MC-2000D Coating Thickness Gauge

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MC-2000D Coating Thickness Gauge

Product ID：WCHcs013

Price: Please inquire PDF Format

Supply Ability:200 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberMC-2000D

Brand NameSDKEDIAN

Payment TermsTT，PAYPAL，Alibaba.com Pay

MC-2000D Coating Thickness Gauge
Product Introduction
The MC-2000D Coating Thickness Gauge is a compact digital coating thickness meter designed for non-destructive measurement of non-magnetic coatings on ferromagnetic substrates. Based on electromagnetic induction technology, it measures coating thickness from 10 to 9000 μm with a minimum indication of 1 μm.
The MC-2000D combines a full-range separated probe, digital LCD display, system calibration, data storage, statistical analysis, low-voltage indication and automatic/manual shutdown in a lightweight handheld instrument. It can store up to 600 measurement values, making it suitable for both field inspection and laboratory quality control.

Key Features
•  Wide measurement range: 10–9000 μm.
•  Non-destructive measurement: Measures coating thickness without damaging the substrate.
•  Electromagnetic induction principle: Designed for non-magnetic coatings on ferromagnetic materials.
•  Full-range single probe: One separated probe supports the full measurement range.
•  High resolution: Minimum indication of 1 μm.
•  High measurement accuracy: Variation of <3% ±1 μm.
•  Large data storage: Stores up to 600 measurement values.
•  Statistical functions: Displays average, maximum and minimum values.
• Data readout and deletion: Stored measurements can be reviewed or selectively deleted.
•  System calibration: Supports calibration to improve measurement reliability.
•  Low-power design: Maximum power consumption is only 100 mW.
•  Portable construction: Approx. 160 g including batteries.
•  Automatic shutdown: Supports both automatic and manual power-off.
•  Optional printing: Measurement results can be printed using an optional micro-printer.
•  Backlit display: Screen features an automatic backlight function.

Working Principle
The MC-2000D uses the electromagnetic induction method to measure coating or plating thickness.
When the probe is placed on a coated ferromagnetic substrate, it generates a closed magnetic circuit through the substrate. The magnetic reluctance and inductance of the probe coil change according to the distance between the probe and the ferromagnetic base material.
Because the coating layer separates the probe from the ferromagnetic substrate, changes in the magnetic characteristics correspond to the coating thickness. The instrument processes these changes electronically and displays the calculated coating thickness on the LCD screen.
This method enables non-destructive coating thickness measurement of materials such as zinc, copper and chromium coatings, as well as paint, enamel, glass, spray and asphalt coatings on steel and other ferromagnetic substrates.

Technical Specifications

Parameter	Specification
Model	MC-2000D
Measurement Principle	Electromagnetic induction
Measurement Range	10–9000 μm
Minimum Indication	1 μm
Measurement Accuracy / Variation	<3% ±1 μm
Display	4-digit LCD
Probe	Separated probe, full-range measurement
Calibration	System calibration; 3 calibration modes
Data Storage	Up to 600 measurements
Statistics	Average, maximum, minimum
Data Functions	Read, delete individual data, delete all data
Power Supply	2 × 1.5 V batteries
Maximum Power Consumption	100 mW
Operating Temperature	0–40°C
Relative Humidity	≤90% RH
Minimum Substrate Thickness	0.5 mm
Minimum Substrate Diameter	7 mm
Minimum Convex Radius	1.5 mm
Minimum Concave Radius	6 mm
Dimensions	51 × 126 × 27 mm
Weight	Approx. 160 g including batteries
Printing	Optional micro-printer
Shutdown	Automatic and manual

Note: For iron-based substrates, the critical substrate thickness for reliable coating measurement is generally more than 1 mm.

Applications
The MC-2000D coating thickness gauge is suitable for non-destructive inspection of coatings and plating layers in:
•  Automotive manufacturing and maintenance
•  Machinery manufacturing
•  Shipbuilding
•  Petroleum industry
•  Chemical industry
•  Electroplating
•  Spray coating
•  Enamel processing
•  Plastics manufacturing
•  Metal surface treatment
•  Corrosion protection inspection
•  Laboratory coating research
•  Quality control and incoming inspection
Typical measurement applications include zinc, copper and chromium plating, as well as paint, enamel, glass, spray and asphalt coatings on steel or other ferromagnetic substrates.

MC-2000D vs. Conventional Coating Thickness Measurement

Feature	MC-2000D	Conventional Coating Thickness Gauge
Measurement Range	10–9000 μm	Model-dependent
Measurement Method	Electromagnetic induction	May vary
Measurement Type	Non-destructive	Model-dependent
Minimum Indication	1 μm	Model-dependent
Probe	Separated full-range probe	Model-dependent
Data Storage	600 measurements	May be limited
Statistics	Average / Max / Min	May be unavailable
Calibration	3 calibration modes	Model-dependent
Display	4-digit LCD with backlight	Model-dependent
Printing	Optional micro-printer	Model-dependent
Weight	Approx. 160 g	Varies
Power	2 × 1.5 V batteries	Varies

FAQ
What does the MC-2000D measure?
The MC-2000D measures the thickness of non-magnetic coatings on ferromagnetic substrates using electromagnetic induction.
What is the measurement range?
The measurement range is 10–9000 μm, with a minimum indication of 1 μm.
Is the measurement destructive?
No. The electromagnetic induction method provides non-destructive coating thickness measurement without cutting or damaging the coated surface.
What coatings can be measured?
Typical applications include zinc, copper and chromium plating, as well as paint, enamel, glass, spray and asphalt coatings on ferromagnetic substrates.
How many measurements can be stored?
The MC-2000D can store up to 600 measurement values. Individual suspicious measurements or the complete stored data set can be deleted.
Does the instrument provide statistical analysis?
Yes. It provides average, maximum and minimum statistical values for stored measurements.
What is the minimum substrate size?
The specified minimum substrate diameter is 7 mm, with a minimum substrate thickness of 0.5 mm. Measurement conditions should be considered carefully for very small or thin workpieces.
Can the MC-2000D print measurement results?
Yes. An optional micro-printer can be used to print measurement results.

FAQ
What does the MC-2000D measure?
The MC-2000D measures the thickness of non-magnetic coatings on ferromagnetic substrates using electromagnetic induction.
What is the measurement range?
The measurement range is 10–9000 μm, with a minimum indication of 1 μm.
Is the measurement destructive?
No. The electromagnetic induction method provides non-destructive coating thickness measurement without cutting or damaging the coated surface.
What coatings can be measured?
Typical applications include zinc, copper and chromium plating, as well as paint, enamel, glass, spray and asphalt coatings on ferromagnetic substrates.
How many measurements can be stored?
The MC-2000D can store up to 600 measurement values. Individual suspicious measurements or the complete stored data set can be deleted.
Does the instrument provide statistical analysis?
Yes. It provides average, maximum and minimum statistical values for stored measurements.
What is the minimum substrate size?
The specified minimum substrate diameter is 7 mm, with a minimum substrate thickness of 0.5 mm. Measurement conditions should be considered carefully for very small or thin workpieces.
Can the MC-2000D print measurement results?
Yes. An optional micro-printer can be used to print measurement results.