New sensors for the METPOINT® measurement technology:
13/10/2014 BEKO Technologies Ltd
Measurement technology makes the purity of compressed air visible and points out the optimisation potentials in the system. The measurement instrumentation from BEKO TECH-NOLOGIES provides a reliable data base for the assessment and assurance of the compressed-air quality and for the identification of hidden cost drivers.The METPOINT sensor technology continuously records all the relevant parameters at the critical control points of compressed air - reliably and precisely. The proper means in order to implement energy management, for example in accordance with ISO 50001, or to meet the demanding HACCP or GMP requirements.
METPOINT® PRM (pressure measurement) for the monitoring of the operating pressure in applications from 0 to 25 bar or from 0 to 60 bar. The METPOINT PRM detects the relative pressure (gauge pressure) in gaseous media and transforms this pressure into a linear output signal. The pressure transmitter with a precise, long-term stable stainless steel thin-film sensor technology boasts high measuring accuracy (< 0,5% pu) and a high burst pressure. MODBUS protocol and BEKO COMMUNICATION protocol.
METPOINT® DPM (dew point measurement) for the continuous moisture monitoring. The stationary dew point transmitter with a polymer sensor measures the temperature, relative humidity, and dew point, and is dew resistant. Its application focus lies between -60 and 40°C tdf. MODBUS protocol and BEKO COMMUNICATION protocol. The determined data can optionally be indicated on a display and stored in a data logger.
The new METPOINT sensor products are available now.
For more information, please contact:
Ruth Goodison
BEKO Technologies Limited
2 & 3 West Court
Buntsford Park Road
Bromsgrove
Worcestershire
B60 3DX
Tel: +44 1527 575778
Fax: +44 1527 575779
Email: info@beko-technologies.co.uk
Web: www.beko-technologies.co.uk
Print this article
Process and Control Today are not responsible for the content of submitted or externally produced articles and images. Click here to email us about any errors or omissions contained within this article.