Emerson launches world’s first contactless radar for the F&B industry

Emerson has unveiled the first non-contacting radar specifically developed for the food and beverage industry. The radar, named Rosemount 1408H level transmitter, has a compact design and possesses excellent beam focusing capabilities. It can effectively establish IO link communications, helping manufacturers in optimizing their operational efficiency and maintaining food safety.

A contactless radar is appropriate for applications that need a strict hygienic environment and equipment. In comparison to legacy technologies, it has long-term reliability as it requires minimal to no maintenance.

The radar is installed in a top-down manner, thereby reducing the possibility of product loss owing to leakage. Also, processing conditions like viscosity, density, temperature, and pH do not affect the radar.

The Rosemount 1408H has a robust design, making it an ideal device for skids and small tanks that are prominently used in the production of foods & beverages. Moreover, during processes like sterilize-in-place and clean-in-place, the antenna makes sure that the process residue is eliminated.

The radar is water-resistant with an IP69 rating and has a housing made of stainless steel with minimal crevices to sustain washdowns. The radar uses 80 GHz frequency modulated continuous wave technology, the first level transmitter to do so.

The architecture is placed on a single electronic chip integrated with smart algorithms. This helps in achieving greater measurement accuracy and the ability to avoid internal tank obstructions like agitators through excellent radar beam focusing.

The Rosemount 1408H uses fast sweep technology which makes it capable of measuring levels and collecting information over 40 times more than old transmitters. The enhanced measurement accuracy allows manufacturers to prevent product wastage, reduce product variations, and maximize the capability of production.

This increases the quality of the product and helps in maintaining batch consistency. The radar also maximizes the usage of vessels by making radar dead zones redundant as it registers measurements to the top of the tank.

Source Credit: http://www.tradearabia.com/news/IND_383475.html


By Shreya Bhute

With corporate exposure in software and marketing, Shreya was always intrigued by content development. Having pursued her graduation in I.T. engineering, she works as a content writer for people.partilepep.com and jots down news articles across distinct domains including technology, business and healthcare.