Measure the thickness of the nonconductive covering layer on the conductive material.
* Single and continuous measurement methods are optional.
* Conversion of metric/imperial units.
* With manual shutdown, automatic shutdown and undervoltage prompt and other functions.
* Automatic memory of calibration values and automatic identification of the material of the tested matrix.
* There is a buzzer prompt sound during operation, and the buzzer does not sound during continuous measurement.
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Measurement methods |
Application scope |
Application example |
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Type F, Magnetic induction method (with iron base) |
Measure the thickness of the nonconductive coating on the conductive material. |
Thickness measurement of electroplating, paint layer, enamel layer, aluminum tile, copper tile, babbitt alloy tile, phosphating layer, paper, also can be used to measure thickness of hull paint and subsea structural attachment.
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Technical specifications
Measuring range: 0~1000 m/0~40mil (standard range)
Resolution: (including 0.1 m / 1 (including m
Accuracy :±1~3%n or ±2.5 m
Minimum surface F: convex 1.5mm/ concave 25mm N: convex 3mm/ concave 50mm
Minimum measured: area 6mm
The thinnest base : 0.3mm
Square root of metric/imperial conversion
Low voltage indicates √
Automatic shutdown function √
Work environment: Temperature: 0~40 ° C humidity: 10~90%RH
Power supply 4 # 7 batteries
Size 160 x68x32mm
Weight: 250g(excluding battery)
Measurement method: F magnetic induction
Standard configuration main engine
The host
F iron based sensor
F iron substrate
Standard tablets (5 tablets)
Portable case (B04)
Operating instruction
© Dongguan Zhongli Instrument Technology Co., Ltd.
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