86163 Transmission Meter
suitable for testing window tint, window film, side windshield
3 light source: visible light, UV and infrared
Three display interfaces are available
Rotatable screen for easy reading
Suitable for testing metalic films and ceramic films
86163A window film transmission meter is an instrument for measuring the optical properties of uniform and transparent materials such as solar film, glass with film, heat-insulating glass and automobile side windsheild glass. We can select the measurement interface to display the infrared and ultraviolet rejection and transmittance.
86163 Transmission Meter is widely used in solar film, glass industry, automobile 4S shops, car beauty shops, etc. It is suitable for display, production, quality inspection, inspection and other occasions. It can test optical properties of solar film, stick-film glass, PC material and window glass.
86163 transmission meter tests film
86163 transmission meter tests film glass
86163 transmission meter tests PC material
86163 transmission meter tests car side glass
Parameters
| Parameter | Value |
|---|---|
| UV Peak wavelength | 365nm |
| IR Peak wavelength | 940nm |
| Visible light | 380-760nm, conform to the CIE photopic luminosity function |
| Accuracy | ±2% (Colorless and transparent material) |
| Resolution | 0.1% |
| Test Slot | 6mm * 58mm (W*D) |
| Dimension | 146 mm ×73 mm ×24 mm (L*W*H) |
| Display | 128*128 Dot matrix LCD |
| Weight | 187g (Include batteries) |
| Power supply | 4*AAA alkaline batteries |
86163 transmission meter appearance
Feature
Easy to operate, fast measurement speed and instant display
The solar film transmission meter has simple operation and fast measurement speed. The three test results will be displayed on the interface immediately after putting the materials into the test slot
Parallel light path, side windshield can be tested
The 86163 transmission meter boasts parallel light path design, with a test slot wide 6mm, the instrument can also test car side windshield
Humanized design, Rotating display interface
The display interface can rotate in 4 directions adaptively convenient for reading data when testing at different angles
Real-time automatic calibration function
The LS163 solar film transmission meter has real time dynamic calibration function , the meter will conduct self-calibration after turning on
Three display interfaces available
We can set the display interface as rejection rate, transmittance or light transmission
Lock testing datas by pressing "Hold" button
The window tint detector has data lock function. Press the hold button after testing, the data will remain on the interface after taking away the tested materials
Compact and portable
The window film transmission meter has small size with anti-slip design convenient for holding or carrying out
LCD dot matrix screen with backlight
which can be used in dark environment
Low power consumption
It can continuously measure for more than 100 hours
The transmittance meter will automatically power off if without operation for 3 minutes
Packing
| No. | Description | Quantity | Unit |
|---|---|---|---|
| 1 | 86163 Transmission Meter | 1 | set |
| 2 | User Manual | 1 | pcs |
| 3 | AAA Battery | 4 | pcs |
| 4 | Certificate / Warranty Card | 1 | pcs |
| 5 | Drawstring Bag | 1 | pcs |
| 6 | Packing box dimension 18*13*5 cm（L*W*H） | 1 | pcs |
FAQ
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1. The difference between 86163 (940nm) and 86163A (1400nm) window film transmission meters
The main difference between 86163 and 86163A is that the peak wavelength of the built-in infrared light source is different, 86163: 940nm, 86163A: 1400nm. These two wavelengths are more representative, most of the absorption film has a better rejection effect at 940nm. The metallic film (insulation by reflecting heat) has a better rejection effect at 1400nm. Please choose the appropriate model according to your own film.
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2. What are the advantages of 86163/86163A over previous window film transmission meters?
The screen can rotate in four directions;
Three display interfaces can be switched:
1) UV rejection, IR rejection, VL transmittance
2) UV transmission, IR transmission, VL transmittance
3) VL transmittance