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MCT200
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Coating Thickness Gauge
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Technical Specifications
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Technical Specifications
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Technical Parameters
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Measuring
Principle
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Magnetic
induction and Eddy current. With different external probes, the gauge can measure
the thickness of non-magnetic coating on the magnetic metal substrate but
also can measure the thickness of non-conductive coating on the non-magnetic
metal substrate.
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Measuring
Range
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(0
~1250) µm, depends on probes. Maximum 10 mm for the
probe F10.
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Low
Range Resolution
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0.1
µm
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Accuracy
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+/-(3%
Thickness +1) µm, depends on probes and conditions
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Display
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Digital
LCD with EL backlight
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Storage
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Memory
for up to 20 files (up to 50 values for each file) of stored values.
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Unit
System
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Metric
(µm), Imperial (mil)
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Power
Source
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Two
“AA” size,1.5 Volt alkaline batteries
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Working
Hours
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200
hours typical operating time (EL backlight off)
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Communication
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USB
1.1, can connect to PC
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Dimensions
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125mm
x 67mm x 31mm
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Net
Weight
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340g
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Features
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§ Five types
of probes are available for different applications, probe contact parts are
made up of the hard chrome or red ruby materials, very durable.
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§ With
different external probes, the gauge can be applied to measuring thickness of
non-magnetic coating on magnetic metal substrate, as well as non-conductive
coating on non-magnetic metal substrate.
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§ Two
calibration methods can be applied to the gauge. The system error of the
probe can be corrected with the basic probe calibration method.
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§ Two
measuring modes, single or continuous, changeable.
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§ Measuring
status indicator showing the measuring status.
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§ EL
display back light ensures easy reading of screen data in low light
conditions.
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§ Battery
information indicates the rest capacity of the battery.
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§ Auto
sleep and auto power off function to conserve battery life.
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§ USB1.1
communication port.
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§ Optional
software to process the memory data on the PC.
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§ Compact
aluminum case, suitable for poor working conditions.
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Measuring Method
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Zero
calibration:
Put the probe on standard substrate, if the instrument display reading is not
0, press ZERO key
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for calibration.
Repeat this operation several times to improve the calibration accuracy.
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Measure: Put the
probe vertical to the tested surface of the workpiece, press the probe
slightly, it will show the
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stable reading
at the same time, then move off the probe.
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Finish: After
measurement, the test results can be analyzed and stored directly. Hold the
probe from the workpiece
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more than 10mm
before measurement in next time.
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