FMP10-40 Coating Thickness Gauges

Name: Fischer Deltascope FMP10, Fe/Nfe
Price: 904.0 USD
Availability: InStock

Article No. 11138

Fischer Deltascope FMP10, Fe/Nfe

The FMP10-40 Series are compact handheld devices for coating thickness measurement. There are three types available, Detlascope, Isoscope and Dualscope. They feature gauges that use the Magnetic Indcution Method or the Eddy Current Method depending on what is best suited for your needs. Requires a Fischer Probe, see Accessories below.

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Features

Simple operation and handling
Automatically recognizes the substrate material
Robust probe plug and industrial-grade design
Large, high-contrast graphic display in industry-grade design with durable membrane keyboard
A variety of display languages
Support CD with FISCHER DataCenter software for evaluating and archiving measured values, as well as PC-DATEX software for exporting data to Excel
Requires a Fischer probe in order to function as a complete measurement system
Three gauge types available:
- Dualscope - Magnetic induction and eddy current methods for all metallic substrate materials.
- Isoscope - Eddy current method for non-conductive coatings on non-magnetic metals (Iso/NF).
- Deltascope - Magnetic induction method for non-ferrous metallic and non-conductive coatings on steel or iron (NF/Fe and Iso/Fe).
Two versions available:
- FMP10 / FMP20
  - Memory for up to 1000 readings per measurement method
  - USB interface for PC
- FMP30 / FMP40
  - Memory for up to 20,000 readings
  - Up to 100 calibratable applications with alarms when tolerance limits are exceeded
  - Graphical display of measured values as histogram with Gaussian curve
  - Operation on battery or plugged in
  - USB interface for PC and printer

Technical Attributes

Data

Models:	Dualscope FMP20	Dualscope FMP40	Isoscope FMP10	Isoscope FMP30	Deltascope FMP0
Measurement Method:	Magnetic Induction, Eddy Current		Eddy Current		Magnetic Induction
Applications:	Anodized coatings on aluminium (ISO/NF), Paint; varnish or plastic coatings on aluminium; copper or brass (ISO/NF), Paint; varnish or plastic coatings on steel or iron (ISO/FE), Zinc; chromium; copper coatings on steel or iron (NF/FE)		Anodized coatings on aluminium (ISO/NF), Paint; varnish or plastic coatings on aluminium; copper or brass (ISO/NF)		Paint; varnish or plastic coatings on steel or iron (ISO/FE), Zinc; chromium; copper coatings on steel or iron (NF/FE)
Coatings:	Electrically Non-Conductive, Non-Ferrous Metals		Electrically Non-Conductive		Electrically Non-Conductive, Non-Ferrous Metals
Base:	Ferromagnetic Metals, Non-Ferrous Metals		Non-Ferrous Metals		Ferromagnetic Metals
Statistics:	Common values such as mean, standard deviation, coefficient of variation, min, max and range	Common values including mean, standard deviation, coefficient of variation, min, max and further definable parameters for V	Common values such as mean, standard deviation, min, max and range	Common values including mean, standard deviation, coefficient of variation, min, max and further definable parameters for block and final results	Common values such as mean, standard deviation, min, max and range
Standards:	ASTM D7091, DIN EN ISO 2178, DIN EN ISO 2360	ASTM D7091,DIN EN ISO 2178, DIN EN ISO 2360, IMO PCPC, QUALANOD, QUALICOAT, SSPC-PA2	ASTM D7091, DIN EN ISO 2360	ASTM D7091, DIN EN ISO 2360, IMO PCPC, QUALANOD, QUALICOAT, SSPC-PA2	ASTM D7091, DIN EN ISO 2178
Mass:	230 g
L x W x H:	6.3" x 3.15" x 1.2" (160 x 80 x 30 mm)
Power Supply:	4 AA Batteries or Rechargeable Battery Pack

More Information

Magnetic Induction Method - The excitation current of the probe generates a low frequency magnetic field with a strength that is dependent on the coating thickness and is amplified by the magnetic base material. The signal of the measurement coil that captures this amplification is converted to the coating thickness reading by means of the probe characteristic stored in the instrument.

Eddy Current Method - The excitation current of the probe enerates a high frequency primary magnetic field that induces eddy currents in the base material. Its secondary magnetic field weakens the primary field. This weakening effect corresponds to the distance (= coating thickness) between the probe and the base material and is converted to the coating thickness reading by means of the probe characteristic stored in the instrument.

Standards

Conforms to: ISO 2178, 2360, 2808; EN ISO 19840; ASTM B499; D1186, D1400, D7091, E376, G12; SSPC-PA2; BS3900-C5; BS EN ISO 1461; IMO PSPC

Delivery Content

Isoscope FMP30/Dualscope FMP40 - Price includes carrying case, operating instructions, shoulder strap, connection cable for FMP/PC, USB driver and battery set. Probes and calibration standards not included.

Isoscope FMP10/Deltascope FMP10/Dualscope FMP20 - Price includes operating instructions, shoulder strap, connection cable for FMP/PC, USB driver and battery set. Probes and calibration standards not included.

Accessories