Coating Thickness Gauge MC3000F/N dual-use
MC3000F/N dual-use Coating Thickness Gauge with N\ F probe, MC3000F/N with monitoring and basic Measurement mode two, MC3000F/N dual-use Coating Thickness Gauge Measurement range is 0~1200um.
KODIN
-
Germany Knix QNix4500 dual-use Coating Thickness Gauge integrated probe 3mm range
Login -
Qnix Fe/NFe5mm Dual Function Thickness Probe magnetic Induction and eddy Current 5000 μm
$ 1785.00 -
Defelsko F90S split 90 ° right angle probe measurement low headroom area
$ 1049.00 -
German EPK N02 eddy current Thickness Gauge probe, thickness measurement range 0~200um
$ 1688.00 -
AMITTARI 10m Bluetooth adapter provides Bluetooth data output selection for most AMITTARI series instruments
$ 119.00
Introduction to MC3000F/N dual-purpose coating Thickness Gauge
The MC-3000 Iron/Non-Iron-Based Coating Thickness Gauge with N\F probes cleverly combines an eddy current Thickness Gauge with a coating Thickness Gauge. Depending on the needs of the site, users can choose from a ferromagnetic Thickness Gauge or eddy current Thickness Gauge to measure the coating thickness on magnetic or non-magnetic metals. This greatly increases the range of applications of the instrument. This type of coating Thickness Gauge can not only conveniently and non-destructively measure the thickness of non-magnetic coatings on ferromagnetic materials, such as zinc, copper, chromium and other coatings on the surface of steel or the thickness of paint, enamel, fiberglass, spraying, asphalt and other coatings. It can also conveniently and non-destructively measure the thickness of non-conductive overlays on non-magnetic metal substrates, such as paints, rubbers, plastics, oxide films, etc. on metals such as copper, aluminum, zinc, tin, etc. The instrument is widely used in machinery, automobile, shipbuilding, petroleum, chemical, electroplating, plastic spraying, enamel, plastic and other industries. This model coating Thickness Gauge adopts a unique automatic deviation tracking technology to make the measured value more accurate, the probe is processed according to German process standards, and the use of new alloy materials greatly improves the service life and accuracy of the probe.
Product performance
MC-3000 Iron-based\Non-Iron-based Coating Thickness Gauge Performance Index:
Basic measurement modes: Regular mode, Minimum mode, Statistical mode.
Monitoring and measurement mode: the difference can be set, and the upper and lower limit alarm settings can be set.
You can choose to delete a single piece of stored data, or a group of data, or clear all data.
Zero-point calibration, two-point calibration, and system calibration are possible.
The shutdown mode can be set, the backlight is turned on or off, and the factory state can be restored.
You can print stored values as well as statistical values.
There are 6 groups of data stored in groups, and each group stores 99 measurement points.
Stored measurements can be viewed in groups.
MC-3000 Iron-based\Non-Iron-based Coating Thickness Gauge Technical Parameters
Fe probe measuring range: 0~1200um
NF probe measuring range: 0~1200um
Maximum display accuracy: 0.1 um
UnderVoltage display: The undercurrent indicator icon is displayed in the upper left corner
Display mode: 128*64 dot matrix LCD, graphic display
Size/weight: 146*81*30mm 260g
MC-3000 Iron-based/Non-Iron-based Coating Thickness Gauge Configuration Sheet
Standard configuration: main unit, Fe probe, NF probe, standard sample, manual, warranty card, certificate, No. 5 battery, suitcase.
Optional : printer and communication printing cable, microcomputer communication software, internal anti-corrosion probe
KODIN Specifications
| LIST | VALUE |
|---|---|
| Measurement principle | Magnetic Induction + eddy Current |
| Measurement range | 0~1200μm |
| Resolution | 0.1μm |
| probe | Split probe |
| system language | Chinese |
| Display screen | 128 * 64 dot matrix LCD, graphic display |
| Machine Weight | 260g |
| Machine size | 146*81*30mm |
| Voltage prompt | Display icon in upper left corner |
| Data storage | 99 Measured values, 6 groups |
| Calibrated mode | Zero point calibrated, two point calibrated and system calibrated |
KODIN Packing list
[Note] Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.
FAQ
- Tensile specimen preparation: cutting and handling techniques for samples of different materials
- Universal Testing Machine Selection Budget Planning: Different price models performance differences
- Customized Universal Testing Machine Selection: Which Scenarios Need to Be Customized? Customized Process Detailed Explanation
- Universal Testing Machine Fixture Selection: Fixture type recommendation for different material samples
- Universal Testing Machine Selection Pit Avoidance Guide: Don't Ignore These Parameters
- Low Temperature Universal Testing Machine Selection: Requirements for equipment performance in low temperature environment
- Universal Testing Machine in high temperature environment: high-temperature chamber matching and accuracy control
- Large Industrial Universal Testing Machine Selection: Range, Stability and Durability Considerations
- Small Laboratory Universal Testing Machine Selection: Cost-effective Model Recommendation
- Temperature, Humidity and other environmental factors affect the long-term stability of Universal Testing Machine