FISCHER TECHNOLOGY, INC.
Precision hand held Coating Thickness Measurement
and Material Analysis Instruments
Updated November 10, 2011
NOTE: For U.S.
and CANADA Sales Only
Send inquiries to info@ndtint.com
For inquiries from outside of North America
contact info@fischer-technology.com to
obtain
the name and address of your local representative
Click here if
you are looking for Ultrasonic Thickness Gauges.
Coating Thickness Measurement Gauges
MPO & MPOR Series Inexpensive
Coating Gauges with built-in probe
for ferrous and non-ferrous substrates
DUALSCOPE® FMP100 State-of-the-Art
Coating Gauge with flexible PC-based control
for ferrous and non-ferrous substrates
FMP Series Precision Coating Thickness
Gauges provide automatic
probe recognition and flexibility of plug-in smart probes
DELTASCOPE® FMP10 & FMP30
Coating Gauge for ferrous substrates
ISOSCOPE® FMP10 & FMP30 Coating
Gauge for non-ferrous substrates
DUALSCOPE® FMP20 & FMP40 Coating
Gauge for ferrous and non-ferrous substrates
PHASCOPE® PMP10 and
PHASCOPE® PMP10 DUPLEX
use the phase-sentive
eddy current method for special applications
Material Testing Gauges
FERITSCOPE® FMP30 Ferrite
Content Tester
SIGMASCOPE® SMP10 Conductivity
Tester
Click Here for
F-Series Interchangeable Probe
Information
Click
Here for other products from Fischer Technology
MPO and MPOR Series
MPO Coating
Thickness Gauges with integral Probe
and automatic base metal recognition
Dualscope MPO for measurements
of non-magnetic coatings over steel or iron
using the magnetic induction method; non-conductive coatings on non-ferrous
metals using the eddy current method (Item No. 604-329)
Click for
Dualscope MP0 .pdf document
Permascope MPO for measurements of non-magnetic coatings over steel or
iron
using the magnetic induction method (Item No. 604-532)
Click for Permascope MPO .pdf document
Features:
• Two large backlit displays of the
measured value
• Automatic Base Metal Recognition
• Free-running display mode for
continuous scanning of surfaces
• Memory of 1000 measurement readings
• Statistics function allows for
evaluation of a measurement series and display of the most significant characteristic
statistical values (mean, standard deviation, MIN, MAX)
• Measurement Range: 0 to 80 mils,
0 to 2000 microns
• Power Supply - 2 x LR6.AA 1.5V
Alkaline batteries
Order No. Product
604-329 Dualscope MPO for measurements on
ferrous and non-ferrous substrates
604-532 Permascope MPO for measurements on ferrous substrates
MPOR Series with expanded features
including radio transmission. Precise measurement - from all
angles
Perfection in coating thickness measurement
The MP0R series of coating thickness measuring
instruments with
integral probe offers innovative features.
Click for MPOR .pdf document
• Automatic Base Metal Recognition
• Two backlit LCD displays - a large front panel display and a top panel display -
for safe and convenient viewing of the coating thickness reading in any position.
• Standard integrated radio transmitter for wireless online or offline
transmission of the measurements directly to a computer 10 - 20 m (33 - 66 feet) away.
Features
• User-friendly one-hand
operation: place the gauge on the specimen and read measurement.
• Ergonomic design with two backlit
displays for optimum viewing of the readings in any measurement position.
• Integrated dual probe, spring-loaded
for constant pressure with low contact force.
• Automatic On/Off function.
• Ready to measure right away without
calibration.
• Quick selection of functions via user
friendly menu.
• Specification limits.
• Optical and acoustical signals for
measurement accept or limit violation.
• Automatic selection of the measurement
method - magnetic or eddy current.
• Memory for up to 1000 measurements is
retained even without power supply.
• Radio transmission of the measurements
(optional receiver required).
• Statistical evaluation.
• Freely selectable offset value for
automatic addition or subtraction of a constant value.
• Calibration: with a foil and/or base
correction.
• Weight - 60 g (2.12 oz) (without
batteries)
• Dimension - 64W x 30D x 85H mm
(2.5" x 1.2" x 3.4")
• Power Supply - 2 x LR6.AA 1.5V
Alkaline batteries
• Optional Radio - US version 915
MHz (order no. 603-544)
Order No.
Product
604-555 Dualscope MP0R for
measurements on ferrous and non-ferrous substrates
604-558 Isoscope MP0R for measurements
on non-ferrous substrates
604-533 Permascope MP0R for measurements on ferrous substrates
604-055 Dualscope MP0R-H for
measurements of thick coatings on ferrous and
non-ferrous substrates
602-465 PCDatex with USB Cable
604-087 USB Cable
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DUALSCOPE® FMP100
The new DUALSCOPE®
FMP100 manufactured by Fischer Technology is a unique instrument type with
automatic detection of the substrate material for coating measurement according to the
magnetic induction and eddy current methods. With the magnetic induction method you can
measure coatings such as zinc, chromium, copper and tin or paint, varnish, plastics and
enamel on iron or steel. With the eddy current method you can measure paint, varnish or
plastics on aluminum, brass or zinc as well as anodized coatings on aluminum.
