New Range of Submersible Tank Gauging Transmitters

Water/wastewater

New Range of Submersible Tank Gauging Transmitters

21 May, 2012

Published over 14 years ago. See the latest and most current information on Water/wastewater.

A range of submersible tank gauging level transmitters for small tanks and containers is now available in the UK from instrumentation specialist Impress Sensors & Systems (UK).

Manufactured by Impress Sensors, the new IMTG range of transmitters is designed for continuous submersion in liquids such as water, oils and fuels. The transmitters are ideally suited to applications in small (0 to 10 metre depth) tanks or containers, where conventional mechanical level switches and sensors are not suitable because of reliability issues and a higher degree of level ‘control’ and measurement is required. WRAS-approved versions of the transmitter are also available for drinking water applications. Typical applications include measurements of static tank level, container or chamber level, and vehicle tank level.

The IMTG transmitters use a piezoresistive, silicon pressure sensing technology and a stainless steel diaphragm, which provide excellent stability, repeatability and resolution. The sensor housing is made from stainless steel, making it ideal for reliable, repeatable hydrostatic level measurement. The sensors are available in nominal pressure ranges from 0.5mWG to 10mWG. An optional self-flushing nose cone is also available.

All IMTG sensors are temperature-compensated, calibrated and supplied with a traceable serial number and calibration certificate. Operating (media) temperatures are from -20 deg C to +60 deg C in non-freezing media. Cable material is either PVC, PUR, FEP or TPE, enabling compatibility with any media.

Impress Sensors will be exhibiting at IWEX 2012 (International Water & Effluent Exhibition) at the NEC from 22-24 May 2012 (stand E48), and at the WWEM (Water, Wastewater & Environmental Monitoring) exhibition, from 7-8 November 2012 at the Telford International Centre (stand 58).

IET 36.2 Mar/Apr 2026

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