Ideal for beginner infrared camera users
Level I Thermography Certification Training — NEWARK, DEL. — June 9-12, 2020 (8 a.m.-5 p.m.) Course fee: $1,995. Potential discounts: Early registration, Military, UD alum, PMI member, 2 or more (group).
This course is geared to the new infrared camera user and focuses on how thermography is used for a variety of condition-monitoring and predictive maintenance applications. Attendees completing all training course requirements and a thermography field assignment will receive a Level I Infrared Thermography Certification.Course benefits
- Receive an introduction to thermal imaging and measurement systems for predictive maintenance applications. No experience in thermography is necessary.
- Collect quality data and accurate temperature readings, and account for measurement effects such as distance and emissivity using infrared cameras.
- Interpret thermograms and make informed decisions using heat transfer concepts to analyze thermal images, and learn to use the latest in infrared inspection report generation and analysis software.
- Avoid costly mistakes - learn to distinguish between hot spots and reflections, direct vs. indirect readings and qualitative vs. quantitative thermography.
- Challenge yourself with field applications labs that closely simulate real-world infrared applications. Gain the foundational skill set needed to navigate throughout the Excel application with confidence.
Outline
- Introductions
- Certification Overview
- Introduction to Thermography
- Definition of Thermography
- How it compares to Night Vision
- Benefits of Thermography and how it can be applied
- Examples of common applications
- Camera Operation
- List the image parameters that cannot be changed in post processing software
- Discuss the importance of optical focus
- Discuss the concept of thermal tuning and thermal contrast
- Understand the camera's measurement range limits
- Apply common measurement tools
- Relate image measurement parameters
- Explain the relationship between object size and distance
- IR Science
- Thermal Science Fundamentals
- Explain the difference between heat and temperature
- Identify common heat measurement units
- Explain the difference between absolute and relative temperature scales
- Demonstrate how to convert between Celsius and Fahrenheit temperature differentials
- Fundamentals of IR Science
- Define qualitative and quantitative thermography
- Describe the electromagnetic spectrum
- Identify infrared wave bands with emphasis on usefulness
- Identify what objects emit infrared energy and how this is affected by temperature
- Thermal Science Fundamentals
- Measurement Techniques
- Camera calibration
- Compensation for effects of the surroundings
- Explain the concept of reflected apparent temperature
- Describe the difference between a specular and diffuse reflector
- Describe which camera settings correct for atmospheric transmission losses
- Emissivity
- Discuss how emitted radiation relates to temperature
- Demonstrate knowledge and practical ability of how to measure emissivity
- List which factors affect emissivity of a target
- Describe which camera settings correct for atmospheric transmission losses
- Heat Transfer
- Define heat transfer
- Explain the difference between Steady State and Transient heat transfer
- Identify various thermal patterns
- Explain wind speed effects on temperature and differentials
- Identify a thermal capacitance application
- Overview of Inspection Report Creation
- Practical Applications of Thermography
- Electrical Applications
- Mechanical Applications
- Building Diagnostics and Home Inspection Applications