The instrument has the practical small size of a handheld instrument plus all the
advantages of the software of PC-based lab instruments.
There are many fields of applications, e.g. on the production floor, for the income
inspection, or in the lab. The high precision of the probes ensures a significantly
increased measurement range. In addition there are improved, robust probe connectors.
Click for Dualscope FMP100 .pdf document
Here are some of the instruments new features:
• Elegant,
ergonomical design
• Bright
color LC display
• Touch
screen or soft keys
• Intelligent
probe technology
• Drag-and-drop
printform configuration
• Printforms
in PDF format
• USB
communication and printer port
• Automatic
data backup
• Password
protection
The instrument is very user-friendly. The operation is straightforward and easy to
use. The buttons are self-explanatory. Furthermore a personal computer, printer or
keyboard can be connected via the USB port. A new feature is the data export in PDF
format.
By using the drag-and- drop feature, the user will be able to create interfaces himself
and application-specific printform templates.
Various graphical display formats provide a clear overview. Sum frequency diagram and
histogram provide easily seen indications of potential systematic influences in
measurement series. It is understood that there is targeted comparisons of measurement
blocks.
Production processes can then quickly be evaluated, and differences between various
shipments can be pinpointed quickly during the incoming inspection.
Exact Measurements
The DUALSCOPE® FMP100 and the F-probes form an integral measurement system,
harmonized for best-possible trueness and optimum repeatability precision. The high
precision of the probes ensures a significantly increased measurement range –
exceeding the typical range. Both very thin and thick coatings can be measured precisely.
A sturdy plug-type connector ensures a reliable connection between instrument and probe.
The DUALSOOPE® FMP100 combines two physical measurement methods and
conforms to many standards and practices.
• Non-magnetic coatings on ferromagnetic substrate materials
(using the magnetic induction method according to DIN EN ISO 2178, ASTM B499), e.g., zinc,
chromium, copper, tin or paint, varnish, plastics, enamel on iron or steel.
• Electrically non-conducting coatings on non-ferrous metals
(using the eddy current method according to DIN EN ISO 2360, ASTM B244), e.g., paint,
varnish or plastics on aluminum, brass or zinc as well as anodized coatings on aluminum.
• ASTM D7091-O5-standard practice for nondestructive
measurement of dry film thickness of non-magnetic coatings applied to ferrous metals and
non-magnetic, non-conductive coatings applied to non-ferrous metals.
Reliable Evaluation
Measurement data statistics are available at the push of a button, optionally as an
individually configurable list - with characteristic statistical values such as mean
value, standard deviation, confidence interval and others. In addition, various graphical
display formats provide a clear overview. Sum frequency diagram and histogram provide
easily seen indications of potential systematic influences in measurement series. It is
understood that there is targeted comparisons of measurement blocks. Production processes
can be evaluated at one glance, and differences between various shipments can be
pinpointed quickly during the incoming inspection. In no time, coating thickness
measurement with the DUALSCOPE® FMP100 becomes a routine.
Included in the standard kit (without probe) are: Measurement Instrument with protective
film for the display, operating instructions, carrying case, stylus, AC adapter, batteries
(4 x LR6), communication cable between DUALSCOPE® FMP100 and PC (incl. driver
library on CD-ROM).
Technical Data and Features (brief overview)
Instrument platform: Application software based on MS Windows TM CE
Display: Bright graphics rushes, (color, touch screen)
Keyboard/operation: 4 membrane keys, soft key board, up to 12 soft keys
Probe connector: Rugged connector socket, 10-pin Communication Interface: USB (model
Mini-AB) for connecting printer or PC
Memory: 256 MByte for meas. applications and measurement data
Statistics:
• Mean value, standard deviation, Cp, Cpk et al,
• Final result, histogram, sum frequency
Safety Mechanisms:
• Applications and system password protected
• Automatic saving of data
Data export:
• Measurement print forms generated in PDF
• Data output in ASCII formal, e.g. to a PC
Languages: US, DE, FR, IT, ES, CH, JP
Power Supply: 4 x LR6 alkaline batteries (Optional rechargeable battery
operation or via
AC adapter 110/230 VAC)
Dimensions: 170mm x 89mm x 40mm (H x W x D)
Weight: approximately 395 g (without probe, ready to operate)
Handling / Transporting Aid:
• Shoulder carrying strap
• Desk stand for the instrument (fold-out design)
Operating Temperature: 10°C to +40°C
Ordering Information
Order No. Product
604-140 DUALSCOPE® FMP100 standard kit
Measurement probes
Select based on application and order separately (not part of the standard kit)
604-143 Probe FD10, Dual for magnetic induction and eddy
current methods, 0-80 mils
604-141 Probe FGAB1.3 for the magnetic induction method,
0-80 mils
604-142 Probe FTA3.3H for the eddy current method, 0-45 mils
Click Here for F Series Probe
Information
Optional Accessories
604-144 Rechargeable battery pack
604-145 Communication cable for printer port (compatible
with USB2.0)
603-409 Printer F6000-Inkjet Color, USB
602-465 PC-Datex, Software for data transfer to Excel
spreadsheets
603-028 PC-Datacc Software for data transfer to Access data
bases
600-025 Pedestal for Handhelds
602-260 Measurement stand V12
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The new FMP 10-40 Series of
instruments with plug-in type probes delivers non-destructive, high precision measurements
of your coatings. The FMP 10-40 series is comprised of two model types: the base
instrument FMP10-20 and the more flexible, user definable premium class FMP30-40 with up
to 100 application settings and memory for up to 20,000 readings.
