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TINT METER M2000 

Wavelength 550m
Precision ±2%
Measurement repeatability 1%
Measurement range 0 - 100%
Operable temperature -18℃ to 38℃
Operable humidity 0 - 100% (no condensing)
Measurable glass thickness Within 6.35mm
Measurement time 4 seconds
Light source life 10 years
Power 3V CR2032, 2 lithium batteries
Size 94mm x 45mm x 30mm
Weight 90g
Accessories Special case x 1, Instruction manual x 1
2 acrylic plates for calibration

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Product name [ordering code] Regular price Member price Qty
TINT METER M2000
[88628-03]

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Product Description

  • Improved measurement accuracy
  • Reduced size and weight
  • Display error codes in case of faulty operation

Smaller and lighter than M200

This model succeeds the M200, greatly reducing the original’s size and weight. Its two-piece design allows for measurement of glass in fixed positions, such as the windshield and rear window. It is small enough to fit in the palm of your hand, providing excellent portability. It can even measure small sheets of glass in fixed positions such as quarter glass, which was difficult with past tools.

Improved accuracy and easy troubleshooting

The measured value is displayed instantly with no waiting time. Even if the measurement is not successful, an error code is displayed for easy troubleshooting. The use of button batteries for the battery enhances maintainability.

Comparison to the conventional model (M200)

Model TINT METER M2000 TINT METER M200
Size 94mm×45mm×30mm 140mm×90mm×85mm
Weight 90g 640g
Wavelength 550nm 550nm
Precision ±2% ±3%
Measurement repeatability 1% 1%
Measurement range 0-100% 0-100%
Operable humidity 0-100%(no condensing) 0-100%(no condensing)
Measurement time 4 seconds 4 seconds
Light source life 10 years 10 years
Power 3V CR2032, 2 lithium batteries 9V Alkaline battery x 2

sequence

1.
Switch the device on and calibrate with the two pieces aligned and nothing in between.
2.
With the power on, separate the two sides and attach the lamp side to the glass to be measured.
3.
Align the display side from the opposite side of the glass. When the sensors line up, magnets will hold it in position. If the sides are positioned correctly, the measurement will be displayed instantly.