Range of FMCW based radar level measurement products expanded with state of the art level transmitters

Water/wastewater

Range of FMCW based radar level measurement products expanded with state of the art level transmitters

15 May, 2019

Published over 7 years ago. See the latest and most current information on Water/wastewater.

AMETEK Drexelbrook has expanded its open-air radar level offering with the addition of the DRX400 (24 GHz) and DRX500 series (80 GHz) level transmitters. Both incorporate state-of-the-art features and components.

The DRX400 Series consists of 3 new models (DR5400, DR6400 & DR7400). This set of 24 GHz radar transmitters covers a broad range of applications including liquids and solids. These products will be replacing the Drexelbrook DR7000 and DR6300 open-air radar models.

The DRX500 Series consists of 3 new models (DR3500, DR6500 & DR7500). This set of 80 GHz radar transmitters covers applications with liquids, slurries and solids for both hygienic and non-hygienic requirements. All 80 GHz radar transmitters are especially beneficial for level measurements in narrow tanks with internal obstructions due to their small beam angle. The DRX500 transmitters, with its flush-mounted polyether ether ketone (PEEK) lens antenna and wide process connection options, is ideal for hygienic liquids.

Both series products feature a large, backlit LCD screen with 4-button keypad that can be assessed with a bar magnet without opening the housing cover. Each uses software that has a quick set up assistant for easy installation. Each conforms to NAMUR recommendations NE 21, NE 43 and NE 53 and can measure fast-moving processes. The transmitters are available with aluminum or stainless-steel housings.

Radar is among the most accurate technology choices for process level and storage tank applications for continuous level measurement under demanding conditions. All of these transmitters utilise Frequency Modulated Continuous Wave (FMCW) technology that offers superior signal processing capabilities and a more reliable measurement than other techniques.

IET 36.2 Mar/Apr 2026

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