Click for FMP 10-40 .pdf document
The new FMP10-20 generation of proven portable
instruments with wide assortment of plug-in type probe provides precise
measurements. In additional to one user created calibration application, these easy
to operate sturdy instruments are suitable for virtually any coating thickness gauge
requirement. The spectrum of requirements that the FMP10-20 are capable of spans
from extensive painted specimens to other very specific and complex measuring
challenges. Common characteristic statistical values are also determined and
displayed for the measurements.
DELTASCOPE® FMP10 Use for measurements of
coatings on ferromagnetics metal, e.g. chrome, copper, zinc plating, as well as paint
lacquer, enamel or plastic on steel and iron.
ISOSCOPE® FMP10 Use for measurement of paint,
lacquer or plastic coatings on non-ferromagnetic metal substrates materials; measure
anodic coatings on aluminum as well as electrically anodic coatings on aluminum and
electrically conducting coatings on non-conducting carrier materials.
DUALSCOPE® FMP20 With automatic substrate
material recognition and the combination of both measurement methods, this universal
instrument is capable of measuring numerous coatings on both iron/steel and on
non-ferromagnetic metals and on non-conducting carrier materials.
Characteristic Features of the FMP10-20 Series
• For all magnetic induction and eddy current probes. Innovative probe technology
with a large selection for high accuracy and an expanded measurement range
• Automatic probe recognition
• Automatic base material recognition (FMP 20)
• Simple instrument operation and versatile evaluation capabilities
• USB port for data transfer to a PC
• Large contrast-rich 240x160 pixels graphics display in a new sturdy housing
• Ready to take measurements right after power-up
• Automatic measurement acquisition upon probe placement
• Audible signal at measurement acquisition
• Statistical display of common characteristic values such as mean value, standard
deviation, min, max, range for a single application
• Easy adaptation to shape of the specimen through normalization by means of ZERO key
• For strong differences in shape, additional corrective calibration can be done
using one or two calibration foils
• Master calibration for exact characteristics settings in case of extreme material
and geometric properties
• Capability of storing the master calibration of the connected probe
• Switch units of measurement between microns and mils
• Adjustable instrument switch-off or continuous operation
• Various status displays (e.g., warning message when battery voltage drops)
• Lockable keyboard/restricted operating mode
• Mechanical sliders to cover keys not required for measurement operation
• Various language settings
• Power Supply: 4 x LR6 alkaline batteries (Optional rechargeable
battery operation or via AC adapter 110/230 VAC)
The new FMP30-40 series is even more versatile that the standard models
FMP10-20. These instruments integrate additional features such as more memory for up to
100 application settings and 20,000 readings as well as extensive statistical and
graphical evaluations plus storage of . Tolerance limits can be entered into the
calibratable applications and the production process can be analyzed statistically.
The default mode can be switched to matrix mode for connected multi-point
measurements. Other features described below.
DELTASCOPE® FMP30 Use for measurements of coatings on
ferromagnetics metal, e.g. chrome, copper, zinc plating, as well as paint lacquer, enamel
or plastic on steel and iron.
ISOSCOPE® FMP30 Use for measurement of paint, lacquer
or plastic coatings on non-ferromagnetic metal substrates materials; measure anodic
coatings on aluminum as well as electrically anodic coatings on aluminum and electrically
conducting coatings on non-conducting carrier materials.
DUALSCOPE® FMP40 With automatic substrate material
recognition and the combination of both measurement methods, this universal instrument is
capable of measuring numerous coatings on both iron/steel and on non-ferromagnetic metals
and on non-conducting carrier materials.
Fischer FMP30/40 coating thickness instruments are now available
with an integrated Bluetooth® interface module which enables data transmission to a
distance of more than 30 feet to a pc or notebook for easy data documentation.
Click for FMP 10-40 .pdf document
Characteristic Features of the FMP30-40 Series
• For all magnetic induction and eddy current probes. Innovative probe
technology with a large selection for high accuracy and an expanded measurement range
• Automatic probe recognition
• Automatic base material recognition (FMP 40)
• Large contrast-rich 240x160 pixels graphics display in a new sturdy housing
• Ready to take measurements right after power-up
• Automatic measurement acquisition upon probe placement
• Audible signal at measurement acquisition
• Up to 100 calibratable applications
• Memory for up to 20,000 readings
• Capability of allocating readings into up to 4,000 blocks
• Date and time stamp for blocks
• Statistical display of common characteristic values such as mean value, standard
deviation, min, max, range for a single application in the block and final results.
