Overview
This product is the SMART SENSOR ST9450A + infrared thermal imagery instrument, which integrates surface temperature measurement and real-time thermal imaging functions. Compared with the traditional Infrared Thermometer, which requires one-by-one measurement of parts, this device does not need this, which saves time, potential problems can be clearly displayed on the color display, and the center point measurement cursor can quickly and accurately locate and measure the temperature of the target object.
Features
1. Wide temperature range: -20~ 550 ℃, resolution up to 0.1 ℃.
2. Using vanadium oxidation uncooled infrared focal plane detector, Response band 8~ 14um.
3. Field of view 56 ° × 42.2 °, spatial resolution 3.8mrad, focus-free design.
4. Accuracy: +/- 2 ° C or +/- 2%.
Detector resolution 256x192, support center point temperature measurement and cold point hot spot tracking.
6. Multiple image display modes: thermal imagery, dual-light fusion, picture-in-picture, IMIX, visible light.
7.7 kinds of false color optional, support the whole frame high temperature/low temperature alarm.
8. Camera function: Support camera with temperature data.
9. Equipped with PC analysis software, it can perform data secondary analysis.
10.2.8 inch display, resolution 240 * 320, with LED fill light.
11. The standard 16GB SD card supports expanded storage.
12. Temperature units can be converted to: degrees Celsius, Fahrenheit, Kelvin.
13. The working time is up to 11 hours (25 ° C indoor), and the drop protection is 3 meters.
14. Built-in rechargeable lithium battery, Net weight 522g, size 222.3 * 74.7 * 84.3mm.
Principle
The infrared thermal imagery instrument receives infrared radiation in the 8~ 14um band through the uncooled infrared focal plane detector of vanadium oxidation, and converts the surface temperature of the target object into a thermal image. The center point measurement cursor is used to quickly locate and Measuring temperature, combined with various image display modes and pseudo-color processing, to clearly display potential problem areas.
Applications
Fire protection, archaeology, transportation, agriculture, geology, energy, refining, electronic manufacturing
Steps
1. Turn on the power supply of the device and start the infrared thermal imagery instrument.
2. Aim at the target object and observe the thermal image through the display screen.
3. Measuring temperature using center point measurement cursor positioning.
4. Switch the image display mode or pseudo-color as required.
5. Set temperature alarm parameters (e.g. high temperature/low temperature alarm).
6. Take a photo and save the image with temperature data.
7. Perform secondary analysis of stored data using PC analysis software.
Notice
• Avoid use in extreme environment conditions to prevent affecting Measurement accuracy.
• Make sure the equipment has sufficient power before use to support long-term operation.
• Pay attention to anti-drop when storing, drop protection is 3 meters, but caution is required.
• Regularly check the SD card storage space to ensure that the data is stored properly.
• Pay attention to the surface characteristics of the target object when operating, which may affect the temperature measurement results.
