PRODUCTS
- Product description
-
Coating Thickness Gauge
Features:
1.Using magnetic and eddy current two thickness method can measure the thickness
of the magnetic metal matrix on the non-magnetic coating, can be measured non-
magnetic metal matrix on the thickness of the non-conductive coating;
2.Split (connection between the sensor and the lead instrument), dual (F-type N-type one);
3.The unique temperature compensation algorithm;
4.With two measurements: continuous measurement mode (CONTINUE) and a single measurement (SINGLE);
5.With statistical functions: average value (Here MEAN), maximum value (the MAX),
minimum value (the MIN), the number of tests (NO.), Standard deviation (S.DEV);
6.With storage function: can store 500 measurement values.
COATING THICKNESS GAUGE SPAREPARTS
C-P01-001
Coated Metal Plates
Epoxy on Steel
(Ferrous)50x60mm
C-P01-0002
Coated Metal Plates
Epoxy on Aluminum
(Non-Ferrous)50x60mm
Plastic shims
50,100,250,500,1000 5pcs as one set
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C-P02-0001
10um
Accuracy±0.3%
C-P02-0002
20um
Accuracy±0.3%
C-P02-0003
50um
Accuracy±0.3%
C-P02-0004
100um
Accuracy±0.6%
C-P02-0005
250um
Accuracy±0.6%
C-P02-0006
500um
Accuracy±0.6%
C-P02-0007
1000um
Accuracy±0.6%
C-P02-0008
2000um
Accuracy±0.6%
C-P02-0009
3000um
Accuracy±0.6%
C-P02-0010
4000um
Accuracy±0.6%
C-P02-0011
5000um
Accuracy±0.6%
C-P02-0012
6000um
Accuracy±0.6%
C-P02-0013
7000um
Accuracy±0.6%
C-P02-0014
8000um
Accuracy±0.6%
C-P02-0015
10000um
Accuracy±0.6%
C-P03-005
Ceramic calibration block
500um
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C-P03-006
600um
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C-P03-007
700um
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C-P03-008
800um
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C-P03-009
900um
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C-P03-0010
1000um
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C-P03-0015
1500um
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C-P03-0020
2000um
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C-P03-0025
2500um
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C-P03-0030
3000um
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C-P03-0040
4000um
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C-P03-0080
8000um
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Coating Thickness Probe
Technical parameters
F-use magnetic probe, based on measurable magnetic metal (such as steel, iron, steel alloys and hard-magnetic, etc.) on non-magnetic coating thickness (such as zinc, aluminum, chromium, copper, rubber, paint, etc.).
N-type probe use of eddy current way, measurable magnetic non-ferrous metal matrix (such as copper, aluminum, zinc, tin, etc.) and non-conductive, Austenitic stainless steel cover the thickness (such as: rubber, paints, plastics, anodizing film ).
F / N-probe (except N400) gage with the times and can be used, other brands gage would need change.F1 probe
F1-use magnetic probe, based on measurable magnetic metal (such as steel, iron, steel alloys and hard-magnetic, etc.) on non-magnetic coating thickness (such as zinc, aluminum, chromium, copper, rubber, paint, etc.).
Measuring principle: magnetic
Measuring range :0-1250 um
Measurement accuracy: one point calibration: ± (3% H +1), two point calibration: ±
(1% H +1)
Low-limit resolution: 0.1
Minimum radius of curvature (convex): 1.5
The smallest diameter: f7
Matrix critical thickness: 0.5F10 probe:
F10-use magnetic probe, based on measurable magnetic metal (such as steel, iron,
steel alloys and hard-magnetic, etc.) on non-magnetic coating thickness (such as zinc, aluminum, chromium, copper, rubber, paint, etc.).
Measuring principle: magnetic
Range: 0 - 10mm
Measurement accuracy: one point calibration: ± (3% H +10) ;two point calibration: ±
(1% H +10)
Low-limit resolution: 1
Minimum radius of curvature (convex): 10
The smallest diameter: f40
Matrix critical thickness: 2F1/90 probe
F1/90 of the probe using magnetic method, based on measurable magnetic metal
(such as steel, iron, steel alloys and hard-magnetic, etc.) on non-magnetic coating
thickness (such as zinc, aluminum, chromium, copper, rubber, paint, etc.).
Measuring principle: magnetic
Measuring range :0-1250 um
Measurement accuracy: one point calibration: ± (3% H +1)；two point calibration: ±
(1% H +1)
Low-limit resolution: 0.1
Minimum radius of curvature (convex): straight
The smallest diameter: f7
Matrix critical thickness: 0.5
F400 probe
F400-use magnetic probe, based on measurable magnetic metal (such as steel, iron,
steel alloys and hard-magnetic, etc.) on non-magnetic coating thickness (such as zinc,
aluminum, chromium, copper, rubber, paint, etc.).
Measuring principle: magnetic
Measuring range :0-400 um
Measurement accuracy: one point calibration: ± (3% H +0.7) two point calibration: ±
(1% H +1)
Low-limit resolution: 0.1
Minimum radius of curvature (convex): 1
The smallest diameter: f3
Matrix critical thickness: 0.2N1 probe
N1 type eddy current probe the eddy current way, measurable magnetic non-ferrous
metal matrix (such as copper, aluminum, zinc, tin, etc.) and non-conductive,
Austenitic stainless steel cover the thickness (such as: rubber, paints, plastics,
anodizing film )
Measuring principle: Eddy
Measuring range :0-1250 umMeasurement accuracy (um): one point calibration ± (3% H +1.5) ;two point
calibration: ± (1% H +1.5)
Low-limit resolution: 0.1
Minimum radius of curvature (convex): 3
The smallest diameter: f5
Matrix critical thickness: 0.3N400 probe
N400-eddy current probe by the eddy current way, measurable magnetic non-ferrous
metal matrix (such as copper, aluminum, zinc, tin, etc.) and non-conductive,
Austenitic stainless steel cover the thickness (such as: rubber, paints, plastics,
anodizing film )
Measuring principle: Eddy
Measuring range :0-400 umMeasurement accuracy (um): one point calibration: ± (3% H +1)
two t point calibration: ± (1% H +1)
Low-limit resolution: 0.1
Minimum radius of curvature (convex): 1.5
The smallest diameter: f4
Matrix critical thickness: 0.3
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