Output of characteristic variation-analytical values
• Graphical measurement display as a histogram with a Gaussian plot
• Capability of entering process tolerance limits and computation of the associated
process capabiliti indices Cp and Cpk
• Audible and visual warning when tolerance limits are exceeded
• Free-running display with additional presentation of the reading as an analog bar
between the tolerance limits
• External key-triggered measurement acquisition, e.g., in hollow cylinders with
small diameters
• Option to calibrate through an unknown coating (with magnetic induction method
only)
• Capability to enable matrix measurement mode for connected multi-point measurements
• Capability of averaging measurement data: Only the mean value of several readings
will be stored
• Measurement acquisition through area measurement possible: Only the single readings
until probe lift-off are captured and averaged
• Capability to measure continuously with the probe placed on the specimen
• Outlier rejection for the automatic elimination of erroneous measurements
• Correction of any stored reading
• Application linking mode: Ability for common normalization/calibration of
applications
• Designations for applications through the optional PC software MP-Name
• Easy adaptation to shape of the specimen through normalization by means of ZERO key
• For strong differences in shape, additional corrective calibration can be done
using one or two calibration foils
• Master calibration for exact characteristics settings in case of extreme material
and geometric properties
• Capability of storing the master calibration of the connected probe
• Switch units of measurement between microns and mils
• Adjustable instrument switch-off or continuous operation
• Various status displays (e.g., warning message when battery voltage drops)
• Lockable keyboard/restricted operating mode
• Mechanical sliders to cover keys not required for measurement operation
• Various language settings
• USB communication with a PC for the FMP30-40, also with a printer
• Power Supply: 4 x LR6 alkaline batteries (Optional rechargeable
battery operation or via AC adapter 110/230 VAC)
Click Here for
other F Series Probe
Information
Standard Optional Accessories
604-148 Hard Case for FMP Gauges, Optional
with FMP10-20
604-290 AC adapter FMP 30-40
604-214 Adapter E-Probe to F-Socket
604-295 Rechargeable Battery set FMP (NiMH)
604-355 Charger AA/Mignon
604-145 Printer Cable DK-FMP
604-291 Printer F6100
602-966 Software MP-Name
602-465 Software PC-Datex
603-028 Software PC-Datacc
602-097 Operators Manual, English
Back to the Top
DELTASCOPE®
FMP10 and FMP30
Measurement of coatings on ferrous
substrates
 
DELTASCOPE® FMP10
and FMP30 use the magnetic induction test method according
to DIN EN ISO 2178, ASTM B499. They are ideal for measuring:
* Non-ferrous metal coatings (e.g. chromium, copper, zinc etc.) on steel and iron
* Paint, lacquer and synthetic coatings on steel and iron
* One-step measurement of the individual thickness of a paint/zinc coating system (duplex
coating) on steel
FMP10 offers storage of up to 1,000 measurement reading
FMP30 offers storage of up to 20,000 measurements and 100 applications
Ordering Information
Order No. Product
604-301 DELTALSCOPE® FMP10 standard kit
604-297 DELTALSCOPE® FMP30 standard kit
Magnetic Induction Method Measurement Probes
Select based on application and order separately (not part of the standard kit)
604-141 FGAB1.3 straight probe, 0-80 mils
604-178 FGABW1.3 right angle probe, 0-80 mils
604-175 FGABI1.3-150 inside diameter probe with 150mm shaft
length, 0-40 mils
Other probes are available
Click for FMP 10-40 .pdf document
Click Here for F Series Probe
Information
Back
to the Top
ISOSCOPE® FMP10 and FMP30
Measurement of coatings on non-ferrous substrates
 
ISOSCOPE® FMP10
and FMP30 use the eddy current
method for precision measurements of
* Non-conductive coatings on non-ferrous metals such as paint, lacquer, synthetics on
aluminum, copper, brass, zinc and stainless steel
* Anodized coatings on aluminum
FMP10 offers storage of up to 1,000 measurement reading
FMP30 offers storage of up to 20,000 measurements and 100 applications
Ordering Information
Order No. Product
604-298 ISOSCOPE ® FMP10 standard kit
602-299 ISOSCOPE ® FMP30 standard kit
Eddy Current Method Measurement Probes
Select based on application and order separately (not part of the standard kit)
604-142 FTA3.3H straight probe, 0-48 mils
604-193 FAW3.3, right angle probe, 0-48 mils
604-187 FAI3.3-150 inside diameter probe with 150mm shaft
length, 0-32 mils
Other probes are available.
