Fischer DualScope MP0 dual-purpose thickness gauge from Germany

NegotiableUpdate on 02/14

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Overview

Fischer DualScope MP0 dual-purpose thickness gauge from Germany

Product Details

product description

Coating thickness gauge DUALSCOPE®MP0Ideal choice for easy and high-precision measurement of coating thickness on ferromagnetic and non ferromagnetic metals- Convenient on ferromagnetic and non ferromagnetic metalsIdeal choice for high-precision measurement of coating thicknessNew DUALSCOPE ® MP0 adopts the widely recognized Fischer probe technology, making it a compact instrument that can meet your measurement needs. It has high measurement accuracy, user-friendly interface, and is sturdy and durable. It is particularly ideal for on-site measurement of uncomplicated workpieces. Built in probe, using magnetic induction and eddy current methods, can quickly and non destructively measure the thickness of coating layers. DUALSCOPE ® MP0 automatically recognizes substrates such as iron or aluminum and selects the appropriate measurement method. Can display important statistical parameters. Due to its excellent repeatability and standardized calibration function, this instrument is unparalleled among products of the same level.

Competitive advantages of the product:
The shape and permeability of the sample have a relatively small impact on the measurement results.
◇Conductivity compensation is used for measuring non-magnetic substrate materials.
◇Manufacturer's certificate, included in the scope of supply.
◇Suitable for on-site applications, with a compact size, light weight, and sturdy and durable instrument design.

◇Two special measurement modes that comply with IMO PSPC (90/10 rule) and SSPC-PA2 regulations.

The non-destructive measuring instruments of MP0 and MP0R series can quickly determine coating thickness and achieve the expected level of accuracy with FISCHER. With its two backlit LCDs and wear-resistant probes, these compact and lightweight instruments are ideal companions for on-site applications. The geometry and permeability of the sample have a relatively small impact on the measurement results. In addition, these instruments have conductive compensation with non-magnetic substrate materials. Whether the surface is rough or smooth can be accurately measured for thin coatings. The instrument operates based on magnetic induction method (PERMASCOPE, used for measuring iron substrates), eddy current method (ISOSCOPE for non-ferrous metal substrates), or both (DUALSCOPE): whether aluminum or iron automatically detects the substrate is determined by DUALSCOPE's measurement system to select the appropriate measurement method.

Technical features and advantages:

※ Can be measured on all metal (steel or non-magnetic metal) substrates
※The instrument automatically identifies the substrate material under the coating and selects the corresponding measurement method
※Small enough to perform reliable measurements even in hard to reach areas
※Less affected by substrate permeability, conductivity, and geometric shape (curvature, thickness, etc.)
※Conductivity compensation technology (eddy current method)
※Excellent repeatability accuracy

Practical application examples:

※Electroplated zinc, chromium, copper and other coatings on iron
※Coatings such as iron paint, varnish, plastic, etc
※Non ferromagnetic metals (aluminum, copper, brass) or
※Coatings such as paint, varnish, plastic, etc. on magnetic stainless steel

※Anodic oxide film on aluminum

Basic functions:

Statistical functions (including mean, standard deviation, maximum and minimum values)Value)
Quick one handed operation: Place the instrument on the workpiece to see the measurementQuantity reading
Two backlit LCD displays, conveniently located at any position on the instrumentEven seeing the reading at the top
Automatic power on/off function
Due to reinforcement treatment and the use of probes with hard coating, the instrumentDurable and long-lasting equipment
Lightweight, weighing only 132 grams including battery

Technical Parameter
Measurement application And measurement range	NF, Iso/Fe 0 – 2000 µm	Iso/NF 0 – 2000 µm
measurement error useFischerStandard film shall prevail	0 to 75 µm 75 . .. 1000 µm 1000 . .. 2000 µm ± 1.5 µm ≦ 2 % ≦ 3 %	0 to 50 µm 50 . .. 1000 µm 1000 . .. 2000 µm ± 1 µm ≦ 2 % ≦ 3 %
repeatability withFischerStandard film shall prevail	0 to 50 µm 50 . .. 2000 µm ≦ 0.25 µm ≦ 0.5 %	0 to 100 µm 100 . .. 2000 µm ≦ 0.5 µm ≦ 0.5 %
measuring method	Magnetic induction method(DIN EN ISO 2178)	Eddy current method(DIN EN ISO 2360)
Operating temperature	5 – 60°C	5 – 60°C
Memory capacity	1000Measurement data

Other practical functions:

Continuous measurement mode can scan the thickness of the coating on the surface of the workpiece

Can store 1000 readings

There are sound and optical signals during measurement

Two units: um and miles

Low voltage warning information

Introduction by Helmut Fischer from Germany:

Fisher canWe offer a diverse range of products, including a large number of innovative testing instruments used in coating thickness measurement, material analysis and testing, as well as nanoindentation and other fields. Various applications in your industry can be easily solved here in one stop, allowing you to obtain reliable test results with high precision.FISCHER's measuring and analytical instruments are widely used in various fields around the world, meeting customers' needs for high-precision, high reliability measurement and easy operation. We provide excellent solutions to our clients through professional consulting services, starting from the first contact, continuous communication, and reaching the concept of customized services. These close collaborations, combined with our innovation drive, have laid a solid foundation for the development of new measurement solutions.

About Us/AboutUs

Duzhi Instrument (Shanghai) Co., Ltduse“High quality achievement value——Focus On Better Quality”With the aim of focusing on the research, introduction, and promotion of metrological testing and material analysis equipment, the company leverages its deep engineering and technical background and efficient resource integration to significantly improve efficiency and reliability in various aspects such as original design, development cycle, product quality, and in-service testing. If you have any questions or would like to learn more about this product, please feel free to leave a message or call for consultation!