Introduction
Temperature controls the type and quantity of thermal radiation emitted from a surface like the one in case of incandescent light bulb, in which a tungsten filament is electrically heated to a significantly high temperature emitting visible light. In situations where the temperature of an electrical cable is higher than supposed to be, there may be a loose contact and if not taken care of, it could possibly lead to a serious breakdown or even a fire. For this reason temperature, monitoring is an important activity. This leads to an improved safe work environments, better quality manufacturing and reduction in energy losses.
Infrared thermography or thermal imaging is an infrared imaging Science wherein infrared radiation emitted by all objects around us are seen as part and parcel of our's environment with or without visible illumination. Since the amount of radiation emitted by an object depends on its temperature, therefore, thermography allows us to see variations in temperature. When viewed through a thermal imaging camera, warm objects stand out well against cooler backgrounds. Since thermography does not require direct contact with the object under observation,, therefore, this offers inherent advantages first and foremost because the user can stay at safe distance from the dangers of high electrical voltages, explosives or toxic environments. Moreover, the process of data acquisition does not interfere in any way to affect the object (or process) under observation.
Our Services
Electrical and Communication Consultation Office offers expert services and use of of infrared themography or thermal imaging for finding defects and problems of the electrical and industrial systems in the manufacturing facilities. Our services pertain to :-
- Case Study
- General Survey
- Monitoring
In addition to the report writing including thermal images.
