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Fluke Process Instruments releases CS400 Kiln Shell Imaging System

Published by , Deputy Editor
World Cement,

Fluke Process Instruments, a global leader in infrared imaging and thermal profiling solutions for industrial applications, debuts its latest temperature monitoring system – the CS400 Kiln Shell Imaging System. Specifically designed for harsh kiln environments, the CS400 is a fully integrated solution that continuously monitors rotary kilns for hot spots and can picture every brick in real-time to detect wear and tear, prevent costly damages and unscheduled downtime, and extend production runs and the kiln’s operational life. At the core of the system is the MP Linescanner, which provides accurate, edge-to-edge and real-time thermal imaging and temperature measurement for a complete picture of continuous processes.

The CS400 features specially designed software, which relies on standard Ethernet ports. Because the graphic user interface is designed specifically for kiln applications, the software is easy to set up and use with little operator training required. Once set up, the software provides a thermal image of the entire kiln shell surface, with a zoom function that allows detailed examination for key areas of interest. Temperature range and zone alarms can also be easily configured within the software; and other information – such as burn zone temperature, lap time and the scanner’s internal temperature – is displayed in the status bar for a complete system status without changing screens.

“Continuous infrared monitoring is essential for rapid detection of temperature anomalies, such as non-uniformities and hot spots in a kiln’s refractory material,” says Stewart Griffiths, Global Product Manager, Fluke Process Instruments. “Our new Kiln Shell Imaging System can measure up to 1024 temperature points across a scan line and features specially-developed software. With multiple kiln support, polar charts highlighting coating thickness and brick thickness, and envelope profiles over the entire kiln, manufacturers can easily optimize and manage maintenance schedules to avoid costly shutdowns, as well as reduce setup times with intuitive configurations and temperature profile calculations.”

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