PRODUCTS

Coating Thickness Gauge
Coating Thickness Gauge
+
  • Coating Thickness Gauge
  • Coating Thickness Gauge

Coating Thickness Gauge

subcategory

  • Product description
  • Specifications
  • Coating Thickness Gauge

    Features:

     

    ●Two thickness measuring methods adopted, the gauge can be applied to thickness measuring of non-magnetic coating on magnetic metal substrate as well as non-conductive coating on non-magnetic metal substrate;

    ●5 types of probes can be used (F400, F1, F10, N1, CN02,);

    ●2 measuring modes are available: continuing measuring mode(CONTINUE)and single measuring mode(SINGLE);

    ●2 operation modes are available: direct mode (DIRECT) and batch mode (A-B);

    ●5 statistic values:mean value(MEAN), max. value(MAX), min. value(MIN), numbers of measuring(NO.), standard deviation(S.DEV);

    ●2 methods can be used to calibrate the gauge, and the system error of the probe can be corrected by use of basic calibrating method:

    ●Storage function: 495 measuring values can be stored;

    ●Deletion function: delete the single questionable data occurring in measuring, as well as all of the data in memory area to perform the new measuring;

    ●Limit can be set: capable of alarming automatically for measuring values out of limit; and a batch of measuring values can be analyzed via histogram;

    ●Printing function: measuring value, statistic value, limit and histogram can be printed;

    ●Capable of communication with PC: measuring values and statistic values can be sent to PC to perform the further process for data;

    ●Indication of low voltage;

    ●Buzzing indication in the course of operation;

    ●With the function of error warning, error warning can be carried out through display or buzzing;

    ●Two shut down modes are available: manual shut down mode and automatic shut down mode;

    INTERNATIONAL STANDARDS:

    ASTM B 499, ASTM D 1400, BS 3900-C5-6B, DIN 50981,DIN 50984, ISO 1461,ISO 2360

       

     Technical parameters

     

       Probe model

    F400

    F1

    F1/90°

    F5

    F10

    Operating principle

    Magnetic induction

    Measuring range (mm)

    0~400

    0~1250

    0~5000

    0~10000

    Low range resolution(mm)

    0.1

    0.1

    1

    10

    Accuracy

    One-point calibration (mm)

    ±(3%H+1)

    ±(3%H+5)

    ±(3%H+10)

    Two-point calibration (mm)

    ±((1~3)%H+0.7)

    ±((1~3)%H+1)

    ±((1~3)%H+5)

    ±((1~3)%H+10)

    Measuring conditions

    Min curvature radius (mm)

    Convex

    1

    1.5

    Flatten

    5

    10

    Diameter of the min area (mm)

    F3

    F7

    F7

    F20

    F40

     

    Probe model

    N400

    N1

    N1/90°

    CN02

    N10

    Operating principle

    Eddy current

    Measuring range (mm)

    0~400

    (Chrome on copper

     

    0~1250

    0~40)

    10~200

    0~10000

    Low range resolution(mm)

    0.1

    0.1

    1

    10

    Accuracy

    One-point calibration (mm)

    ±(3%H+0.7)

    ±(3%H+1.5)

    ±(3%H+1)

    ±(3%H+25)

    Two-point calibration (mm)

    ±[(1~3)%H+0.7]

    ±[(1~3)%H+1.5]

    ___

    ±[(1~3)%H+25]

    Measuring conditions

    Min curvature radius (mm)

    Convex

    1.5

    3

    Flatten

    Only flatten

    25

    Diameter of the min area (mm)

    F4

    F5

    F5

    F7

    F50

    Critical thickness of substrate (mm)

    0.3

    0.3

    0.3

    No limit

    50mm aluminum foil

       Note: H——Nominal value

    Key words:
    • Coating Thickness Gauge
  • Table 1 for probe selection reference   

     

                       

                         Coating

       Substrate                 

     

    Non-magnetic coating of organic material (such

    as painting, finishes, enamel, porcelain enamel,

    plastic, anodization and etc.

    Coating

    thickness≤100mm

    Coating thickness >

    100mm

    Magnetic metal

    such as iron,

    steel and etc.

     

    Measured

    area

    Dia. >30mm

     

    Probe F1     

    0~1250mm

    Probe F400   

    0~400mm

    Probe F1     

    0~1250mm

    Probe F5     

    0~5mm

    Probe F10   

     0~10mm

    Measured

    area

    Dia. <30mm

    Probe F400   

    0~400mm

    Probe F1     

    0~1250mm

    Probe F400  

    0~400mm

    Non-ferrous

    metal such as

    copper,

    aluminum,

    brass, zinc,

    tin and etc.

    Measured

    area

    Dia.> 10mm

    Probe N1     

    0~1250mm

    Probe N400   

    0~400mm

     

    Probe N1     

    0~1250mm

    Probe N10    

    0~10mm

    Probe N400   

    0~400mm

     

    Measured

    area

    Dia. <10mm

    Probe N1     

    0~1250mm

    Probe N400   

    0~400mm

    Probe N1     

    0~1250mm

    Probe N400   

    0~400mm

     

       Table 2 for probe selection reference

     

                       Coating   

        Substrate  

     

    Non-magnetic non-ferrous metal

    coating (such as chrome, zinc, aluminum,

    copper, tin, silver and etc.)

    Coating thickness

    ≤ 100mm

    Coating thickness

    > 100mm

     

    Magnetic metal

    such as iron,

    steel and etc.

    Measured

    area

    Dia. >30mm

    Probe F1     

    0~1250mm

    Probe F400   

    0~400mm

    Probe F1     

    0~1250mm    

    Probe F5     

    0~5mm

    Probe F10    

    0~10mm

    Probe F400   

    0~400mm

    Measured

    area

    Dia. <30mm

    Probe F1     

    0~1250mm

    Probe F400   

    0~400mm

     

    Probe F1    

    0~1250mm

    Probe F400   

    0~400µm

    Non-ferrous

    metal such as

    copper,

    aluminum,

    brass, zinc,

    tin and etc.

    Measured

    area

    Dia. >10mm

    Only for chrome

    coating on copper

    Probe N1     

    0~1250mm

    Probe N400   

    0~40mm

           --------

    Measured

    area

    Dia. <10mm

           --------

           --------

    Non-metal such

    as plastic,

    printing

    circuit and etc.

    Measured

    area is big

    Probe CN02   

    10~200mm

    Probe CN02   

    10~200mm

     

Send message
%{tishi_zhanwei}%