An infrared camera, also known as a thermal imaging camera or thermographic camera, is a device that detects and visualises infrared radiation, which is emitted by objects based on their temperature. It captures the temperature distribution across a surface and converts it into a visible image called a thermogram.
In other words, it see’s temperature and can place it into a photo or video with different colours representing the temperatures.
In a building maintenance setting, an infrared camera is used for various purposes, such as identifying areas of condensation, detecting water leaks, and highlighting areas of concern when considering water ingress.
Identifying water leaks
Infrared cameras are extremely useful in detecting water leaks in buildings. Here's how they can help in diagnosing water leaks:
- Temperature Differences: Water leaks often result in temperature variations on surfaces. When water seeps into a building structure, it tends to evaporate and cool the surrounding area. An infrared camera can detect these temperature differences and display them as distinct colours or shades on the thermographic image.
- Moisture Mapping: By scanning the affected area with an infrared camera, technicians can create a moisture map of the building. Moisture appears as cooler spots on the camera's display, contrasting with the warmer dry areas. These visual indications help identify the precise location and extent of the water leak.
- Hidden Water Pathways: Water leaks can travel along hidden pathways, such as behind walls, ceilings, or within the flooring. Infrared cameras can detect the moisture patterns even through these surfaces, enabling technicians to trace the path of the water and determine the source of the leak.
It's important to note that while infrared cameras are excellent tools for detecting moisture and identifying potential leaks, they do not directly identify the source of the water. Once the presence of moisture is confirmed using the camera, additional investigation and inspection may be required to determine the exact cause and take appropriate remedial measures.
How do Infrared Cameras Help with Identifying Areas Prone to Condensation
These cameras can be valuable in identifying building areas prone to condensation by detecting temperature differentials and moisture patterns.
Condensation often occurs when warm, moist air comes into contact with cooler surfaces. An infrared camera can detect temperature variations on different building components, such as walls, windows, ceilings, or pipes. It can identify areas where the temperature is significantly lower than the surrounding environment, indicating potential condensation points.
When condensation forms on a surface, it can create moisture patterns that are detectable with an infrared camera. The camera can capture the temperature differences caused by the presence of moisture and display them as distinct colours or shades. This allows technicians to visualise the areas where condensation is happening or has occurred in the past.
Do all Mould Inspections Include the use of an Infrared Camera?
The short answer is no. Not all mould removal companies in Australia offer this as a standard.
While not all mould remediation specialists utilise infrared cameras, Mould Cleaning Australia incorporates this advanced technology into our inspection and causation reports.
Infrared cameras provide a valuable tool for detecting moisture, identifying areas prone to condensation, and mapping out potential mould growth locations. By leveraging the capabilities of infrared cameras, Mould Cleaning Australia can offer a comprehensive assessment of mould-related issues in buildings, allowing for more accurate identification of problem areas and informed decision-making regarding remediation strategies.
This commitment to utilising state-of-the-art equipment demonstrates Mould Cleaning Australia's dedication to delivering thorough and effective mould remediation services to their clients.
.png)