Click Here for F Series
Probe Information
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DUALSCOPE® FMP20 and FMP40
Measurement of coating on both ferrous and non-ferrous substrates
DUALSCOPE®
FMP20 and FMP40 are ideal for measuring:
* Non-ferrous metal coatings (e.g. chromium, copper, zinc etc.) on steel and iron
* Paint, lacquer and synthetic coatings on steel and iron
* Non-conductive coatings on non-ferrous metals such as paint, lacquer, synthetics on
aluminum, copper, brass, zinc and stainless steel
* Anodized coatings on aluminum
* One-step measurement of the individual thickness of a paint/zinc coating system (duplex
coating) on steel
FMP20 offers storage of up to 1,000 measurement reading
FMP40 offers storage of up to 20,000 measurements and 100 applications
Ordering Information
Order No. Product
604-285 DUALSCOPE® FMP20 standard kit
604-286 DUALSCOPE® FMP40 standard kit
Measurement probes
Select based on application and order separately (not part of the standard kit)
604-169 FD13 Dual straight probe, magnetic induction and
eddy current methods, 0-80 mils
604-096 ED13 Dual probe for the magnetic induction and eddy
current methods, 0-80 mils
602-796 ED0 Dual probe for the magnetic induction and eddy
current methods, 0-45 mils
601-793 EGAB1.3 straight probe for the magnetic
induction method, 0-80 mils
601-964 EGABW1.3 right angle probe, for the magnetic
induction method, 0-45 mils
602-128 ETA3.3H straight probe for the eddy current method,
0-45 mils
602-025 EAW3.3, right angle probe for the eddy current
method, 0-45 mils
Click for FMP 10-40 .pdf document
Click
Here for F Series Probe Information
Back
to the Top
PHASCOPE®
PMP10
PHASCOPE® PMP10 using
the phase-sensitive eddy current method
is very suitable for quality control of PC boards and electroplated
surfaces on small parts and fasteners.
On work
pieces with metallic coatings, such as screws, discs or metal sheets, the coating
thickness is measured repeatedly on random samples as part of quality control.
Instruments used for this purpose should be handy and cost-efficient and provide
user-friendly operation. For this reason, measurements are carried out almost
exclusively with portable instruments that operate according to the magnetic induction
method. However, this has a few disadvantages. The magnetic induction method
does not measure the coating thickness directly but instead the distance between the
substrate material and the measuring probe. The shapes of the specimens, such as curved
surfaces, radii and edges significantly influence the measurement result. Rough
surfaces also introduce error in the measurement result. In addition, the
measurement probe must be calibrated to the respective substrate material.
Significant improvements are achieved with instruments operating with the phase-sensitive
eddy-current method. Fischer has introduced the handy PHASCOPE® PMP10
instruments. They measure the thickness directly by utilizing the induction of
eddy-currents in the metallic coatings. Thus, the measurement results are
significantly more independent of the substrate or carrier materials as compared to the
magnetic induction method. Often, the elaborate calibrations for changing substrate
materials can be omitted, e.g., even in cases when work pieces with or without heat
treatment are present. This is of particular advantage for receiving inspections,
because in these cases, uncoated work pieces are often not available for a calibration.
Furthermore, the roughness of the surfaces and of the substrate material does not
influence the measurement results, even with very thin coatings.
An additional significant advantage of the phase-sensitive eddy-current method is that
coating thicknesses even at strongly curved work piece shapes can be measured accurately
due to the special evaluation method. To determine the coating thickness, the
measurement electronics utilizes only the phase of the primary probe signal. This phase
depends solely on the eddy-current losses in the coating to be measured. The
amplitude of the eddy-currents, which is primarily influenced by the substrate material
and the distance to the coating, does not contribute to the measurement result.
Thus, measurements are possible in a simple manner even manually on complicated specimen
shapes without the need for elaborate measuring stands for the precise positioning of the
measurement probe. In connection with an-application-specific probe, the PHASCOPE®
PMP10 instruments are particularly well suited for reproducibly measuring coating
thicknesses of nickel on steel or non-ferrous metals on non-ferrous metals, such as copper
on brass or bronze as well as copper on printed circuit boards and other isolating carrier
materials. However, with the phase-sensitive eddy-current method, the electrical
conductivity of the coating material must be taken into account during the
calibration. In practical applications, however, it plays only a subordinate role
since the electrical conductivity changes only insignificantly at an electroplating
process.
This handy instrument is particularly well suited for mobile applications in the
electroplating industry and for users of electroplated work pieces. Due to its numerous
advantages, the phase-sensitive eddy-current method will soon be standardized worldwide in
ISO 21968. Users can already obtain the handy coating thickness measuring instrument
PHASCOPE® PMP10 with its reproducible accuracy and suitability for practical
applications.
Click for PHASCOPE PMP10 .pdf document
With
the PHASCOPE® PMP10 DUPLEX
instrument, duplex coatings
like lacquer on zinc on steel can easily be measured.
The PHASCOPE® PMP10 DUPLEX has been
developed for the precise measurement of the individual layer thicknesses of duplex
coatings (lacquer/zinc coating system on steel or iron).
The following methods are integrated in the PHASCOPE® PMP10 DUPLEX
• Magnetic induction method (MI) according to DIN ISO 2178
• Amplitude-sensitive eddy current method (AEC) according to DIN ISO
2360
• Phase-sensitive eddy current method (PEC) according to ISO/DIS 21968
Due to the novel phase-sensitive eddy current method, it is capable of measuring very
precisely zinc coatings with thicknesses between 0 µm and about 100 µm.
