Mikron MC320 Series
High-Performance, Infrared Camera for Demanding Real-Time Imaging Applications
Overview
Designed with advanced, maintenance-free electronics and industrial protective packaging, the Mikron® MC320 series offers unparalleled accuracy for demanding industrial and manufacturing applications. This includes vessels and furnaces, rolling processes, rotary kilns, quality monitoring in glass production, through-flame imaging in furnaces and boilers, and measurement of targets or objects with low emissivity.
The MC320 series can be configured with flame-filtering capability for furnace and kiln monitoring.
Benefits
- Utilize turnkey solutions to meet the most severe and challenging thermal imaging system requirements
- Produce superior images and temperature measurement accuracy for mid-wave applications
- Take advantage of advanced maintenance-free electronics and industrial protective packaging
- Operate in harsh environments
- Better monitor a unique range of process monitoring applications using mid-wave infrared (MWIR)
Features
- High performance, cost-effective complete monitoring solution
- Supports low and high temperature applications
- Optional industrial grade rugged enclosure
- Gigabit Ethernet communication
- Support for IO module, OPC, and Modbus through LumaSpec RT Control software
After the initial warm-up, enhanced optics and electronics virtually eliminate zero drift and feature precision-beam collimation. A comprehensive operating system allows you to tailor the device to multiple operations. And calculations are performed in realtime for transmission to your host system.
Benefits
Measure up to five gases
Tailor to multiple operations without the need for a custom operating system
Nearly eliminate zero drift after the initial warm-up period
Meet all accuracy specifications
Exceed performance requirements for portable or fixed leak detectors of toxics or combustibles
Features
RS232 output
Differential Pressure for flow monitoring
Low power
Fast response times
Precision-beam collimation
