Liquiphant M & FML621 density controller

Published: 04 June 2008  12:00 AM
Industry Channel: None
Source: The Engineer Online
Company: Endress & Hauser

Liquiphant is synonymous with reliable overspill protection in liquids. But did you know that its capabilities have been extended to now include density measurement?

Dosing preliminary, interim and final products; determining exact density or concentration; monitoring quality and controlling processes: all these activities rely on accurate and reliable density measurement. Endress+Hauser’s Liquiphant M density system offers outstanding product quality data, helping you to streamline your process, improve yield and save money!

Tried, trusted and easy-to-use

Endress+Hauser makes use of the tried and trusted vibronic principle to provide reliable data on density and quality just as reliable as it does level limits. As soon as the density or the concentration of the medium changes, the resonant frequency changes too. The tines of Liquiphant sense this change in frequency and the FML621 density calculator displays this information in measurements you understand, be it °Brix, °Baume or indeed any units specific to your application.

Quality control at its best

In the chemical and food & beverage industries, concentration is an important process variable. In order to determine concentration levels, extensive offline procedures and expensive laboratory analysis are often required. Liquiphant M, in combination with a temperature probe and FML621 density controller offers a cost-effective alternative. They provide reliable online density measurement at a glance, increasing plant availability, improving process control and reducing product wastage.

More than just a density controller

The Liquiphant M density measurement system can be used across the process industries for concentration measurement, quality statements and purity indications or even as a basic variable in calculations and simulations. What’s more, Liquiphant M can simultaneously provide dry-run protection and can be combined with other measuring instruments (e.g. flowmeters or radar devices) to provide additional values such as mass or mass flow information.

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