TT210
- Two measuring methods: magnetic induction (F) and eddy current (N)
- Magnetic induction (F) method is used to measure the thickness of non-magnetic coating on ferrous metal
- Eddy current (N) method is used to measure the thickness of non-conducting coating on non-ferrous materials
- Automatic recognition of substrate
- Automatic selection of measuring methods
- 5 statistical ways: Mean values / Max. values / Min. values / testing numbers.(No.) / standard deviations (S.DeV)
- Upper-lower limit setting and sound alarm
- Data output to printer or PC by RS232 cable
- 500 readings can be stored
- 2 measuring modes: continuous / single
- 2 stop ways: Manual/automatic
Spesification
Probe types
|
F
|
N
| |
Measuring methods:
|
magnetic induction
|
eddy current
| |
Measuring range:
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0 to 1250 μm
|
0 to 1250 μm
0 to 40μm (for chromeplate on copper) | |
Minimum resolution:
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0.1μm
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Tolerance :
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One point calibration
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±(3%H+1)
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± (3%H+1.5)
|
H means the thickness of tested piece
| |||
Two points calibration
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±[(1~3)%H+1]
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±[(1~3)%H+1.5]
| |
H means the thickness of tested piece
| |||
Measuring condition
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Min. curvature radius (mm)
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Convexity 1.5
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Convexity 3
|
Min. testing area diameter (mm)
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Φ7
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Φ5
| |
Critical thickness of substrate
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0.5
|
0.3
| |
Power supply
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Battery AAA 1.5V (2pcs)
| ||
Working Temperature
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0-40°C
| ||
Dimensions
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110mm×50mm×23mm
| ||
Weight
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100g
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