Professional Infrared camera Termografica Unit Thermal Camera for PCB Repair

Professional Infrared Camara Termografica Unit Thermal Camera for Pcb Repair How does the thermal camera function on repair pcbA thermal camera functions by detecting and measuring the infrared radiation emitted by the components on a PCB. When components on a PCB are in operation, they generate heat. This heat is emitted in the form of infrared radiation that is not visible to the naked eye. A thermal camera captures this radiation and converts it into an image that shows the temperature distribution across the PCB. By analyzing this image, technicians can identify overheating components or circuitry, locate short circuits, and diagnose other issues related to the temperature of the PCB. Once the hot spots or potential issues are identified, technicians can then take action to repair or replace the affected components as necessary. Overall, a thermal camera is a valuable tool in the PCB repair process as it allows for non-invasive and quick identification of potential issues.1. Industrial applications: Thermal cameras are used to monitor the operational status of industrial equipment, identify equipment faults, and predict maintenance needs.2. Building applications: Thermal cameras are used to detect thermal losses and energy efficiency in buildings, helping to reduce energy waste and lower energy costs.3. Security applications: Thermal cameras are used to monitor and detect security facilities such as surveillance cameras and security doors to promptly detect abnormal situations.4. Medical applications: Thermal cameras are used for medical diagnosis, such as detecting changes in surface temperature and identifying vascular diseases.5. Firefighting applications: Thermal cameras are used for firefighting and rescue operations, such as detecting the temperature of fire scenes and locating trapped individuals.Parameter  SensorUFPATemperature range-10°C~400°CMeasurement resolution0.1°CModeAuto gainAccuracy±2.0°C or ±2%Measuring distance25cmResponse time≤500ms (95% of reading)Emissivity0.01~0.99 adjustable (default: 0.95)IR resolution19,200 pixels (160 x 120)Pixel size12umColor palettelron red, rainbow, grayscale, red-white, blue-whiteWavelength range8um~14umField of view (FOV)56°(H)x 42°(V)Spatial resolution (IFOV)16mradThermal sensitivity (NETD)