In this manner, it is far superior to conventional eddy current coating thickness
measuring instruments that are to reduce the influence of a fluctuating zinc coating on
the measurement of the lacquer thickness by a special “phase adjustment” or an
increased measurement frequency.
In particular thin zinc coatings in a range of 0 – 10 µm on auto bodies can be
measured very reproducibly.
Typical applications are in the quality assurance of
• Auto body painting, shopping carts, brake line tubes and many others
• Zinc alloy coatings such as ZnNi or ZnFe cannot be measured due to
their low
electrical conductivity.
• The same applies to hot-dip galvanized coatings due to diffusion
coatings that are
typically present and have different electr. conductivities
compared to pure zinc coatings
Click for PHASCOPE PMP10 DUPLEX .pdf
document
PHASCOPE® Features
• Large backlit LCD
• Alpha numeric data entry
• Menu-aided operator prompts
• Battery operation
• Automatic measurement on probe contact
• Automatic selection of measuring method corresponding to the
substrate
material (MI+PEC or AEC)
• Memory for a maximum of 20,000 measurements in up to 100
applications,
divided into a maximum of 4,000 blocks
• Statistical evaluation
• Selectable languages
• Bi-directional RS232 interface
Ordering Information
Order No. Product
603-322 PHASCOPE® PMP10 standard kit (probe must
be ordered separately)
603-689 PHALCOPE® PMP10 DUPLEX kit (probe must be
ordered separately)
Measurement probes
Select based on application and order separately (not part of the standard kit)
603-416 ESD2.4 Probe for Zn/Fe on small parts
603-417 ESD20Cu Probe for surface Cu thickness on PC boards,
0.04 - 10.8 mils
603-418 ESD20Ni Probe for Ni/Fe coatings, 0.04 - 4.0 mils
603-419 ESD20Zn Probe for NF coatings on steel or iron,
particularly on rough surfaces
603-328 ESL080 Probe for Cu thickness of PC board boreholes,
0.2 - 3.2 mils
603-690 ESG20 Duplex Probe for PMP10 DUPLEX only, 0-100
microns
602-025 EAW3.3, right angle probe for the eddy current
method, 0-45 mils
Accessories
603-232 Rechargeable Battery set PMP10/SMP10
603-233 AC Adapter PMP10/SMP10
603-245 Charger Station 110/240 PMP10/SMO10
602-966 Software MP-Name
602-465 Software PC-Datex
603-028 Software PC-Datacc
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FERITSCOPE® FMP30
Measurement of the Ferrite Content
in Austenitic and Duplex Steel
Click for Feritscope FMP30 .pdf
document
Chemical, utility and other processing plants are
often exposed to heat, aggressive media and high pressure. These circumstances require
rust and acid resistant steel that can withstand mechanical stress at high temperatures.
If the ferrite content is too low, the weld is susceptible to cracking under heat. If the
ferrite content is too high, the weld looses its strength and corrosion resistance. For
duplex steel, a lack of ferrite in the area of the weld seam is an indicator or
susceptibility to cracking under tension or vibration.
Features and Capabilities
• Non-destructive measurement of the ferrite content in a range of 0.1 to 110 FN or
0.1 to 80% Fe in austenitic and duplex steel
• User firendly instrument operation
• Large rich contrast display, 240 x 160 pixels
• USB port for data transfer to PC or printer
• Mechanical sliders to cover keys not required for the measurement operation
• Non-destructive measurement of the ferrite content in a range of 0.1 to 110 FN or
0.1 to 80°/o Fe in austenitic and duplex steel
• Simple measurement, even for complex specimen geometry.
• Battery or line operation
• Large LCD display for characteristic measurement and statistical values as well as
pictograms for status display and text lines for operator instructions
• Ready to make measurements right after start-up
• Measurement automatic upon probe placement through external trigger via instrument
button or PC
• Automatic probe recognition
• Audible signal at measurement acquisition
• Only one calibration required for the entire practically relevant measurement range
from 0.1 to about 90 FN. Measurement sccuracy according to ANSI/AWS A4.2M/A4.2:1997
standard
• Calibration with standards traceable to TWI secondary standards or with
customer-specific standards
• Adjustable instrument switch-off or continuous operation
• Lockable keyboard/restricted operating mode
• Various status displays (e.g., warning ,essage when battery voltage drops)
• Various language settings
• Measurement units selectable between WRC-FN and %Fe
• Memory for up to 20,000 readings
• Up to 100 applications for measuring applications specific calibrations
• Capability of allocating readings into up to 4,000 blocks
• Date and time stamp for blocks
• Dislay of statistical common characteristics values such as min., max. and mean
value, standard deviation. Output of characteristic variance=analytical values
• Graphical measurement display as a histogram with a Gaussian plot
• Capability of entering process tolerance limits and computation of the asssociated
process capability indices Cp and Cpk
• Audible and visual warning when tolerance limits are exceeded
• Free-running display with additional presentation of the reading as an analog bar
between the tolerance limits
• Matrix measurement mode for connected multi-point measurements
• Capability of averaging measurement data: Only the mean value of several readings
will be stored
• Measurement acquisition through area measurement possible: Only the single readings
until probe lift-off are captured and averaged
• Capability to measure continuously with the probe placed on the specimen
• Outlier rejection for the automatic elimination of erroneous measurements
• Overwriting of erroneous and stored reading
• Application linking mode: Ability for common normalization/calibration of
applications
• Designations for applications through the optional PC software MP-Name
• Data transfer to a PC into an Excel speadsheet with the optional PC software
PC-Datex
• Data transfer to a PC into an Access database with the optional PC software
PC-Datacc
• Power Supply: 4 x LR6 alkaline batteries (Optional rechargeable
battery operation or via AC adapter 110/230 VAC)
Fischer Feritscope FMP30 is now available with an integrated Bluetooth® interface module
which enables data transmission to a distance of more than 30 feet to a pc or
notebook for easy data documentation.
