Infrared Thermography for Safety of Electrical Equipments and to avoid Short Circuits

Primary benefits of Thermography Services

Timely detection of defects & timely rectification,

Reduction of production/professional losses due to unplanned shutdowns,

Timely identification of Looose connection and to prevent sudden equipment failure, shutdowns and also reduce the risk fire due to Short circuit

Reduced maintenance and repair costs

Identification of Overloaded circuit and unbalance load

Increased equipment life

Increased Mean-Time-Between-Failures (MTBF) & equipment reliability

MGR Technology is renowned name in Thermography for all types of Buildings and Industries including Hotels,Hospitals, Residential, Schools, Manufacturing Industries, Malls, Chemical Plants, Power Plants, FMCG, Moulding, Mines and many more.

At MGR Technology we conduct infrared thermal imaging of machinery and electrical panels, to detect faults before they become major issues. with our worlds best thermal imagers provides accurate real time high resolution images; enabling engineers to detect problems that might otherwise go unnoticed. This gives the opportunity to undertake remedial action prior to costly system failures or production stoppages. Using infrared thermography is effective across all sectors in helping to reduce maintenance costs and even to carry out possible improvements.

Thermal imaging is a process based on processing infrared radiation, that is the heat emitted by objects, into a visible image, making possible to assess temperature distribution on the surface of the observed object without contact.

This is important wherever it is necessary to measure temperature at inaccessible or hazardous locations and also allows for:

quick temperature measurement on surfaces of any size,

or lightning-fast location of heat escape points invisible to the naked eye related to failures in buildings’ insulation and construction errors.

In thermographic analysis, contactless measurement in the infrared spectrum is used to determine the temperature of a surface from a distance. Since all objects with a temperature above absolute zero emit thermal radiation of similar characteristics (called black-body radiation), by measuring the radiation and with knowledge of the emissivity coefficient of a given object, its temperature can be determined.

Professional radiometric thermal imaging cameras register temperature separately for each point of the image. For example, in the case of a camera with a 640 x 480 resolution, temperature is registered simultaneously for each of the 307200 points. This makes it possible to conduct detailed analysis of saved thermal images, which display different temperatures as different colors.

All information saved in a thermogram can be used by specialized software delivered with the thermal imaging camera. During analysis of a thermogram, points with maximum or minimum temperature can be determined, the emissivity coefficient of the whole thermogram or a part of it can be corrected, temperature can be read at any point of the thermogram, mean temperature can be calculated, temperature distribution can be presented in the form of histograms or isotherms, the thermal image can be combined with the real image, precisely locate places with a specific temperature, and the color palette can be changed arbitrarily to best represent the temperature distribution. Can provide thermal image overlaps with the real-life image.

Infrared thermometers serves for contactless temperature measurement, and the operate on the basis of analysis of the thermal radiation emitted by the tested object.

Application

Fuse boards,

Distribution boards,

Busbar systems,

Control panels,

High voltage and medium voltage systems,

Power line connections and insulators,

Switchgear,

Electronic components,

UPS and battery systems,

PLC connections,

Motor control centers,

Transformer,

DG Set,