Overview
TA-20 thermal imagery analyzer is an instrument that uses the principle of infrared detection imagery to detect and measure the temperature of objects over time. It can perform unlimited Data storage and Reliability analysis of measurement results, and is suitable for circuit design, component detection, heat dissipation and heat conduction material detection, electronic cigarette atomization gas and other thermal field detection.
Features
1. Detection temperature: Provide point, line, rectangle, polygon, Jiugong diagram and other temperature detection and drawing tools; equipped with 16 kinds of special color plates; support rectangle box to check local temperature changes in detail; with dynamic temperature width, highlight high temperature area, isotherm and other temperature width detection methods; can display high temperature, low temperature, average temperature and other temperature data; support global temperature, 40 point temperature measurement, 20 area temperature measurement and other temperature changes Linear dispersion display.
2. Storage of temperature data: supports unlimited recording of temperature data and information, saving it in CSV format; temperature sampling Frequency can be flexibly configured (50ms, 100ms, 200ms... 1s); supports automatic photo saving beyond the temperature threshold; supports manual photo and video recording.
3. Analysis of infrared thermal imagery data: support online real-time analysis of temperature changes at each point; Linear dispersion can be used to display the measured temperature data in real time, support 1 minute, 5 minutes and 10 minutes multi-period display; support CSV format data offline analysis; support Infrared thermal image offline analysis; Support multi-dimensional comprehensive analysis of infrared thermal image, time and temperature changes; Support isotherm hierarchical analysis of temperature and thermal field.
Principle
The product is based on the principle of infrared detection imagery. The infrared radiation emitted by the object is received through the infrared Sensor and converted into temperature data to form a thermal image. The system can continuously record and analyze the change process of temperature over time, and perform data processing, storage and multi-dimensional analysis through special software.
Applications
PCBA leakage, short circuit, off position positioning and detection and maintenance, mobile phone or Miscellaneous intelligent equipment comparison and evaluation, electronic equipment performance auxiliary analysis, electronic cigarette Nebulizer temperature control, thermal conductivity and heat dissipation material temperature conduction analysis, material uniformity analysis, circuit design heating experiment and thermal simulation and heat rationality verification, product heat dissipation capacity detection, equipment heating status evaluation comparison
Steps
Ensure that the computer meets the system requirements (Win10 and above, CPU i5 and above, memory 4G or above, recommended i7/8G or above, and install Microsoft Visual C++ Redistributable (2005-2019) patch).
2. Connect the TA-20 thermal imagery analyzer with the computer.
3. Start the supporting software and set relevant parameters (such as temperature measurement range, emissivity, sampling Frequency, etc.) according to the detection target (such as PCBA, materials, electronic cigarettes, etc.).
4. Use point, line, area and other tools to frame or locate the target to be measured.
5. Start measurement, the software will display thermal images and temperature data in real time Linear dispersion.
6. If necessary, photography, video recording or data recording can be performed manually or automatically by setting a threshold.
7. After the measurement, the saved CSV data, thermal images or videos can be analyzed offline.
Notice
• The computer must meet the minimum system configuration requirements, otherwise it may affect the software operation or Data analysis performance.
• Be sure to install the Microsoft Visual C++ Redistributable (2005-2019) patch on your computer before use, otherwise the software will not run.
• Operating temperature range (-10 ℃~ + 55 ℃) and temperature measurement range (-10 ℃~ 450 ℃) of the equipment to ensure that it is used in the allowable environment and object temperature.
• According to different tested materials and scenarios, the emissivity (adjustable from 0.1 to 1.0) needs to be set and adjusted correctly to obtain accurate temperature measurement results.
• Data collection accessories and some customized functions (such as heating table) are not included in the standard configuration and need to be configured separately as needed.
When testing large amounts of data, saving applications, or using the 3D temperature function, it is recommended to use a computer with a higher configuration (such as an i7 CPU with more than 8G of memory).
