MP0® series
two displays
design
fits in every pocket
Tactile coating thickness measurement for your pocket.
Practical to use and easy to handle, the measuring devices of the MP0® series are a compact solution for simple coating thickness measurement onsite. With two illuminated displays, a robust housing and an intuitive user interface, they are your ideal companion. Use these small handheld gauges to measure coating thicknesses (e. g. paint coating thickness or hot-dip galvanized coating thickness) on practically all metals quickly, easily and non-destructively.
Perfect fit.
The devices of the DUALSCOPE® family automatically select the right test method for your measuring task
Flexible.
Available in many different configurations depending on requirements
Compact.
Fits in any pocket
Up to all challenges.
Precise measurement on many surfaces in a wide range of coating thicknesses
Built to last.
Suitable for thousands of measurements thanks to low wear probe pole
Ideal for onsite use.
Compact design and 2-display solution
Second display for reading the measured values directly on the top of the device, such as for overhead measurements.
Ideal for onsite use thanks to its compact format, low weight and robust and durable design.
Thanks to their three-point support, these devices can be securely positioned to reliably determine a coating thickness.
The MP0® series always offers the optimum solution for your application thanks to the variety of measuring gauges available.
Instead of an integrated probe, a cable probe is permanently connected to the FP models. This makes coating thickness measurements easy, even in hard-to-reach places.
The FISCHER DataCenter software offers you the option of immediate evaluation of the measurement results and thus a quick overview of the process.
Features
Measuring method: Magnetic induction and amplitude-sensitive eddy current
Measuring range: DUALSCOPE®: 0 - 2,000 µm / ISOSCOPE®: 0 - 1,200 µm / PERMASCOPE®: 0 - 2,500 µm
High-precision conductivity compensation
Measured value memory: 10,000 or 1,000 in one application, depending on the device
Probe integrated in the device, FP(W) models with connected probe for a wide range of applications
Pre-installed measurement modes for thickness measurement according to IMO PSPC or SSPC-PA2 (MP0®R)
Limit value monitoring via light
Overview of the MP0® series and application examples
Measuring method:
Amplitude-sensitive eddy current method and magnetic induction measuring method
Applications:
Measurement of non-magnetic or electrically non-conductive layers on magnetic or non-magnetic, electrically conductive base materials
Application examples:
- Coating thickness measurements on steel and non-ferrous metals
- Zinc, chrome, copper, paint, varnish or plastic coatings on steel, iron or cast iron
- Paint, lacquer or plastic coatings on aluminum, copper or brass
- Anodized coatings on aluminium
- Suitable for smooth and rough surfaces
Do you have other applications? Then contact us!
Measuring method:
Amplitude-sensitive eddy current method
Applications:
Measuring electrically insulating layers on non-magnetic, electrically conductive metals
Application examples:
- Precise coating thickness measurements on practically all non-ferrous metals
- Paint, lacquer or plastic coatings on aluminum, copper or brass
- Anodized coatings on aluminium
Do you have other applications? Then contact us!
Measuring method:
Magnetic induction measuring method
Applications:
Measurement of non-magnetic layers on magnetic base materials
Application examples:
- Precise coating thickness measurements of thin layers on steel and iron
- Zinc, chrome, copper, paint, varnish or plastic coatings on steel, iron or cast iron
- Coating thickness measurements on smooth and rough surfaces
Do you have other applications? Then contact us!
DUALSCOPE® MP0®
- Coating thickness measurements on steel and non-ferrous metals
- Zinc, chrome, copper, paint, varnish or plastic coatings on steel, iron or cast iron
- Paint, lacquer or plastic coatings on aluminum, copper or brass
- Anodized coatings on aluminium
- Suitable for smooth and rough surfaces
Measuring method:
Amplitude-sensitive eddy current method and magnetic induction measuring method
Applications:
Measurement of non-magnetic or electrically non-conductive layers on magnetic or non-magnetic, electrically conductive base materials
Application examples:
Do you have other applications? Then contact us!
ISOSCOPE® MP0®
- Precise coating thickness measurements on practically all non-ferrous metals
- Paint, lacquer or plastic coatings on aluminum, copper or brass
- Anodized coatings on aluminium
Measuring method:
Amplitude-sensitive eddy current method
Applications:
Measuring electrically insulating layers on non-magnetic, electrically conductive metals
Application examples:
Do you have other applications? Then contact us!
