moisture

moisture measurement

moisture content

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Analyser systems

moisture analyzer


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moisture meter

PIER-ELECTRONIC GmbH
 Nassaustrasse 33-35
 65719 Hofheim-Wallau
 
info@pier-electronic.de



Wellcome to
PIER-ELECTRONIC GmbH


ACHEMA 2012
Frankfurt am Main 18.-22. June 2012
Visit us at the Achema 2012
Hall 11.1 Stand F81


!!! 
Evaluation Unit with Touchscreen !!!
Photometer-T_EN (pdf, approx. 2MB)
Photometer-T_DE (pdf, approx. 2MB)

State of the art Process Measurement Technology

Our Photometers detect the Absorption (light weakening) or the Transmission (light conductivity). The internal Transmission Density can be calculated from both values. Regarding the required measurement result, the calibration is based on the altering of these values during processing.

For the measurement, light rays are used that pass through the material to be analyzed (liquids, gases and foils) or that are reflected by the material to be analysed (solid matter). The choice of the measurement wavelength depends on the measurement task. It is possible to apply light wavelengths from the Ultraviolet spectrum (UV), Visible spectrum (VIS) or Infrared spectrum (IR).

The reflection method is chiefly used to measure the moisture in building materials, powders, granulates, natural products, sweets and tobacco. Other important applications can be identified in the wood industry, food industry and pharmaceutical industry. In the steel industry, we measure the wet-film thickness (water films) of liquids to prevent corrosion on metal sheets.

The measurement of the water content in liquids and gases is possible by the transmission method. As a further example, the measurement of Chlorine in Phosgene or the contamination of cooling water and waste water shall be mentioned.

Regarding the car making industry, we supply process photometers to measure the water content in brake liquid, and to measure the moisture and thickness of foils (PVB) in laminated glass for windshields.

All measurements are continuous. Thus, the productivity of process measurement instrumentation is improved because these enable a process automation.

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