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EPK MiniTest 2500 Coating Thickness Gauge Ultra-thin paint film, enamel anodic oxidation layer

Measurement of ultra-thin film, enamel anodic oxidation layer, 200 μm Measurement range, for ultra-thin environment high-precision measurement.
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ElektroPhysik MiniTest 2500 N02 Coating Thickness GaugeSPEC

ElektroPhysik MiniTest 2500 N02 Coating Thickness GaugeDetails

ElektroPhysik MiniTest 2500 N02 Coating Thickness GaugePacking list

SKU
NB036318
Measurement principle
Eddy Current
probe
N02
Measurement range
0~200μm
Resolution
0.1μm
guaranteed tolerance
±(1%+0.5µm)
Minimum radius of curvature
Convex 1mm/Concave 5mm
Minimum measurement surface
Φ2mm
Minimum substrate thickness
50μm
Data storage
200W
statistical function
kvar, n, max., min.
Calibrated mode
Factory calibrated, zero and up to four calibrated points
Unit display
μm, mm, cm, mils, inch
Interface
USB
Power Supply
3 x AA (LR06) batteries, USB
Display screen
53 * 46 mm, backlit
Protection level
IP65
MiniTest 2500 N02
Coating Thickness Gauge
Measurement of ultra-thin film, enamel anodic oxidation layer, 200 μm Measurement range, for ultra-thin environment high-precision measurement.
EPK MiniTest 2500 Coating Thickness Gauge Ultra-thin paint film, enamel anodic oxidation layer Picture

The MiniTest 2500 coating Thickness Gauge can be used with a wide range of transducers, different calibration methods and evaluation options for a wide range of tasks in the field of coating measurement.

Application scenarios

Non-destructive measurement covers the following measurement ranges:

0~50 mm is used for non-magnetic coating on steel

0~100 mm is used for insulating coating on non-ferrous metals

Heat-resistant probes are suitable for temperatures up to 250°C and 350°C

Pencil-shaped probes are measured in tubes and tubes

All probes are equipped with wear bars to ensure long service life on abrasive substrates.


MiniTest 2500 andMiniTest 4500Both models are equipped with a huge data memory that can store up to 2 million measured values, which can be in direct mode (MiniTest 2500) or classified as an APPLICATION-BATCH memory structure.


Data transfer to PC via USB interface; The MiniTest 4500 also offers Bluetooth connectivity.


The ergonomic design, clear display, one-touch operation and illuminated keypad, among other practical features, add high customer value to the MiniTest 2500-4500 meter series.


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NDT Thickness Gauges are suitable for:

Non-magnetic coating on steel

Insulating coatings on non-ferrous metals

Copper layer on an insulating substrate

Powder coatings on steel and non-ferrous metals

features

A wide range of wear-resistant probes are available for a variety of applications

Universal probes with automatic substrate inspection can quickly measure steel and non-ferrous metals

Wear-resistant special probes with virtually unlimited service life

High measurement accuracy and high repeatability

Store and evaluate the measured values

Special calibration function for rough surfaces and calibration of unknown coating (CTC method)


Principle

Magnetic induction according to DIN EN ESO 2808, Method 7C (Type F sensor)

Eddy current (CN and N-type sensors) according to DIN EN ESO 2808, Method 7D

Probe selection

Probe modelMeasuring rangeresolutionGuaranteed tolerancesMinimum radius of curvatureMinimum measurement areaMinimum substrate thickness
FN1.60~1600μm0.1μm±(1%+1µm)Convex 1.5mm/concave 10mmØ5mmF0.5mm/N50μm
Non-magnetic coatings on steel and insulating coatings on non-ferrous metals. All-rounder for standard applications.
FN1.6/900~1600μm0.1μm±(1%+1µm)Convex 6mm/concave 6mmØ5mmF0.5mm/N50μm
Non-magnetic coatings on steel and insulating coatings on non-ferrous metals. It is especially suitable for measuring pipes or objects that are difficult to access.
F050~500μm0.1μm±(1%+0.7µm)Convex 0.75mm/concave 5mmØ3mm0.1mm
Extremely thin non-ferrous metals, oxides or paints are coated on small steel workpieces. Highest precision for thin coatings.
F30~3000μm0.2μm±(1%+1µm)Convex 1.5mm/concave 10mmØ5mm0.5mm
Non-magnetic coatings, thick coatings and enamel coatings on steel.
F100~10000μm5μm±(1%+10µm)Convex 5mm/concave 16mmØ20mm1mm
Thick coating resembling plastic on tanks, pipes and container buildings.
F200~20000μm10μm±(1%+20µm)Convex 10mm/concave 30mmØ40mm2mm
Thick plastic, rubber or concrete layers and corrosion-resistant layers in pipe construction.
F500~50000μm10μm±(3%+50µm)Convex 50mm/concave 200mmØ300mm2mm
Very thick corrosion-resistant layer and anti-drum layer.
N020~200μm0.1μm±(1%+0.5µm)Convex 1mm/concave 5mmØ2mm50μm
Precise solution for very thin coatings. Insulating layers on non-ferrous metals such as paint films, enamel or anodized layers
N08.Cr0~80μm0.1μm±(1%+1µm)Convex 2.5mm/concave 10mmØ5mm100μm
A chromium plating layer with a maximum thickness of 80 μm is measured on a copper substrate
N100~10000μm10μm±(1%+25µm)Convex 25mm/concave 100mmØ50mm50μm
It is used to measure the insulating layers of rubber, plastic, glass and other non-ferrous metals.
N200~20000μm10μm±(1%+50µm)Convex 25mm/concave 100mmØ70mm50μm
Insulating coatings on non-ferrous metals, e.g. rubber, plastic, glass.
N1000~100000μm100μm±(1%+0.3µm)Convex 100mm/planeØ200mm50μm
Thick insulation and composites on non-ferrous metals.


FAQ
QCan the thickness of waterproof coatings be measured?
A Choose a thickness gauge need to define the substrate and range, choose the appropriate model, we have waterproof coatings thickness measurement instrument, you need to provide more detailed information
Knowledge
Standard