Infrared Scanning of electrical installations falls under classification of Predictive Maintenance Fault Finding. The value is that we are now able to predict an electrical fault before the element fails completely.

We can get this due to the heat build-up of any electrical element under stress and predict that it will fail while it is still functional and appears normal to the naked eye or any other test equipment. The heat signature identified with the use of an Infrared camera. The pictures are then analyzed and put into an easy-to-follow report so that they can rectify before a breakdown occurs, preventing loss of production due to unplanned down time.

An infrared electrical thermography survey can result in significant financial savings for the client by:

• Reducing the risk of an electrical fire.
• Reducing the risk of an unplanned electrical outage.
• Identifying priorities for planned maintenance, resulting in your spend going where it needed most.
• Determines if the elements and system have been properly installed and are not damaged
• Reduces downtime
• Reduces risk of equipment failure
• Increases safety
• Improves insurability
• Reduces liability exposure of the designers and installers
• Improves system performance
• Determines elements and systems carry out properly and meet the design intent
• Determines if elements and systems compliance with the project specifications and design
• Reduces construction schedule delays
• Saves money

Infrared thermal imaging is an essential aspect of professional development in various industries, offering individuals the necessary skills to effectively utilize non-invasive imaging techniques for diagnosis and monitoring.

This certification serves as a testament to the skills, knowledge, and abilities of maintenance reliability and physical specialists in the field of asset management. It is based on internationally recognized industry standards such as the ISO/IEC 17024 and ISO 18436-7, ensuring that participants receive comprehensive and globally respected certification.

Benefits of Thermography Training

Image quality
Thermal images must always be in focus or risk having to recollect data which may not always be possible. Hence accurate measurements.

Incorrect object parameters
Object parameters play a crucial role in how an IR camera interprets heat radiation. Correctly setting these parameters requires a knowledgeable operator to evaluate target composition, condition, and how the environment may challenge readings.

Misunderstanding radiation science
Learning a necessary level of heat transfer theory and thermal fundamentals will help you to avoid making a false diagnosis which can be costly and detrimental to credibility.

Dismissing small temperatures
Differences Shiny metallic surfaces, such as the copper used in electrical busbar, can be difficult to measure. Misleading thermographers on how they interpret the severity of a target and its criticality for repair. What may appear insignificant, could be a risk to the safety of employees or production uptime.

Improper camera choice 
Not all thermal cameras are created equal. Resolution, optics, and sensitivity are all important considerations when implementing thermal imaging as a diagnostic tool. We can see how higher resolution extends better image quality. Allowing operators to discern more precise detail to identify anomalies that would have otherwise been missed. Wide angle and telephoto lenses also have their necessary purpose in ensuring survey success