product families and are not a list of interchangeable alternatives. Retain probe lengths and units where specified; other E+H models are welcome.
| Family / enquiry label | Complete model and length information |
|---|---|
| FMR43 | FMR43-AABADFNX1X2JGFC+TC |
| FMR20B | FMR20B-AABADTBMVCGVEEB |
| FMR10B | FMR10B-AAAADTBMWDGWEEB |
| FMR30B | FMR30B-AABAKHBMXQ0VEE3 |
| FMR67 (enquiry label; code starts FMR67B) | FMR67B-AABAFBCJGPEBESJD1+EH |
| FMR62 | FMR62-NBBCAAGMF5MRK |
| FMR60 | FMR60-AAALAAGAA3XJG |
| FWR30 | FWR30-AA1B1B7B0+PC |
| FMR20 | FMR20-AAABNWDEXR01 |
| FMR10 | FMR10-AAQBMWDEWFE2 |
| NMR84 | NMR84-IC1BB1C2B1ACABFB1AHJITD |
| NMR81 | NMR81-BC2BA1A2X0ACEACB2AFJNTC+AALAR1R3 |
| FMR67B | FMR67B-AABAENAFGAJCRBFD3 |
| FMR66B | FMR66B-AABAEDAHBSI1WFEA |
| FMR62B | FMR62B-AABACAAJGNEBEUKB+AA |
| FMR60B | FMR60B-AABAEJAFBSJCRCFA+LA |
| FMR54 | FMR54-AAACCABDD1AJJ+AAEHJALA |
| FMR52 | FMR52-BCACCBBPAGK+AA |
| FMR51 | FMR51-BBACCABCA5AGJ |
| FMP50 | FMP50-BCACCBAAA1GDJ+AAF371,2M |
| FMP51 | FMP51-BAACCABCB3ARJ+AA, 7000MM |
| FMP52 | FMP52-AAACCAOACHK+AAIJZ1 (2050MM) |
| FMP53 | FMP53-AAACCADAB5TDJ L=560 mm |
| FMP54 | FMP54-BCEEBBAED1AHJ+EBEHF4JAJBKEOAPBZ1 (LENGTH:2030MM) |
| FMP55 | FMP55-BAACBACAATK +AAEHF4I7JBJDOEPBZ1 CA=2750MM |
| FMP56 | FMP56-AAAAAALAABGDE |
| FMP57 | FMP57-AAACCAAEA4GGE (2000mm) |
| FMU40 | FMU40-ARB2A2 |
| FMU41 | FMU41-1NB2A2 |
| FMU42 | FMU42-AVB2A42A |
| FMU44 | FMU44-ATB2A23A |
| FMU30 | FMU30-AAHEAAGGF |
| FMG50 | FMG50-AABADJACA |
Code-check note: the example labelled FMR67 contains an FMR67B ordering code; confirm the intended generation. If any character, suffix or length is unclear, attach the nameplate or original order record for review.
