EN ISO 13798:2014, also known as Thermal Performance of Buildings - Thermographic Inspections, is a technical standard that provides guidelines for conducting thermographic inspections in buildings. It specifies the general requirements for conducting such inspections, as well as the equipment and procedures to be followed. This standard is widely used by professionals in the field of building thermography, including architects, engineers, and energy consultants.
The Importance of EN ISO 13798:2014
Thermographic inspections play a crucial role in assessing the thermal performance of buildings. By using infrared cameras, these inspections can detect thermal irregularities, such as air leaks, insulation deficiencies, and moisture problems. This information helps identify areas with potential energy losses or building envelope issues, enabling professionals to take corrective measures. EN ISO 13798:2014 ensures that these inspections are carried out effectively and consistently, providing reliable data for decision-making in building design, renovation, and energy efficiency improvement.
The Scope of EN ISO 13798:2014
EN ISO 13798:2014 covers both qualitative and quantitative thermographic inspections. It outlines the minimum qualifications and experience required for individuals performing thermographic surveys. The standard also addresses the necessary preparation, execution, and reporting procedures. Additionally, it offers guidance on the interpretation of thermographic images, allowing professionals to assess the severity of any detected anomalies and determine appropriate actions. Compliance with this standard ensures standardized practices and enhances the overall quality of thermal imaging inspections.
Benefits of Adopting EN ISO 13798:2014
Adopting EN ISO 13798:2014 brings several benefits to professionals conducting thermographic inspections. Firstly, it provides a comprehensive framework for conducting accurate and reliable surveys, reducing the risk of errors or misinterpretation. Secondly, it helps maintain consistency in thermographic inspections, ensuring that different surveyors follow a standard approach. Thirdly, it enhances the credibility of thermographic inspections by employing recognized procedures and best practices. Lastly, compliance with this standard can lead to improved building energy performance, reduced energy consumption, and increased occupant comfort and wellbeing.
Nina She