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Coating Thickness Gauge TIME®2600 bestselling, N and NF type, six probes

Portable Digital Coating Thickness Gauge TIME®2600 adopts two thickness-measuring methods: magnetic induction (ferrous) and eddy current (non-ferrous). It can rapidly, nondestructively, and precisely measure the thickness of non-magnetic coating on magnetic metal substrate, and the thickness of non-conductive coating on non-magnetic metal substrate. This paint meter can be euipped with 6 optional probes for different applications. It is suitable for both field testing and laboratory research.

Description

Portable Digital Coating Thickness Gauge TIME®2600 adopts two thickness-measuring methods: magnetic induction (ferrous) and eddy current (non-ferrous). It can rapidly, nondestructively, and precisely measure the thickness of non-magnetic coating on magnetic metal substrate, and the thickness of non-conductive coating on non-magnetic metal substrate. This paint meter can be euipped with 6 optional probes for different applications. It is suitable for both field testing and laboratory research.
 
Features

  • Two operation principles are adapted: magnetic induction (ferrous) and eddy current (non-ferrous) to take non-destructive measurements
  • 6 types of probes are available for different applications
  • Features two working modes: DIRECT and BATCH& two measuring ways: CONTINUE and SINGLE
  • Statistics include the mean, maximum, minimum, test numbers and standard deviation.
  • Memory of 640 data
  • Two calibration methods for better correction
  • Integrated with printer to print the statists values if needed
  • Low battery indication and error alarm
  • Backlight for the screen
  • Auto or manual shutdown
  • Conform to the standards of DIN, ISO, ASTMBS.

 

Spesification

Technical Specification

Probe types

F

N

Measuring methods

magnetic induction

eddy current

Measuring range

0 ~1250 μm

0 ~1250 μm, 0 to 40μm (for chrome plate on copper)

Minimum resolution

0.1μm

Tolerance

Zero point calibration

±(3%H+1)μm

± (3%H+1.5)μm

H means the thickness of tested piece

Two points calibration

±[(1~3)%H+1]μm

±[(1~3)%H+1.5]μm

H means the thickness of tested piece

Measuring condition

Min. curvature radius (mm)

Convexity 1.5

Convexity 3

Min. testing area diameter (mm)

Ø7

Ø5

Critical thickness of substrate(mm)

0.5

0.3

Standards DIN,ISO,ASTM,BS
Calibration Zero and foil calibration
Interface RS232
Statistic Number of measurement, mean, standarddeviation, maximum and minimum
Data memory 640 readings
Limits Adjustable with alarm
Power NiMH rechargeable battery

Operating environment

Temperature: 0~40?
Humidity: 20%~90%
No strong magnetic field
Dimensions (mm) 230×86×47

 
Optional Probes and Application Guide

Probe model

F400

F1

F1/90º

F10

N1

CN02

Operating principle

Magnetic induction

Eddy current

Measuring range (µm)

0-400

0-1250

0-10000

0 to 1250 μm
0 to 40μm
(for chrome plate
on copper)

10~200

Low range resolution (µm)

0.1

0.1

10

0.1

1

Accuracy

One-point calibration (µm)

±(3%H+1)

±(3%H+10)

±(3%H+1.5)

±(3%H+1)

Two-point calibration (µm)

±[(1~3)H%+0.7]

±[(1~3)H%+1]

±[(1~3)%H+10]

±[(1~3)%H+1.5]

Measuring conditions

Min curvature of the min area (mm)

Convex   1

1.5

Flatten

10

3

Flatten

Diameter of the min area (mm)

φ3

φ7

φ7

φ40

φ5

φ7

Critical thickness of substrate (mm)

0.2

0.5

0.5

2

0.3

unlimited

 

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