Coating Thickness Gauge TG8832FN(film thickness gauge, paint thickness gauge)
TG8832FNdigitalcoating thickness gauge is using the magnetism and backset measuring thickness method .It can measure the thickness of the magnetism metal substrate (such as steel, iron, alloy and rigid magnetism steel and etc), non-magnetism cover layer (such as aluminium, chrome, copper, enamel, rubber, oil paint and etc) and non-magnetism metal substrate (such as copper, aluminium, zinc, tin and etc) and non-transmitting electricity cover layer (such as enamel, rubber, oil paint, plastic and etc). This instrument has small error of measure, excellent performance and good stability, easy operation and other characteristics, is a necessary measure instrument to control and guarantee the product quality, can be widely applied to manufacturing, metal processing industry, chemical industry, merchandise test fields.
Features
Technical Specification
Measuring range |
F400 :0~400μm N400:0~400μm F1:0~1250μm F1/90:0~1250μm N1:0~1250μm F10:0~10000μm CN02:10~200μm |
|||||||||||||
Measuring accuracy |
F400, N400 1 point calibration:±(2%+0.7)2 point calibration:±(1%+7)F1, F1/90, N1, CN02 1 point calibration:±(2%+1)2 point calibration:±(1%+1)F10 1 point calibration:±(2%+10) 2 point calibration:±(1%+10) |
|||||||||||||
Calibration |
1 point calibration /2 point calibration /basic calibration |
|||||||||||||
Display resolution |
0.1um (0~99.9um) / 1um (Over 100um) |
|||||||||||||
Weight |
250g(including battery package ) |
|||||||||||||
Operation environment |
Temperature: 0℃~50℃ humidity: 20%RH~90%RH |
|||||||||||||
Operation mode |
Direct testing mode and block statistics mode |
|||||||||||||
Measuring mode |
continuous/single |
|||||||||||||
Shutdown mode |
manual/automatic |
|||||||||||||
Operation alarm |
Ring music to alarm mistake |
|||||||||||||
Signal Dealing |
||||||||||||||
Threshold |
Limits setting and automatically alarm measured values out of limit |
|||||||||||||
Data analysis |
Analyzing a batch of measuring values via histogram |
|||||||||||||
Statistic function |
Mean/ Standard deviation / Number of measurements/ Maximum/ Minimum |
|||||||||||||
Data Merory |
||||||||||||||
Thickness values |
500 measuring data |
|||||||||||||
Delete |
Single doubtful data / All data of one group |
|||||||||||||
Input/Output |
||||||||||||||
|
measured values, statistic values, limit values and histogram |
|||||||||||||
Communication |
RS232/USB |
|||||||||||||
Power supply |
||||||||||||||
Battery |
9V Nickel-hydride/alkaline batteries |
|||||||||||||
Power battery inspection |
low voltage indication |
|||||||||||||
Standard delivery |
Main unit |
1 |
||||||||||||
Integrated probe ((N1orF1) |
1 |
|||||||||||||
Calibration foil set |
4 |
|||||||||||||
Calibration base set |
1 |
|||||||||||||
9V alkaline battery |
1 |
|||||||||||||
Instruction manual |
1 |
|||||||||||||
Printer RD-E32-SN |
1 |
|||||||||||||
Software CTG Insight |
1 |
|||||||||||||
Optional accessories |
||||||||||||||
probe |
F400 F1 F1/90° F10 N400 N1 CN02 |
|||||||||||||
Probe model
|
F400 |
F1 |
F1/90° |
F10 |
N400 |
N1 |
CN02 |
|
||||||
Working principle
|
magnetic induction |
induced eddy current |
|
|||||||||||
Measuring range(mm) |
0~400 |
0~1250 |
0~10000 |
0~400 |
0~1250 |
10~200 |
|
|||||||
( chromeplating upon copper base set 0~40) |
|
|||||||||||||
Resolution (mm) |
0.1 |
0.1 |
10 |
0.1 |
0.1 |
1 |
|
|||||||
Tolerance |
1point calibration (mm) |
±(3%H+0.7) |
±(3%H+1) |
±(3%H+10) |
±(3%H+0.7) |
±(3%H+1.5) |
±(3%H+1) |
|
||||||
2point calibration (mm) |
±(1%H+0.7) |
±((1%H+1) |
±(1%H+10) |
±(1%H+0.7) |
±(1%H+1.5) |
-------- |
|
|||||||
Measuring condition
|
Min curvature radius (mm)
|
convex |
1 |
1.5 |
flat |
10 |
convex |
1.5 |
3 |
flat |
Only flat |
|
||
Min measure area(mm)
|
F3 |
F7 |
F7 |
F4 |
F4 |
F5 |
F5 |
F7 |
|
|||||
Critical substrate thickness(mm) |
0.2 |
0.5 |
0.5 |
2 |
0.3 |
0.3 |
0.3 |
No limit |
|