Payment & Shipping Terms:
|Name:||Coating Thickness Gauge - Leeb 242||Measuring Principle:||Magnetic Induction (Fe ) Or Eddy Current ( NFe)|
|Measuring Range:||0~1250μm||Accuracy:||±[（1~2%)H+1] μm H Refers To The Thickness Of Testing Piece|
Coating Thickness Gauge - Leeb 242
Functions & Features
High stability and precision.
Software for PC connection and data transmission, analysis, and printing measurement reports.
With built-in thermal printer. Width of printer paper: 56.5±0.5mm.
Rechargeable Li-ion battery, available for 10 hours working continuously.
Magnetic Induction (Fe): Measuring the thickness of Non-magnetic coating on magnetic metal substrate, such as aluminum, chromium, copper, zinc, rubber, paint on the base of steel, iron, alloy and magnetic steel .
Eddy Current (NFe): Measuring the thickness of Non-conductive coating on non-magnetic metal substrate, such as rubber, plastic, paint, oxide on the base of aluminum, copper, zinc, tin.
|Measuring principle||Magnetic induction (Fe ) or Eddy current ( NFe)|
H refers to the thickness of testing piece
|Minimum resolution (µm)||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|
|Magnetic field||No strong magnetic field environment|
|Memory||500 groups measured data|
|Power supply||Build-in High-speed Thermal Printer|
|Printer||Build-in High-speed Thermal Printer|
Main unit,5 specimens (48.5m,99.8m,249m,513m
1024m),Charger, paper for printer, Fe or NFe probe & substrate
|Optional Accessories||Probes,Specimens,Paper for printer|
Contact Person: Ms. Rebecca Zhou