What are the applications of thermal imaging cameras in production and life? By applying an infrared camera to electrical equipment, we can check the wiring, transformers, circuit breakers etc. in electrical equipment for ageing, overheating etc. and the thermal uniformity of heating plates. The characteristics of thermal imaging cameras allow them to observe many conditions that are difficult to see with the naked eye, greatly extending the scope of monitoring and bringing a lot of convenience to all areas of production and life. This is the fundamental application value of thermal imaging cameras.
Detection and diagnosis of overloads and three-phase imbalances in power systems: It is well known that the quality of electricity directly affects the normal order of production and life. Overloads and three-phase imbalances can reduce the power quality of the grid and in severe cases cause equipment damage. and grid events. From the above, it is easy to see that the advantage of infrared thermography applied to power systems is that it can quickly locate the fault points of knife switches based on the corresponding relationship between visible and infrared light, with highly efficient, intuitive and reliable data that can also be archived for subsequent analysis. In addition, the thermal imaging camera has a higher thermal sensitivity and can detect smaller temperature differences. In this way, the inspector can obtain more temperature details and avoid problems.
Of course, the advantages of thermal imaging cameras in power systems do not only lie in their resistance to drops of up to 2 metres and their simple, fast and easy operation. The thermal engineering design greatly improves efficiency and reduces the fatigue of the inspector. In fact, because of its ability to perform accurate, fast, non-contact, high-resolution temperature imaging and to provide inspectors with high-quality thermal images, the thermal imaging camera is used not only in electrical systems, but also in fire-fighting systems. It is common in industries such as automotive overhaul, the steel industry and the construction industry.
1. Thermal imaging cameras in production companies
Insulating heat generating equipment or heat producing parts is essential to avoid fire or damage after a fire. These insulation processes can also be inspected regularly using handheld thermal imaging cameras to ensure their integrity and to determine industrial and production safety.
2. Thermal imaging cameras on the factory floor
Thermal imaging cameras can detect problems such as unbalanced loads, overloads, faulty wiring or faulty equipment and eliminate potential problems early.
3. Thermal imaging cameras in the automotive industry
Infrared cameras can detect whether the heating of the mould surface is uniform in the automotive manufacturing process. It can also check the fatigue status of tyres and the safety status of axles through temperature conditions during car maintenance, thus reducing the risks during production and driving.
4. Thermal imaging cameras in the construction industry
Infrared cameras can be used to detect the energy-saving status of buildings, such as the construction quality of insulation, building airtightness and the evaluation of energy-saving materials, as well as to detect building quality, such as leaks and hollow cores; in addition to troubleshooting, infrared cameras can also be used in production processes such as product development. One can detect and analyse the distribution of temperature states to make timely adjustments, which can greatly increase the efficiency of production and research and development.
Post time: Apr-13-2023
