TIME2600 Coating Thickness GaugeFeatures:
● Multiple probe options available to meet special measurement needs
Automatic statistics: Mean (MEAN), Maximum (MAX), Minimum (MIN), Number of Tests (NO.), Standard Deviation (S.DEV)
There are two methods for instrument calibration, which have higher accuracy
The menu displays in both Chinese and English, making the operation more intuitive and convenient
The LCD display has backlight illumination function, making it easy to read in low light offline
● It has a deletion function to delete individual or all measured data
Equipped with an integrated printer to achieve real-time printing of measurement data
● Power undervoltage indication, intelligent charging
There is a buzzing sound during the operation process, and it is equipped with an error prompt function
TIME2600 Coating Thickness GaugePrinciple:
Magnetic coating thickness gauge:Measure the changes in magnetic attraction between the permanent magnet (side head) and the base metal due to the presence of a coating layer; Or measure the change in magnetic resistance between the cover layer and the base metal magnetic circuit. It is possible to measure the thickness of non-magnetic coatings on magnetic metal substrates without damage (such as Steel, iron, alloy, and hard magnetic steel upperZinc, aluminum, chromium, copper, rubber, paintEtc.)
Eddy current coating thickness gaugeUsing the high-frequency magnetic field generated by the side head device, eddy currents are generated in the conductor placed below the side head, and their amplitude and phase are functions of the thickness of the non-conductive coating between the conductor and the side head. Non destructive measurement of the thickness of non-conductive coatings on non-magnetic metal substrates (such as...) Copper, aluminum, zinc, tin Waiting on the metal Paint, rubber, plastic, oxide film Etc.)
Main technical parameters of the probe:
Probe model |
F400 |
F1 |
F1/90 |
F10 |
N1 |
CN02 |
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Working principle |
magnetic induction |
Eddy Current |
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Measurement range (um) |
0-400 |
0-1250 |
0-10000 |
0-1250 (chrome plating on copper 0-40um) |
10-200 |
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Low resolution (um) |
0.1 |
0.1 |
10 |
0.1 |
1 |
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Indication error |
A little calibration (um) |
±[3%H+1] |
±[3%H+10] |
±[3%H+1.5] |
±[3%H+1] |
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Two point calibration (um) |
±[(1~3)%H+0.7] |
±[(1~3)%H+1] |
±[(1~3)%H+10] |
±[(1~3)%H+1.5] |
- |
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Measurement conditions |
Small curvature radius (mm) |
Convex 1 |
Convex 1.5 |
straightness |
10 |
3 |
straightness |
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Small area diameter of the substrate (mm) |
ф3 |
ф7 |
ф7 |
ф40 |
ф5 |
ф7 |
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Small critical thickness (mm) |
0.2 |
0.5 |
0.5 |
2 |
0.3 |
unlimited |