Overview
MC-3000S Coating thickness gauge is a precision measuring instrument produced by KODIN, which can quickly and non-destructive measurement of coating and platings thickness. The instrument can be used in both laboratories and engineering sites. By using different probes, it can meet the needs of various measurements and is widely used in manufacturing, metal processing, chemical industry, commodity inspection and other testing fields.
Features
1. Using magnetic and eddy current thickness measurement methods, nondestructive measurement of nonmagnetic coating thickness on magnetic metal substrate and nonconductive coating thickness on nonmagnetic metal substrate.
6 types of probes (F0.5, F1.2, F3, F5, F10, N1.2) can be used.
3. With temperature compensation function, equipped with Kedian's new "phase-locked loop" technology.
4. With screen flip function, you can manually select flip to display measurement data.
5. Measurement speed can choose two modes of single measurement and continuous measurement.
6. Three methods can be used to calibrate the instrument, and the basic calibrating method can be used to correct the systematic error of the probe.
7. With storage function, it can store more than 10,000 measurement points.
8. With deletion function, suspicious data or all stored data in the storage group can be deleted.
9. The limit can be set, and the Measured value outside the limit can be automatically alarmed.
10. With printing function, you can connect a Bluetooth printer to print measurement data.
11. With data connection function, Bluetooth 2.0 can communicate wirelessly with computers and printers.
12. With power undervoltage indication function.
13. There is a beep prompt during the operation.
14. There are two shutdown methods: manual shutdown and automatic shutdown.
15. The V-groove structure facilitates the measurement of coatings on the outer surface of pipes of various sizes.
16. The large flat bottom Probe structure makes the measurement more stable and Repeatability is higher.
17. Professionally designed anti-skid pad with the anti-skid texture on the back of the case, so that the operation is not easy to fatigue.
Principle
The MC-3000S Coating thickness gauge uses two thickness measurement principles: magnetic Induction and eddy current. For the nonmagnetic coating on the magnetic metal substrate, the magnetic method is used for measurement; for the nonconductive coating on the nonmagnetic metal substrate, the eddy current method is used for measurement. The instrument measures the thickness of the coating nondestructive by electromagnetic induction or eddy current effect between the Probe and the coating and the substrate.
Applications
Manufacturing, metal processing, chemical industry, commodity inspection and other testing fields
Standards
GB/T 4956─1985、GB/T 4957─1985、JB/T 8393─1996、JJG 889─95、JJG 818─93
Steps
1. Select the appropriate probe according to the measurement substrate and coating type and install it.
2. Power on, select Measurement mode (such as lite mode, monitoring mode, statistical mode, MIN Minimum capture) as needed.
3. Use one of the three calibration methods to calibrate the instrument and correct the probe system error if necessary.
4. Smooth and vertical contact of the probe with the coating surface to be tested for measurement.
5. Single or Continuous Measurement mode can be selected.
6. The measurement data can be stored, deleted, or printed and transmitted by connecting a printer or computer via Bluetooth.
7. After use, you can choose to shut down manually or wait for automatic shutdown.
Notice
* Please select the appropriate Measuring method and probe according to the substrate material (magnetic or nonmagnetic) and coating properties (conductive or nonconductive).
* When measuring, ensure that the probe is perpendicular to the coating surface and the contact is smooth to ensure the Measurement accuracy.
* Pay attention to the working Ambient Temperature (-10~ + 40 ℃) and relative humidity (≤ 90% RH) of the instrument, and avoid using it under extreme conditions.
* Regularly calibrate the instrument to ensure measurement accuracy, and use the basic calibrating method to correct the probe system error.
* The instrument has a power undervoltage indication function, please pay attention to replacing the battery in time.
* For the measurement of curved surfaces such as pipes, the V-groove structure can be used to obtain more stable measurement results.
Please pay attention to management when storing data, and delete suspicious or unwanted data.
* Setting measurement limits helps to quickly identify outliers, which the instrument will alert.
When using Bluetooth for data transmission or printing, make sure the device is within range of a valid connection.
The instrument has an automatic shutdown function to save power, and can also be shut down manually.
