MCT200 Coating Thickness Gauge | Paint Thickness Meter

COATING THICKNESS GAUGE

MCT200 Coating Thickness Gauge

The MCT200 coating thickness gauge provides nondestructive measurements of paint, plating, and other coatings on metal substrates. Choose a magnetic-induction probe for nonmagnetic coatings on ferrous metals, or an eddy-current probe for nonconductive coatings on nonferrous metals. With interchangeable probes, onboard storage, and USB data transfer, this coating thickness meter supports routine inspection in manufacturing, metal processing, and maintenance environments.

Key Features

• Five probe options for standard coating checks, thin coatings, small measurement areas, thick coatings, and specialized applications.

• Magnetic induction and eddy-current measurement methods, selected by probe type.

• Single and continuous measurement modes.

• Probe-zero, foil, and basic probe calibration options, depending on probe and procedure.

• Internal storage for up to 20 files with up to 50 readings per file.

• Large, backlit LCD with measurement status and battery indicators.

• Metric and imperial units (μm and mil).

• USB 1.1 interface for data transfer; compatible PC software is available as an option.

• Automatic sleep and power-off functions help conserve battery life.

Probe Options

The standard configuration includes one F1 or N1 probe. Other probe types are available for specialized measurement ranges and workpiece geometries. Confirm the selected probe and its included calibration accessories when ordering.

Probe	Measurement method and use	Range	Resolution / conditions
F400	Magnetic induction; thin coatings on ferrous substrates and small contact areas.	0–400 μm	0.1 μm; convex radius ≥1 mm; area Ø≥3 mm; substrate ≥0.2 mm.
F1	Magnetic induction; general-purpose measurements on ferrous substrates.	0–1,250 μm	0.1 μm; convex radius ≥1.5 mm; area Ø≥7 mm; substrate ≥0.5 mm.
F10	Magnetic induction; thick coatings on ferrous substrates.	0–10,000 μm (10 mm)	10 μm; convex radius ≥10 mm; area Ø≥40 mm; substrate ≥2 mm.
N1	Eddy current; nonconductive coatings on nonferrous substrates.	0–1,250 μm	0.1 μm; radius ≥3 mm; area Ø≥5 mm; substrate ≥0.3 mm.
CN02	Specialized probe for applications such as thin coatings on circuit-board copper.	10–200 μm	Probe-specific conditions and resolution; confirm for the selected configuration.

Technical Specifications

Measuring principle	Magnetic induction and eddy current, depending on the probe.
Measuring range	0–1,250 μm with standard probes; up to 10 mm with the F10 probe.
Low-range resolution	0.1 μm with F1 and N1 probes; probe-specific resolution applies to other probes.
Accuracy	±(3%H + 1) μm, depending on probe and measurement conditions.
Display	4-digit LCD with EL backlight.
Measurement modes	Single and continuous.
Calibration	Probe-zero, one- or two-point foil calibration, and basic probe calibration; available methods depend on probe.
Memory	Up to 20 files, with up to 50 readings per file (1,000 readings total).
Units	Metric (μm) and imperial (mil).
Communication	USB 1.1.
Power	Two AA 1.5 V alkaline batteries.
Typical battery life	Approximately 200 hours with the backlight off.
Operating temperature	−10 to 50 °C.
Relative humidity	90% RH or less.
Dimensions	125 × 67 × 31 mm.
Instrument weight	Approximately 340 g.

Standard Configuration

• Gauge body

• One F1 or N1 probe (confirm selected configuration)

• Calibration foils

• Zero plate

• Carrying case

• Instruction manual

• Two AA batteries

Optional

Additional probe types, including F400, F10, and CN02; USB cable; and PC data-processing software. Availability may depend on the selected package.

Applications

Use this paint thickness gauge to inspect nonmagnetic coatings such as paint, enamel, chrome, and similar layers on steel or iron. With an N1 eddy-current probe, it can measure nonconductive coatings such as paint, plastic, rubber, or anodized layers on nonferrous metal substrates. It is suited to quality checks in metal fabrication, manufacturing, coating operations, and equipment maintenance. Select the probe based on the substrate material, coating thickness, surface curvature, and access to the measurement point.