Kedian MC-2000C coated platings Thickness Gauge film thickness range of 0~5000μm

Introduction to MC-2000C Coating Thickness Gauge

MC-2000C coating Thickness Gauge measuring range: 0~5000um, is the crystallization of high technology, it adopts single-chip microcomputer technology, high precision, digital display, stable value, low power consumption, simple and convenient operation, touch buttons, single probe full range measurement, small size, light weight, and has storage, readout, statistics, low Voltage indication, system calibration, its performance has reached the professional level of contemporary international similar instruments.

Features

   (1) Measurement: full-scale thickness measurement with a single probe

   (2) Storage and deletion: 600 measurement data can be stored, and a single suspicious data in the measurement can be deleted, and all data in the storage area can also be deleted.

   (3) Read: Read out the stored measurement data

   (4) Statistics: There are three statistics, the maximum value of the average value and the minimum value

   (5) Calibration: System calibration can be carried out

   (6) Electricity: with under-Voltage display function

   (7) Printing: Measured values can be printed, and micro printers are optional

   (8) Shutdown: There are two methods: automatic shutdown and manual shutdown

Product display diagram

Scope of application

MC-2000CCoating Thickness GaugeThe magnetic thickness measurement method can easily 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. The instrument is widely used in machinery, automobile, shipbuilding, petroleum, chemical, electroplating, plastic spraying, enamel, plastic and other industries.

Operating Principle 

MC-2000CCoating Thickness GaugeThe thickness of the coating is measured by electromagnetic induction. The probe located on the surface of the component creates a closed magnetic loop that changes to varying degrees as the distance between the probe and the ferromagnetic material changes, causing changes in magnetoresistance and the inductance of the probe coil. This principle allows for an accurate measurement of the distance between the probe and the ferromagnetic material, i.e., the coating thickness.

host x1, probe x1, standard sample x1, manual x1, warranty card x1, certificate x1, No. 7 battery x1, suitcase x1.

[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.