What is infrared thermography used for in drying?

It helps identify surface temperature differences that indicate where moisture remains in materials, guiding the placement of drying equipment and helping verify drying progress across a restoration project.

Does an infrared camera measure moisture directly?

No. An infrared camera detects surface temperature patterns, not moisture itself. Cooler areas can suggest evaporative cooling, so readings should be confirmed with moisture meters, hygrometers or other complementary tools.

What are the limitations of thermal imaging for moisture?

Contact barriers such as vinyl wallpaper and dense materials can mask readings, and the camera generally cannot see interstitial layers between components, so physical access or complementary methods may be needed.

Do I need experience to take this course?

No. It is an introductory course covering thermal energy concepts, infrared camera technologies, moisture detection applications, safety protocols and result analysis from the basics.

Introduction to Infrared Thermography for Drying

Name: Introduction to Infrared Thermography for Drying
Availability: InStock

A CARSI-issued credential — not an IICRC certification. CARSI is an IICRC CEC Accredited provider, so this course counts toward maintaining a certification you already hold. IICRC certification itself is obtained through an IICRC-approved school and examination. Every CARSI credential gets a public verification page an employer or insurer can check without contacting us.

CARSI Catalog

Course Instructor

Free

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Duration

About This Course

This course aims to provide a basic but comprehensive understanding of thermal energy concepts and infrared thermography for moisture detection and drying in restoration. It covers heat transfer principles, surface temperature dynamics, and emissivity effects, alongside infrared camera technologies and moisture detection applications. Participants will also learn about thermography safety protocols, result analysis, and the integration of thermographic data into remediation strategies for precise drying and moisture management.

Syllabus

5 modules · 5 lessons · 1

Module 1 — Thermal Energy Concepts

Thermal Energy Concepts — ReadingPreview

Module 2 — Infrared Camera Technologies

Infrared Camera Technologies — Reading

Module 3 — Moisture Detection Applications

Moisture Detection Applications — Reading

Module 4 — Safely Applying Thermography

Safely Applying Thermography — Reading

Module 5 — Result Analysis and Applications

Result Analysis and Applications — Reading

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Thermal Energy Concepts — Reading

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Heat Transfer Principles
Understand conduction, convection and radiation principles governing how thermal energy moves through materials and space informing infrared thermography use evaluating moisture presence, phase changes and evaporation rates directing drying equipment effectively.

Surface Temperature Dynamics
Distinguish thermal properties between porous and non-porous goods enabling infrared identifications of where cooler surface temperatures indicate higher moisture contents remaining along material depths based on wicking flow principles and heating activation energy demands for liquid water converting to liberated water vapour.

Emissivity Effects
Consider variable emissivity ratings across building material composites and irregular geometries that alter thermographic image colourisations necessitating calibration index adjustments ensuring consistency representation when overlaying thermogram visual heatmaps against photo overlays denoting dryness irregularity variations.

Environmental Interplays
Note differences between indoor images and outdoor scan shadows caused by heat reflections off adjacent surfaces skewing appearance results which mitigations like sun shields, polarisation filters, distance intervals and software analytics corrections all counteract yielding precision moisture detection capabilities within calibrated ranges afterwards.

Credential & CECs

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Digital Credential

Receive a verifiable digital credential with a unique public URL. Share directly to LinkedIn or include in job applications.

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Progress Tracking

Your progress and completion are recorded automatically in your CARSI dashboard, with a verifiable digital credential on completion.

This CARSI course complements the IICRC — it is Southern-Hemisphere training the IICRC does not offer, not an IICRC certification. IICRC certification is obtained separately through IICRC-approved schools and examinations.

Introduction to Infrared Thermography for Drying