HGH Infrared Systems, a global provider of thermal imaging systems, announces the debut of their newest all-in-one solution for rotary kiln combustion and entrance cooler temperature monitoring. The new PYROSCAN is a pyrometric camera model powered by Ethernet with the highest resolution on the market (1.2 Mpixels), allowing accurate measurements of temperatures in every image point, through the 1300 °F to 3250 °F thermal range.
The major innovative feature is the use of High Dynamic Range (HDR) technology, which produces a contrasting image without the effect of underexposed or conversely saturated areas, an essential aspect to simultaneously see the details on the flame and on the clinker. Additionally, the PYROSCAN software provides an anti-dust image-processing filter and analyses lines for flame shape monitoring, in order to optimise the combustion process – all the more important with the increased use of alternative fuels. Finally, the new design is modular and compact, weighing in at 6 kg without the frame. This new PYROSCAN is contained in water-cooled housing and a pneumatic actuated frame, which is very well adapted to the harsh environments often associated with industrial kilns.
HGH Infrared Systems’ new PYROSCAN provides an analysing eye inside the kiln, to efficiently control combustion conditions and potential issues at the cooler entrance. Overall, the PYROSCAN allows production managers to maintain a more stable manufacturing process, achieve increased productivity and reduce maintenance. With 30 years of experience and success in cutting-edge infrared technology, HGH Infrared Systems looks to usher in a new generation of their award-winning products with the PYROSCAN.
HGH Infrared Systems will be officially announcing the product launch at the IEEE-IAS/PCA Cement Industry Technical Conference in National Harbor, MD on 13 – 17 April.
Adapted from press release by Katherine Guenioui
Read the article online at: https://www.worldcement.com/product-news/09042014/hgh_launches_new_pyrometric_camera_model_33/