HUATEC Coating thickness gauge with inbuilt printer TG110
This compact, handy pocket gauge is designed for
non-destructive,fast and precise coating thickness measurement. The
principalapplications lie in the field of corrosion protection. It
is ideal formanufactures and their customers, for offices and
specialist advisers,for paint shops and electroplaters, for the
chemical, automobile,shipbuilding and aircraft industries and for
light and heavyengineering.
1 Features:
l With different external probes, the gauge can be applied
tomeasuring thickness of non-magnetic coating on magneticmetal
substrate, as well as non-conductive coating onnon-magnetic metal
substrate.
l Two measuring modes: single or continuous, changeable.
l Two work modes: direct or group, changeable.
l High precision mode: multiple measurements and automatically data
filtering method to reduce disturbance of measure results
l Temperature compensation: compensate the measurement distortion
caused by the drifting of temperature.
l Give five statistical values: average, maximum, minimum, measure
number, and standard deviation.
l Two calibration methods can be applied to the gauge; and
thesystem error of the probe can be corrected with the basicprobe
calibration method.
l Data storage: up to 500 measurements storage.
l Set boundary: alarm while measurements out of boundary.
l Battery information indicates the rest capacity of the battery.
l Beep prompting.
l Auto power off function to conserve battery life.
1.1 Measuring Principles
The gauge adopts two thickness-measuring methods: magneticinduction
method and eddy current method.
Magnetic Induction method:The probe and the magnetic metalsubstrate
will form a closed magneticcircuit when probe contacting with
thecoating; the magnetic resistance ofclosed magnetic circuit
varies due tothe existing of non-magnetic coating.The thickness of
the coating can bemeasured through the variation ofmagnetic
resistance.
Eddy current method: The highfrequency alternating currentgenerates
an electromagnetic field inthe probe coil; eddy current will
beformed on metal substrate when theprobe contacting with the
coating,and the eddy current has an effect offeedback on the coil
in probe. Thethickness of the coating can becalculated through
measuring theeffect of feedback.
The range of applications is indicated by the probes available.
-F probes work on the magnetic induction principle and should
beused for non-magnetic coatings such as aluminum, chrome,
copper,zinc, paint and varnish, enamel, rubber etc., on an iron or
steelsubstrate; they are also suitable for alloyed and hardened
magneticsteel.
- N probes work on the eddy-current principle and should be used
forinsulating coatings on all non-ferrous metals and on
austeniticstainless steels, e.g. paint, anodizing coatings,
ceramics, etc.applied on aluminum, copper, zinc die-casting, brass,
etc.
1.2 Configuration
Table1-1 Configuration
| Item | Quantity | Remarks |
| Main Unit TG110 | 1 | |
| Probe | 1 | F or N or FN |
| Calibration Foils | 5 PCS | |
| Zero plate | 1 | Iron or Aluminum |
| Battery | 1 | CR123A, 3V |
| User Manual | 1 | |
| Certificate | 1 | |
| Warranty card | 1 | |
| Feedback submission | 1 | |
| Probe type | F | N |
| Measuring principle | Magnetic induction | Eddy current |
| Measuring range | 0~1500 um | 0~1500 um |
| Low range resolution | 0.1 um | 0.1 um |
| Accuracy | Zero calibration | ±(2%H+1) um | ±(2%H+1) um |
| Two point calibration | ±[(1~2)%H+1] um | ±[(1~2)%H+1] um |
| Measuring Condition | Min. radius of curvature | Cx. 1.5 mm | Cx. 3 mm |
| Min. radius of area | Φ7 mm | Φ5 mm |
| Critical thickness of plate | 0.5 mm | 0.3 mm |
| Conatact Person: | Esther Yu Scan here for my name card |
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| Mobile Phone: | 0086-13910983110 |
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| Whatsapp: | +86 18846112524 |
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| Skype: | cindydon |
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| Address : | 7th Floor, Chengyuan Building B, the Mid. Road of Jiancaicheng
Haidian Dist.BeiJing,CHINA 100096 |
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| Worktime : | 9:00-18:00(Beijing time) |
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| Business Phone: | 86-10-82921131(Working time) 86-13910983110(Nonworking time) |
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| Fax : | 86-10-82916893 |
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