PERMASCOPE® MP0®
- Precise coating thickness measurements of thin layers on steel and iron
- Zinc, chrome, copper, paint, varnish or plastic coatings on steel, iron or cast iron
- Coating thickness measurements on smooth and rough surfaces
Measuring method:
Magnetic induction measuring method
Applications:
Measurement of non-magnetic layers on magnetic base materials
Application examples:
Do you have other applications? Then contact us!
Model differences in detail
MP0® MP0®R Model MP0®
"Basic model"MP0®-FP
"Basic model"MP0®R
"Comfort model"MP0®R-FP
"Comfort model"MP0®R-FPW
"Comfort model"Probe Integrated in the device Permanently connected cable probe for hard-to-reach places Integrated in the device Permanently connected cable probe for hard-to-reach areas Permanently connected angled cable probe for challenging geometries Available devices DUALSCOPE®, PERMASCOPE® DUALSCOPE®, ISOSCOPE®,
PERMASCOPE®DUALSCOPE®, PERMASCOPE® DUALSCOPE®, PERMASCOPE® Usage and application Find out more about the applications here. Find out more about the applications here. Measuring method Amplitude-sensitive eddy current method AND magnetic induction measuring method (DUALSCOPE®)
Magnetic induction measuring method (PERMASCOPE®)
Amplitude-sensitive eddy current method AND magnetic induction measuring method (DUALSCOPE®)
Amplitude-sensitive eddy current method (ISOSCOPE®)
Magnetic induction measuring method (PERMASCOPE®)
Amplitude-sensitive eddy current method AND magnetic induction measuring method (DUALSCOPE®)
Magnetic induction measuring method (PERMASCOPE®)
Measured value memory 1,000 10,000 Number of measuring tasks 1 1 Data transfer - Via USB Measurement modes - Pre-installed according to IMO PSPC or SSPC-PA2 Rotatable display - Automatically rotating display MP0®Model MP0®
"Basic model"MP0®-FP
"Basic model"Probe Integrated in the device Permanently connected cable probe for hard-to-reach places Available devices DUALSCOPE®, PERMASCOPE® Usage and application Find out more about the applications here. Measuring method Amplitude-sensitive eddy current method AND magnetic induction measuring method (DUALSCOPE®)
Magnetic induction measuring method (PERMASCOPE®)
Measured value memory 1,000 Number of measuring tasks 1 Data transfer - Measurement modes - Rotatable display - MP0®RModel MP0®R
"Comfort model"MP0®R-FP
"Comfort model"MP0®R-FPW
"Comfort model"Probe Integrated in the device Permanently connected cable probe for hard-to-reach areas Permanently connected angled cable probe for challenging geometries Available devices DUALSCOPE®, ISOSCOPE®,
PERMASCOPE®DUALSCOPE®, PERMASCOPE® DUALSCOPE®, PERMASCOPE® Usage and application Find out more about the applications here. Measuring method Amplitude-sensitive eddy current method AND magnetic induction measuring method (DUALSCOPE®)
Amplitude-sensitive eddy current method (ISOSCOPE®)
Magnetic induction measuring method (PERMASCOPE®)
Amplitude-sensitive eddy current method AND magnetic induction measuring method (DUALSCOPE®)
Magnetic induction measuring method (PERMASCOPE®)
Measured value memory 10,000 Number of measuring tasks 1 Data transfer Via USB Measurement modes Pre-installed according to IMO PSPC or SSPC-PA2 Rotatable display Automatically rotating display
Application Notes
Tutorials
Webinars
Brochures
Application Notes
AN009 Measurement of powder layer thicknesses 0.76 MB AN011 Measuring protective coatings in accordance with SSPC-PA2 0.35 MB AN013 Hot-dip galvanisation as corrosion protection 0.43 MB AN071 Complying with regulations concerning coating thickness inside storage tanks 0.53 MB AN091 Different ways to achieve valid measurement values and optimize measurement performance 0.20 MBTutorials
MP0® series: Unboxing, calibration and getting startedWebinars
Handheld gauge data exportBrochures
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