FISCHER Dual Scope FMP150 Thickness Gauge from Germany

NegotiableUpdate on 02/06

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Overview

The German FISCHER Fischer FMP150 thickness gauge has three measurement methods (eddy current method, magnetic induction, and Hall effect). By adopting the Hall effect, the measurable range has been expanded. All modules are measured according to DIN EN ISO 2178, ASTM D7091, and DIN EN ISO 2360 standards. The FMP150 thickness gauge can measure the thickness of each layer in the coating system (double coating) of galvanized and repainted steel in one step

Product Details

product description

FISCHER Dual Scope FMP150 Thickness Gauge from Germany------Handheld measuring instruments with more memory, Bluetooth connectivity, and graphics and statistical analysis capabilitiesFISCHER GermanyFischer FMP150 thickness gaugeAn instrument has three measurement methods (eddy current method, magnetic induction, and Hall effect). By adopting the Hall effect, the measurable range has been expanded. All modules are measured according to DIN EN ISO 2178, ASTM D7091, and DIN EN ISO 2360 standards.The FMP150 thickness gauge can measure the thickness of each layer in the coating system (double coating) of galvanized and repainted steel in one step. It is a Chinese color touch screen that uses the Windows CE operating system and has powerful capabilities for managing measurement applications and cultivating instrument settings. It has a 256MB memory for storing application programs and measurement data.

DualScope FMP150characteristic:

※Windows ® CE operating system with graphical user interface and user-defined file and folder structure

※High resolution touch screen,Equipped with a virtual keyboard that can be operated with a stylus or fingers<li=''>

※Large capacity memory that can store thousands of applications with different calibrations

※Comprehensive evaluation and statistical functions, as well as supportDisplay data graphically, such as FDD.

※Provided computer software FISThe CHER DataCenter has the following functions:

※Transmission and storage of measurement values, comprehensive statistical and graphical evaluation, easy generation and printing of personal testing reports

※Various probe models are available, including many special probes designed for complex measurement applications

With DUALSCOPE® FMP100 and FMP150, FISCHEER can provide high-performance handheld measuring instruments for various demanding tasks in professional coating thickness measurement. These instruments are equipped with touch screens and Windows ™ CE operating system, fast and intuitive operation. A larger system memory means you can perform thousands of measurement tasks. It has various statistical and analytical functions and can be used to process results. In addition, with the help of DataCenter IP inspection planning software, you can compile individual graphical plans to ensure consistent workflows in production or to quickly familiarize untrained users with the correct measurement procedures.

DUALScope FMP150 applicationfield

Electroplating industry: Measurement of non-magnetic material coatings, such as zinc, chromium, copper, and tin coatings on steel

Automotive industry: using cavity probes? Measure the coating inside the car body

Coating manufacturing industry: coatings, paints, plastics on steel or aluminum, copper, brass

Measure the thickness of thicker conductive coatings on iron or nickel coatings on non ferromagnetic metal substrates

Quickly measure copper and chromium coatings on steel, such as coatings on pressure rollers (gravure cylinders)

Chemical industry: Porcelain paint in steel containers

Aviation: anodized film on aluminum

DualScope FMP150 probe selection labelaccurate	DualScope FMP150 Evaluation and Statistical Performancecan
Material combination of coating and substrate Thickness of coating and substrate Measure the size of the measurement area The shape of the specimen Surface condition of the measurement area	Display important statistical features such as mean, standard deviation, * small value, * large value, and range Important features displayed in statistical blocks and results, analysis of variance (ANOVA) values Represented graphically as histograms or sum frequency graphs Input options for process tolerance limits and calculation of related process capability indices cp and cpk

Technical Parameter
	DUALSCOPEFMP100	DUALSCOPE	DUALSCOPEMP0RH USB	DUALSCOPE	DUALSCOPE
	DUALSCOPEFMP100	MP0R USB	DUALSCOPEMP0RH USB	MP20E-S	MP40E-S
Paint on non-ferrous metals,Anodized layer,Porcelain or plastic coating	√	√	√	√	√
Anodized layer on aluminum	√	√	√	√	√
Instruments on steel or iron,Porcelain or plastic coating	√	√	√	√	√
Non ferrous metal coatings on steel or iron	√	√	√	√	√
Storage	√	√	√	√	√
Statistical calculation	√			√	√
Printing port/RS232interface				√	√
USB interface	√	√	√
Wireless transmission	Bip	√	√
Interchangeable plug-in smart probe	√			√	√
Integrated constant voltage probe		√	√
Measurement range（μm）[mils]	Depends on the probe	（0 .. 2000）	（0 .. 2000）	Depends on the probe	Depends on the probe
Measurement range（μm）[mils]	Depends on the probe	[0 ... 80]	[0 ... 80]	Depends on the probe	Depends on the probe
power supply	AC power or battery	battery	battery	Battery	AC power or battery
weight[g]	395	60	60	230	230
Specification (high)xwidexdeepmm）[tallxwidexdeep']	（170x89x40）	（85x64x30）	（85 x 64 x 30）	160x80x30	160 x 80 x 30
Specification (high)xwidexdeepmm）[tallxwidexdeep']	[6.8x3.56x1.6]	[3.4x2.5x1.2]	[3.4 x 2.5 x 1.2]	[4.25x2.6x1.2]	[4.25x2.6x1.2]

Introduction of FISCHER from Germany:

Fischer Fischer imported thickness gauge is an instrument used to measure the thickness of coatings and also for analyzing the composition of coatings. Due to the widespread application of surface treatment technology in human life, various industries have clear requirements for coating thickness, whether it is functional coatings or decorative coatings. Imported thickness gauges have become an indispensable tool for quality inspection in the processing industry and surface engineering, and are a necessary means for products to meet excellent quality standards. With the increasing progress of science and technology, especially the rapid breakthrough of computer technology, imported thickness gauges are also moving towards miniaturization