Process photometer DCP007-UV
UV

process photometer
process photometer
process photometer
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Characteristics

Type
process
Spectrum
UV

Description

Benefits Real time in-line measurement Ultra-low power UV analyzer High performance UV LED light source Drift and noise-free measurement Zero maintenance measurement cells & fiber optics Down to 5 AU (1 cm OPL), deeper absorbance measurements with shorter pathlengths Long life UV LED light source that is easy to change Analogue output (0/4-20 mA) Modbus (slave) over TCP/IP & Profibus (optional) Local & web based graphical user interface (TCP/IP) ATEX Exd IIB + H2 T6 IP66 Category II 2 G (optional) The Kemtrak DCP007 UV process analyzer uses ultra-low power cold light at the exact wavelength required for the analysis, exposing the sample to thousands of times less energy than a traditional UV photometer. This is achieved from a state of the art digital photometer design using a modulated high performance UV LED light source with precision fiber optics. Traditional UV photometers use mercury vapor lamps that continuously expose the process stream to high intensity broad spectrum UV radiation and heat generated by the lamp. This results in destruction of the valuable product and produces unknown and potentially hazardous breakdown products. A proprietary dual wavelength four channel measurement technique and advanced digital electronics design allows deep absorbance measurement to 5 AU. A range of shorter optical path-lengths allow for even deeper absorbance measurements. Convenient zero dead-volume hygienic measurement cells contain no electronics or moving parts and are well suited for hazardous environments. NIST-traceable validation filters are available to verify analyzer performance without process interruption.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.