Rechargeable Li Ion Battery Coating Thickness Gauge Build In
Thermal Printer
High Precision Rechargeable Li-Ion Battery Coating Thickness Gauge
With Build-In Thermal Printer
Features & Functions
● All products like Uee923 are CE, FCC certified & manufactured
according to ISO 9001.
● It can work continuously for ten hours due to the rechargeable
lithium ion battery
● The Large memory can save 4 kinds of materials and 1560 test
values.
● Uee923 provide three kinds of easy calibration ways as below:
(1) by one specimen (2)two specimens (3) five specimens
● Uee923 has software to connect PC for data transmission,
analysis, and printing measurement reports.
● It is convenient because of the built-in thermal printer(Width of
printer paper: 56.5±0.5mm).
● Uee 923 has five kinds of statistics: Average, Maximum, Minimum,
Testing times, Standard deviation.
● As the leading manufacturer, we support 3 years warranty and
life-long services.
Technical Parameters
| Technical Parameters |
| Model | Uee923 |
| Measuring principle | Magnetic induction (Fe ) & Eddy current ( NFe) |
| Measuring range (µm) | 0~1250μm |
| Accuracy | ±(1%H+1) μm; H refers to the thickness of testing piece |
| Minimum resolution (µm) | 0.1μm |
| Min curvature of the min area (mm) | Convex1.5 Concave9 |
| Diameter of the min area (mm) | Φ7 |
| Critical thickness of substrate (mm) | 0.5 |
| Operating temperature | 0℃~40℃ |
| Memory | 1560 |
| Dimensions | 238*90*38mm |
| Weight | 420g |
| Printer | Build-in High-speed Thermal Printer |
| Power supply | Rechargeable Li-ion battery |
| Standard Configuration | Main Machine, probe*1(Fe or NFe), substrate*1(Fe or NFe), software
& USB, Calibration specimens*5, Users’ Manual, Qualified
Certificate, Paper for Printer, Power Charger, Packing list,
Warranty card |
| Optional Accessories | Probes, Specimens, Paper for printer |
Measuring Principle
1) Magnetic method (With Fe Probe)
Measuring Non-magnetic coatings on magnetic substrates (such as
aluminum, chromium, copper, rubber coatings on steel, iron, alloy
and hard magnetic steel substrates).
When the probe contact with cover, measuring probe and magnetic
metal matrix form a closed magnetic circuit, as a result of the
existence of a non-magnetic layer, make the magnetic circuit
magnetic resistance change, can be derived by measuring the change
the thickness of coating.
2) Eddy current method (With NFe Probe)
Measuring Non-conductive coatings on Non-magnetic basis metals
(such as enamel, plastic, rubber, paint coatings on copper,
aluminum, zinc, tin substrates).
By using high frequency alternating current in the coil produces an
electro-magnetic field,when the probe contact with cover,Metal
substrate eddy current is produced,and feedback to a coil in a
probe,Derived by measuring the size of the feedback effect of the
coating thickness.
5 calibration specimens: 48.5μm,99.8μm,249μm,513μm,1024μm
Packing box: High quality water-proof box
