FISCHER DUALSCOPE H FMP150 ເຄື່ອງວັດແທກຄວາມໜາຂອງການເຄືອບ

• Wide range of measuring probes incl. many special probes for precise execution of various layer thickness measuring tasks

• Maximum flexibility, thanks to the magnetic-inductive measuring method according to DIN EN ISO 2178 and the eddy current testing according to DIN EN ISO 2360; additional magnetic method with the DUALSCOPE H FMP150

• Coating thickness measurements according to standards, with special modes for IMO PSPC, SSPC-PA2, QUALANOD or QUALICOAT

• Probes and base materials automatically recognized by the measuring device

• Detailed display of measurement patterns and inspection plans on the high-resolution graphical touchscreen

• Extensive evaluation and statistics functions with supporting graphical presentation options

• Large memory for several thousand measuring applications with different calibrations

• Windows CE operating system enables intuitive operation via graphical user interface and user-definable file-and-folder structure

• Optionally available: Fischer DataCenter software for individual creation of test plans

• USB connection to PC and printer port

Get maximum flexibility in coating thickness measurement while simultaneously meeting the highest demands in precision and accuracy: You can, with the DUALSCOPE® H FMP150 coating thickness gauges from Fischer! They combine the magnetic-inductive measuring method and the eddy current testing method into one coating thickness gauge, so you can measure coating thicknesses on both steel and non-ferrous metals without changing instruments. The DUALSCOPE H FMP150 coating thickness gauge offers you the magnetic method as well. This allows you to measure nickel layers on non-ferrous metals or electrical insulators, among other things. The DUALSCOPE H FMP150 gauges are ideal for the most advanced measurement applications in quality assurance.

Additional applications are provided by the DUALSCOPE H FMP150. Compared to the FMP100, the FMP150 can also measure with a third method, the magnetic method. This enables further measurement options:

• Thick metal or protection coatings on steel or iron

• Nickel coatings on nonferrous heavy metals or insulation materials.

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