Mobile Generation
MCT 300 Mobile Generation
Coating Thickness Guage
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MCT 300 Mobile Generation Coating Thickness Guage
Product Introduction:
MCT:300 Coating Thickness Gauge is an intelligent coating thickness measurment device that works on highly integrated sensing technology that replaces the traditional interface with the Mobile Phone via dedicated software App. This series subverts the user’s perception of the way traditional coating thickness gauges are used. A smooth connection can be established between the mobile phone and the smart senor probe that can perform highly accurate coating thickness measurements, data storage, data sharing on multiple social media platforms and inter-connections which greatly increases the convenience of testing.
Features
  • Sensor probe establishes and processes signals while using the Mobile Phone to utilize full standard display, Distributed storage and automatic data output.
  • Super strong resistance to electromagnetic interference through full shielding technology, which is suitable for on-site measurements.
  • Convenient report generation and report printing
  • Supports user defined watermarks with ease of forwarding through various social media platforms
  • Operates on Android Mobile Phones
  • Can connect with multiple devices through USB hub
MCT 300 Mobile Generation Coating Thickness Guage
MCT 300 Mobile Generation Coating Thickness Guage
Technical Specifications
Particulars MCT 300 Mobile Generation Coating Thickness Guage
Working principle Magnetic induction Eddy current
Probe type F N
Measuring range (μm) 0 ~ 1500 0 ~ 1500 Chromium plating on copper
0-40
Lower limit of resolution (μm) 0.1 0.1
Indication Value
Zero calibration (μm)
(H refers to the actual thickness
of the measured object)
±(3%H + 1) ±(3%H + 1.5)
Two point calibration (μm)
(H refers to the actual thickness
of the measured object)
± [(1 ~ 3)% H +1] ± [(1 ~ 3)% H +1.5]
Indication Value
Minimum radius of curvature (mm) Convex 3 Convex 3
Diameter of minimum area (mm) Ø7 Ø7
Critical thickness of matrix (mm) 0.5 0.3
Factors affecting measurement accuracy
(indicates influence)
Factors / Method Magnetic Induction Eddy Current
Magnetic properties of base metal  
Electrical properties of base metal  
Base metal thickness
Edge effect
Curvature
The deformation
Surface roughness
Magnetic field  
Attached substance
Pressure of the probe
Direction of the probe
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