Overview
The LINSHANG LS123 Portable UV Power Meter is suitable for testing the UV performance of explosion-proof film and solar film. It can test the UV radiation intensity and UV blocking rate at the same time, and can also test the UV blocking effect of automotive Glass directly in the sun. The instrument is a wide-spectrum line power measurement instrument, which can be used to measure the radiant energy power Density of ultraviolet rays, that is, the radiant energy power per square centimeter, in microwatts per square centimeter (uW/cm ²). The detector is located at the front end of the instrument, which is convenient and fast to use, and the measurement is reliable.
Features
1. Suitable for building film, solar film, Insulation Glass and other UV barrier performance testing.
2. Can be used for UV Illuminant (Sun, UV Lamp, etc.) radiation intensity measurement.
3. The instrument automatically converts the UV barrier rate, and the test data is directly displayed on the screen, making it easy to understand.
4. Wide Light spectrum Response, which can measure the intensity in the 260nm-380nm band.
Principle
The instrument receives ultraviolet radiation through the front-end detector, measures the ultraviolet radiation intensity and ultraviolet blocking rate, automatically converts and displays the data. It is based on the wide-spectrum line power measurement principle, and directly outputs the radiant energy power per square centimeter in the range of 260nm-380nm.
Applications
Explosion-proof Film, Solar Film, Insulation Glass, Automotive Glass, UV Illuminant
Steps
1. Install 4 AAA alkaline dry batteries for power supply.
2. Point the detector at the Illuminant or material to be measured.
3. Read the UV radiation intensity or UV barrier rate data displayed on the screen.
Notice
• The operation temperature range is -20 ° C to + 70 ° C, do not use in an environment beyond the range.
Make sure the battery is fully charged before use to avoid measurement errors.
• Keep the detector clean to avoid contamination affecting the measurement accuracy.