Standard-Compliant Measurements
The FERITSCOPE® FMP30 is suitable for measurements according to the Basler
Standard or according to DIN EN ISO 17655.
Measurement Method
The FERITSCOPE® FMP30 measures according to the magnetic induction method. A
magnetic field generated by a coil enters into interaction with the magnetic components of
the specimen. The changes in the magnetic field induce a voltage proportional to the
ferrite content in a second coil. This voltage is then evaluated. All magnetic components
of the otherwise non-magnetic structure are recognized, that is, in addition to delta
ferrite and other ferritic components transformation martensite is also recognized.
Application Example
Increasingly, the chemical and petrochemical industries use duplex steel, e.g., for the
reactor made of high corrosion resistant duplex stainless steel. A ferrite deficiency in
the weld beam may lead to cracks under the influence of tension or vibration. However,
when welding duplex steel, it is easy to bring the ferrite content in the welding area to
unfavorable values, either because of unsuitable welding additives or through wrong heat
application or removal. Only a measurement on site can ensure that the processing steps
did not change the optimal ferrite content resulting in a decrease of the mechanical of
corrosion resistant properties.
Calibration Standards
To obtain comparable results, the instruments must be calibrated with standards
that are traceable to internationally accepted secondary standards. For this reason, the
IIW (International Institute of Welding, UK) developed secondary standards that have been
established by TWI (The Welding Institute, UK) according to methods described in DIN EN
ISO 8249 and ANSI/AWS A4.2.
Fischer offers certified calibration standards for the corrective and master calibration
that are traceable to the TWI secondary standards. The standards in the Fischer
calibration standards sets carry both the ferrite numbers FN and the %Fe values.
Influences of the component geometry (strong curvature, thickness of
ferrite-containing coating, etc.) can be taken into account through corrective
calibrations with customer-specific calibration standards or with correction factors
(included with shipment). Normalization and corrective calibration are stored
application-specific in the respective application memory of the instrument.
Ordering Information
Order No. Product
604-300 The FERITSCOPE® FMP30 kit
includes the instrument, carrying strap, battery set, Guidelines print version,
operating manual and USB drivers on CD, interface cabke FMP/PC, carry case and one
of the three calibration standard sets (Low, Mid or High range)
Measurement probes
(select based on application and order separately (not part of the standard kit)
604-264 FGAB1.3 Standard straight Probe on 1.5M cable
604-254 FGABI1.3-150-Fe, Internal Probe with 150mm shaft
604-337 FGABW1.3, Right Angle Probe on 1.5m cable
Calibration Standard Sets
602-279 Low range standards (about: 0.4, 2 and 9
FN)
602-239 Mid range standards (about: 2, 9 and 33 FN)
602-277 High range standards (about: 9, 33 and 110 FN)
Accessories
604-290 AC adapter FMP 30-40
604-214 Adapter E-Probe to F-Socket
604-295 Rechargeable Battery set FMP (NiMH)
604-355 Charger AA/Mignon>
604-145 Printer Cable DK-FMP
604-291 Printer F6100
602-966 Software MP-Name
602-465 Software PC-Datex
603-028 Software PC-Datacc
602-097 Operators Manual, English
Back
to the Top
SIGMASCOPE® SMP10
Electrical Conductivity
Measurement
of non-ferrous metals enters a new dimension
Click for Sigmascope SMP10 .pdf document
The electrical conductivity is an
important material property that not only informs about how well a metal conducts
electrical current but also provides information about its composition, microstructure or
mechanical properties.
The SIGMASCOPE® SMP10 provides excellent features for measuring these
characteristics. Signal evaluation based on established physical knowledge, the latest
instrument technology and software for simple handling provide the ideal basis for such
measurements.
Measurement Principle
The SIGMASCOPE® SMP10 measures the electrical conductivity using the eddy
current method according to DIN EN 2004-1 and ASTM E 1004. The phase-sensitive measurement
signal evaluation enables a contact-free determination of the electrical conductivity, for
example, under paint or synthetic coatings of up to 500 Nm in thickness. This also
minimizes the influence of surface roughness.
