REMOTE MONITORING OF CO-FIRING FURNACES
Dominik Demeter
dominik.demeter@tuke.skTechnical University of Kosice, Department of Technologies in Electronics (Slovakia)
Juraj Banský
Technical University of Kosice, Department of Technologies in Electronics (Slovakia)
Abstract
This article deals with the software and hardware design of a measurement and logging system for two older co-firing furnaces PEO 601 and PEO 602, which are still in use at the Department of Technologies in Electronics and which need to be monitored remotely. The furnaces from the technological point of view matches the requirements of the laboratory experiments and technological processes provided at the department, but we need the ability to monitor and log the actual temperature in them, as well as to check, if the temperature during the co-firing process was in correspondence with the defined profile of it.
Keywords:
remote monitoring, remote sensing, microcontrollersReferences
5 pin DIN connector, http://upload.wikimedia.org/wikipedia/commons/b/ba/DIN-5c_Diagram.svg
Google Scholar
Datasheet of the Atmel Atmega 328p, http://www.atmel.com/devices/atmega328p.aspx
Google Scholar
Highcharts JS – Interactive JavaScrip charts for your web projects, http://www.highcharts.com/
Google Scholar
Technical Data Sheet of DuPont™ Green Tape™ 9K7 Low Temperature Co-Fired Ceramic System, http://www2.dupont.com/MCM/en_US/assets/downloads/prodinfo/GreenTape9K7DataSheet.pdf
Google Scholar
Authors
Dominik Demeterdominik.demeter@tuke.sk
Technical University of Kosice, Department of Technologies in Electronics Slovakia
Authors
Juraj BanskýTechnical University of Kosice, Department of Technologies in Electronics Slovakia
Statistics
Abstract views: 164PDF downloads: 60
License
This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.