Asset Performance Management
ISO 18436-7 Category I
IRTCAT-I Infrared Thermography
Overview
Course Description
Modern learning methodology: interactive simulations, 3D animations, and a wealth of case studies
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Who should attend
- Engineers interested in Thermography
- Engineers involved in condition monitoring
- Personnel who want to become certified to international standards (ISO-18436)
Objectives
- Set up and operate the thermal imaging equipment for safe thermographic data collection
- Verify the calibration of thermographic measurement systems
- Identify, prevent minimize and control poor data acquisition and error sources
- Apply a specified thermographic measurement technique
- Evaluate and report test results and highlight areas of concern
12 moths of experience for certification and the Ishihara perception test.
Program Outline
Day 1:
- Maintenance practices
- Condition monitoring
- Principles of infrared thermography
Day 2:
- Thermal conduction
- Thermal convection
- Thermal radiation: Emitted, reflected, and transmitted radiation; Radiation wavelengths and the electromagnetic spectrum, Emissivity and the Stefan-Boltzmann Law, Incident and excitant radiation
Day 3:
- Equipment and data acquisition: infrared camera, lenses, color palette selection, Error source recognition, prevention and control, thermal camera, environmental and operational conditions, Image storage and management
- Safety rules and guidelines
Day 4:
- Thermographic applications: basic principles of diagnostics (ISO 13379) and prognostics (ISO 13381) Machinery engineering principles, Electrical application, Mechanical application, Civil applications, Process applications
- General image interpretation guidelines
Upcoming Sessions
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IRTCAT-I Infrared Thermography
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