Applications
• Measurement of the electrical conductivity of all non-magnetic metals, even
stainless steel, EURO coins, etc.
• Measurement of the hardness and strength of heat-treated materials, e.g., aluminum
alloys.
• Inspection for heat damage.
• Measurement of the phosphor content in copper.
• Monitoring of deposition processes, e.g., for Cu-Cr-alloys.
• Determination of the degree of purity.
• Verifying the homogeneity of alloys.
• Scrap metal sorting.
Hardware
The SIGMASCOPE® SMP10 is a compact, ergonomic
portable instrument with a shock-resistant synthetic housing, a large, backlit LCD screen
and a user-friendly keyboard with direct access to the most important measurement
functions. The corresponding measurement probe ES40 is suitable for all four measurement
frequencies of 60 KHz to 480 KHz. For automatic temperature compensation of the
conductivity measurement (referenced to 20°C), the surrounding temperature or the current
temperature of the specimen can be measured using either the temperature sensor integrated
in the probe or an optional external sensor.
Calibration Standards
A high-precision measurement is required to determine the electrical
conductivity. Accurate standards are required to calibrate the instrument because the
measurement is a comparison using the eddy current method. These standards are available
in certified versions for the entire conductivity range. Special standards are also
available for testing EURO coins, for example.
Features
•Standard measurement according to ASTM E 1004 and DIN EN 2004-1.
•Menu-driven operator guidance.
•100 application memories for calibrations and 20,000 measurement data in up to 4,000
measurement data blocks.
•Automatic determination of temperature coefficient for el. conductivity of each
material, by material selection or the user may input the coefficient.
•Measurement capture: automatic, continuous or with external start.
•Fast analog display.
•3-stage measurement resolution.
•Graphical presentation of the specification limits on the display.
•Extensive statistical evaluation of test series with date and time as well as
computation of Cp, Cpk and histogram.
•Display modes: scientific, statistic or simple.
•Current saver function.
•Automatic shut-off function.
•Temp. input: manual or automatic.
•Monitoring of the temperature change over time (?T/?t).
•Alarm function for the absolute temperature deviation.
•Master calibration using 8 standards.
•Corrective calibration using a maximum of 4 standards.
•Acoustic signal for measurement capture and violation of specification limits.
•5 display languages (D, GB, F, I, E).
Technical Data
•Ergonomically shaped robust housing; user-friendly keyboard.
•Large backlit LCD display.
•Measurement frequencies:
SMP10: 60, 120, 240 and 480 with probe ES40
SMP10-HF: 60, 240, 480 with probe ES40 and 1250 KHz with
probe ES40-HF
•Measurement range: 0.3 - 63 MS/m, or 0.5 - 108 %IACS.
•Measurement accuracy at +20°C >/= 5% (1 - 100% IACS)
•Up to 16 measurements per sec.
•Lift-off-compensation up to 0.5 mm.
•Smallest diameter of the measurement area: 13 mm
•Probe-integrated or optional external temperature sensor for the temperature
compensation of the electrical conductivity measurement.
•RS232 interface.
•NiCad battery for operating time of approx. 20 h.
•Operating temperature: 5°C to 50°C.
•Mass incl. battery: 600 g l 21 oz.
•Dimensions: L x W x H 230 x 95 x 55 mm / 9.1" x 3.7" x 2.2".
Based on the user-friendly software menus the user can quickly and easily select the
instrument settings required for the measurement application, perform evaluations and
present the measurement results in the desired manner. Not only in a numeric format but
also in a graphical format with inserted specification limits or as a histogram.
In the standard measurement mode, the display shows the number of measurements and the
temperature used for temperature compensation and the electrical conductivity compensated
to 20 C including the unit of measurement and the measurement frequency. In the statistics
display mode the display also provides information about the running mean value and the
standard deviation.
In the scientific display mode, the temperature taken by the sensor), the temperature
coefficient or the selected material used for the temperature compensation of the
electrical conductivity are displayed in place of the mean value and the standard
deviation. Additional instrument functions can be selected by using the softkeys in the
lower LCD region.
The simple display mode is available for applications where only the current display of
the electrical conductivity and the number of measurements is of interest. The temperature
compensation of the conductivity can be activated in this mode of operation as well.
Ordering Information
Order No. Product
603-231 SIGMASCOPE® SMP10E-S kit
includes the instrument, ES40 Probe, battery, charger,
copper reference
standard, operating manual and carry case.
603-403 SIGMASCOPE® SMP10HF kit -same
as above but with ES40HF high frequency probe
Measurement probes
Select based on application and order separately (not part of the standard kit)
603-235 ES40 conductivity probe on 1.5 meter long cable.
603-318 ES40L onductivity probe with 10 foot long cable
603-401 ES40HF High Frequency conductivity probe on 1.5m
cable
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NDT
INTERNATIONAL INC.
711 S. Creek Road, West Chester, PA 19382-8013 U.S.A.
(610) 793-1700 FAX (610) 793-1702
Send inquiries to: info@ndtint.com
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