Thermography Cources

Duration
۳۲ hours, typically cwer four days

Format
Live public course
On-site course
Virtual online course
Video distance learning online courses and Life Long Learning (LCL) access

Compliance
Training and certification: ISO 18436-7
certification: ISO 18436-1. ISO/IEC 17024
Training: ISO 18436-3

Exam
Two hours
SO multiple-choice questions
۷۵% passing grade
Can be taken online or in-person at the course

Certification requirements
Training course completed
۱۲-months of work experience. verified by an independent person
Pass the Ishihara color perception test
Valid for S years

Pre-study
Access to the “Learning Zone” upon registration and payment
Complete set of videos covering every topic
An excellent way to be prepared and get the most from the course

Post-study
Continue to access the Learning Zone for 4-months after the course or upgrade your access for a lifetime with Life Long Learning (LCL)
Continue learning. without charge. on MOBIL’S CONNECT’ via WWWMOBIUSCONNECT.COM

Maintenance practices
Reactive, preventive, condition-based, proactive
How to decide between them

Condition monitoring
Why it works
Vibration, ultrasound, oil analysis, wear particle analysis, and electric motor testing
Detecting faults, root causes, and quality control

Principles of infrared thermography
understanding the difference between heat energy and temperature
The laws of thermodynamics
Heat transfer modes – conduction, convection and radiation
The thermal capacity of different materials

Thermal conduction
The fundamentals of conduction
Conductive heat transfer rate
Thermal conductivity of different materials

Thermal convection
The fundamentals of convection
Compensating for the “wind cooling effect”

Thermal radiation
The fundamentals of radiation
Emitted, reflected and transmitted radiation
Radiation wavelengths and the electromagnetic spectrum
Emissivity and the Stefan-Boltzmann Law
Incident and exitant radiation

Equipment and data acquisition
Understanding the infrared camera
Lenses and lens materials
Capturing and controlling the image with temperature range, level and span
Color palette selection
Error source recognition, prevention and control
Calibrating the thermal camera
Environmental and operational conditions
Image storage and management

Safety rules and guidelines
Hazard awareness
Standards and guides
Personal Protective Equipment (PPE)

Thermographic applications
The basic principles of diagnostics (ISO 13379) and prognostics (ISO 13381)
Machinery engineering principles
Electrical application – fuses, transformers, switchgear, transmission lines etc
Mechanical application – pipes, tanks, refractories, heat exchangers etc
Civil applications – windows, air leaks, construction integrity etc
Process applications – steam traps

General image interpretation guidelines
Image processing
Fault classification

Report generation
Providing actionable information

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Suggested Actions Based on Temperature Rise

This document has been prepared based on manufacturer instruction bulletins, NFPA, IEEE, NEMA and ANSI standards

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