Thermographic Studies – What Are They and How Are They Performed?
Thermography is a predictive tool that allows for the detection of malfunctions using the thermal radiation emitted by machinery, electrical panels, and other equipment.
It is performed using a thermographic camera, which is pointed at the element to be studied. A thermographic image is obtained showing the different temperatures of the element, allowing for the analysis of potential defects.
The objective of thermographic studies is to capture the results obtained from the thermographic analysis performed on electrical equipment and installations, to determine hot spots in the installations and thus be able to predict potential breakdowns and failures in the future.
How Are Thermographic Studies Performed?
1. Define the Equipment to be Worked
The first step in performing a thermographic study is to define and select the equipment that will be used for infrared thermography for subsequent analysis.
2. Gather Information
We gather prior information on each of the selected devices, including their location, operation, failure history, and much more.
3. Perform Infrared Thermography
Once we have the necessary data for each device, we proceed to perform infrared thermography on the pre-selected devices.
4. Analyze and Write a Report
Our technical department prepares a report with the conclusions drawn from the analysis of the infrared thermography. We locate serious and minor defects, locate cold spots, and assess the criticality of the defects.
5. Present Results
Once the report is completed, the results are presented to the client along with the action plan and recommendations.
Benefits of Thermographic Studies
1. Prevents Breakdowns
Infrared thermography detects anomalies that are invisible to the naked eye, thus allowing faults to be corrected before they occur.
2. No need to stop production
Unlike other tools and techniques, thermography does not require a production shutdown to analyze equipment.
3. More efficient and sustainable energy use is achieved
The consumption of refrigeration and heating equipment is reduced, thus reducing the environmental and economic impact.
4. Increased equipment lifespan
Thermography allows for the analysis of equipment operation, enabling the detection of errors for possible correction, thus extending the equipment’s lifespan.
5. Reduced use of spare parts
As a result of the increased lifespan of machinery and equipment, the use of spare parts is reduced thanks to the reduction in breakdowns and broken components.
6. Optimized costs
Infrared thermography allows for early detection of faults, thus increasing uptime and maximizing profitability.
Are you interested in conducting a thermographic study?
Send us an email or call us, and we will contact you as soon as possible.
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