Coating Thickness Gauge MIC-L232

Operating principle

Magnetic induction (F1) or Eddy curren (N1)

Measuring range

0~1250μm

Accuracy

±[（1~3%)H+1]

Low range resolution

0.1μm

Min curvature of the min area (mm)

Convex1.5

Concave9

Diameter of the min area (mm)

Φ7

Critical thickness of substrate (mm)

0.5

Operating temperature

0℃~40℃

Magnetic field

No strong magnetic field environment

Memory

500 Groups

Dimensions

150×55.5×23mm

Weight

F1/320g; N1/360g

Power supply

AAA Alkaline battery

Optional accessory

Probes

Standard configuration

Main unit,,5 specimens (50m、100m、200m、

500m、1000m)，2 AAA Batteries.

Function & Feature

English menu.

Metal case.

Two patterns of working: pattern of direct and pattern of group.

Two methods of power off: Manual & Automatically.

Show battery information in real time.

Limit settings: alarm if one of the measurement data is beyond of the limits.

Deleting function: You can delete one of the doubtful data and you can also delete all of data in the memory to prepare for new measurement.

Saving function: capable of 500 sets of measurement value.

Two optional methods available to calibrate the gauge, and you can calibrate system error of the probe using basic calibration method.

Five statistical data: Mean Value, Maximum Value, Minimum Value, Measurement, Standard Deviation.

Application Fields:

Coating thickness gauge is mainly used for measuring hull, oil and gas pipeline, high pressure vessel and boiler wall thickness as well as a variety of plate thickness, can be measured material is a delegate with steel metal materials, can be plastic, nylon and other non-metallic materials.

Measuring Material:

Non magnetic coatings on magnetic substrates (such as aluminum, chromium, copper, zinc, tin, rubber, paint on the steel, iron, alloy and magnetic steel) or non conductive coating on non magnetic metal (such as rubber, plastic, paint,oxide on aluminum, copper, zinc, tin)