Overview
MCW-2000B eddy current thickness gauge is a precision instrument using single chip microcomputer technology and eddy current Measurement principle produced by KODIN. It has the characteristics of high accuracy, digital display, stable indication, simple and convenient operation, single Probe full scale measurement, small size and light weight, and has Data storage, statistics and low voltage indication functions, its performance has reached the professional level of contemporary international similar instruments.
Features
1. Using single chip technology, high accuracy, digital display, stable indication.
2. Low power consumption, simple and convenient operation, no correction knob.
3. Single Probe for full scale measurement.
4. Small size, light weight, easy to carry.
5. It has the function of storing, reading and deleting measurement data (can store 600 data).
6. With statistical function, you can calculate the average, MAX Maximum, MIN Minimum.
7. Zero point calibrating, two point calibrating and system calibrating.
8. With under-voltage display function.
9. Support optional micro printer for data printing.
10. With automatic shutdown and manual shutdown in two ways.
Principle
The MCW-2000B eddy current thickness gauge uses the eddy current Measurement principle. This principle uses the high-frequency electromagnetic field generated by Probe to induce eddy current in a conductive substrate (such as aluminum, copper and other non-ferrous metals). The strength of eddy current is affected by the thickness of nonconductive coatings (such as paints, plastics, rubber) or anodic oxide coatings on the surface of the substrate. By measuring eddy current changes, the instrument can easily and nondestructive calculate the thickness of the coating.
Applications
Machinery, Automobile, Shipbuilding, Petroleum, Chemical, Eletroplating, Spray, Enamel, Plastic
Steps
1. Measurement: Full scale thickness measurement using a single Probe.
2. Storage/deletion: You can deposit measurement data, or delete individual suspicious data and all stored data.
3. Read: Read out the measurement data that has been deposited.
4. Statistics: View the average of measurement data, MAX Maximum, MIN Minimum.
5. calibrate: zero point calibrate, two point calibrate or system calibrate.
6. Print: Connect the optional micro printer to print the Measured value.
7. Shutdown: By automatic or manual shutdown.
Notice
• This instrument is suitable for the measurement of nonconductive coatings on non-ferrous metal substrates, or anodic oxide coatings on aluminum substrates.
• When measuring, ensure that the measured area meets the requirements of the minimum measurement surface (φ 7mm) and the minimum radius of curvature (convex 1.5mm, concave 6mm).
• The thinnest thickness of the substrate should not be less than 0.3mm.
• Please use at 0~ 40 ℃ Ambient Temperature and ≤ 90% RH relative humidity.
• Pay attention to the battery voltage prompt icon and replace the battery in time.
• The maximum power consumption of the instrument is 100mw, powered by two 1.5V batteries.
