FISCHER COUPOSCOPE CMS2 Coulomb thickness gauge from Germany

NegotiableUpdate on 02/06

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Overview

CMS2 可以测量几乎所有基材上金属镀层的厚度，包括多镀层结构; COULOSCOPE CMS2工作原理是根据阳极溶解的库仑法（DIN EN ISO 2177）。简单的操作和菜单化的操作指导使 CMS2 成为电镀行业生产监控和质量检验理想的解决方法。设备为不同的镀层结构配备了近 100 个预留的应用程式（例如，铁上镀锌，黄铜上镀镍） , 以及各种电解速度（例如 1, 2, 5, and 10 μm/min）。

Product Details

Product Description

FISCHER COUPOSCOPE CMS2 Coulomb thickness gauge from Germany-----Measure the coating thickness and multi-layer nickel potential difference using Coulomb method.Coulomb method is a simple and easy-to-use electrochemical method that can determine the thickness of metal coatingsAnalytical methods. This method is mainly used to check the quality of electroplating layersAlso applicable for monitoring the thickness of remaining pure tin on printed circuit boards.CMS2It can measure the thickness of metal coatings on almost all substrates, including multi coating structures;Its working principle is based on the Coulomb method of anodic dissolution（DIN EN ISO 2177）. Simple operation and menu based operation guidance makeCMS2Becoming an ideal solution for production monitoring and quality inspection in the electroplating industry. The equipment is equipped with various coating structures100 Reserved applications (e.g. galvanizing on iron, nickel plating on brass),And various electrolysis speeds (such as1, 2, 5, and 10 μm/min）. These applications are suitable for multi coating systems.The COUPOSCOPE CMS2 series instruments measure the thickness of coatings through electrolytic stripping. Coulomb method can also be used to accurately determine the thickness of multiple coatings on any type of substrate. The CSM2 STEP version can perform standard STEP testing on a single coating to detect potential differences (such as quality control of multi-layer nickel coatings).

Main featuresPoint:

Large size high-resolution color display
Simple operation and illustrated user guidance
Using V18 bracket to achieve semi-automatic measurement

Simple selection of electrolysis speed and measurement area

(0.1-50 μ m/min) and (0.6-3.2 mm?)

Voltage curve graphic display, graphical and statistical analysis

Multiple languages and measurement units to choose from

COULOSCOPE CMS2Application:

Powerful and user-friendlyCOULOSCOPE CMS2Suitable for electroplating industryProduction monitoring and quality inspection of finished products. Many common single or double coatings, such as iron zinc plating or copper nickel tin plating, can be usedTo useCMS2Simple and fast measurement. This method is applicable to any metal coatingProvides precise measurements. Within the thickness range0.05 - 50 μmInside, manyMaterials do not need to be pre-set; The composition and geometric shape of the substrate are important for measurementIt's irrelevant. One common application is to measure the remaining pure tin on the circuit board to ensure accuracyEnsure weldability. Multi coating, for exampleCr/ Ni/CuIn iron or plastic（ABS）On the substrate, it is often used for high-quality bathroom products, and this can also be usedMethod for measurement. Common applications include any type of metal coating on metal and non-metal substratesMeasurement of single-layer or multi-layer coating thicknessEspecially suitable for multi-layer nickel measurement through STEP testingSuitable for measuring coating thickness from 0.05 µ m to 40 µ m.

A measurement system including COUPOSCOPE ® CMS2 or CMS2Step and a bracket with a measuring slot

Various measuring stationsDesign suitable for different applications.

A large number of optional accessories make measurement work more convenient, ensuring safe storage and providing assistance for fixing workpieces.

Widely applicable measurement bracket V18 and dedicated measurement bracket V27 measure the coating thickness on the wire.

The vise for fixing workpieces can also be installed on the support plates of V18 and V24.

As one of the simple methods for measuring coating thickness, Coulomb method can be used for various coating combinations.

For multi coating structures,When destructive measurements are allowed, a more economical alternative method is provided than X-rays.

Electroplating fasteners, measuring the remaining pure tin thickness on PCB boards, chrome plated parts, and bathroom supplies.

Measurement principle:

This series of instruments is based onDIN EN ISO 2177The standard Coulomb method.Metal coatings on metal or non-metal substrates, achieved by controlling current conditionsElectrolytic corrosion--------In fact, it is the reverse process of electroplating. The electricity loadedThe thickness of the coating to be peeled off is directly proportional to the current, assuming that the current is proportional to the peeling surfaceThe product remains constant, and the thickness of the coating is directly proportional to the electrolysis time.

The measuring tank, which can be compared to a miniature electrolytic cylinder, is used to peel off the coating. The measurement area is determined by the size of the gasket installed on the measurement slot. Use different formulations of electrolytes for different metals. Start the electrolysis process by loading current. The electrolysis process is controlled by the electronic part of the COUPSOLE instrument, and a pump is used to stir the electrolyte to ensure smooth corrosion of the electrolyte in the electrolysis area, ensuring the utilization of the electrolyte. According to the size of the measurement area, gaskets of various diameters are available for selection.