86163A Transmission Meter

Three light sources: Visible light, UV, and Infrared
Multiple display options: VLT/UVR/IRR, VLT/UVT/IRT, and VLT
Rotatable screen: For easy data viewing
Compatible with: Metallic and ceramic window films

User Manual

The 86163A Window Film Transmission Meter is designed to measure the optical properties of transparent and uniform materials such as solar control films, coated glass, insulated glass, and car side windows. Users can choose different measurement interfaces to view values for infrared and ultraviolet rejection, as well as light transmittance.

This device is ideal for use by solar film and glass manufacturers, automotive 4S shops, car detailing centers, and similar industries. In addition to solar and insulation films, it can also be used to test various types of coated glass, car side windows, and polycarbonate (PC) materials.

86163a transmission meter tests film

68163A transmission meter tests film

86163a transmission meter tests film glass

86163A transmission meter tests film glass

86163a transmission meter tests PC material

86163A transmission meter tests PC material

86163a transmission meter tests car side glass

86163A transmission meter tests car side glass

Parameters

Parameter Value
UV Peak wavelength 365nm
IR Peak Wavelength 1400nm
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
86163A Transmission Meter appearance
86163A Transmission Meter appearance

Features

Simple Operation, Fast Results

The meter features one-button operation. Insert the material into the test slot, and the device instantly displays all three measurements on-screen.

Parallel Light Path for Accurate Readings on Thick Materials

The 86163A uses a parallel light path design and includes a 6mm-wide test slot, making it suitable for thicker samples like automotive side windows.

Rotating Display for Convenient Viewing

The display screen rotates in four directions to adapt to various testing angles, providing clear data visibility from any position.

Real-Time Automatic Calibration

The device features automatic self-calibration each time it's powered on, ensuring consistent accuracy during use.

Three Display Modes

Users can choose from three display interfaces: UV & IR rejection rates, light transmission rate, or overall light transmittance.

Data Hold Function

After taking a measurement, press the "Hold" button to lock the results on the screen—even after removing the sample.

86163a transmission meter under testing
86163a transmission meter locking state

Compact and Portable Design

Small and lightweight, the transmission meter includes an anti-slip surface, making it easy to hold or carry.

LCD dot matrix screen with backlight for clear readings even in low-light environments

Low power consumption, allowing over 100 hours of continuous testing

Auto power-off function activates after 3 minutes of inactivity to save battery life

Packing

No. Description Quantity Unit
1 86163A Transmission Meter 1 set
2 User Manual 1 pcs
3 Certificate / Warranty Card 1 pcs
4 Packing Box Dimension 18*13*5 cm(L*W*H) 1 pcs

FAQ

  1. 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.

  2. 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