24/7 Technical Support
Fischer Feritscope MP30 Eddy Current and Magnetic Induction Unit Fischer Get Quote
 
Question?

 

 

The rugged MP30 hand-held Feritscope is ideal for users who need separate eddy current and magnetic induction units with full measurement storage, downloading and printing capabilities. The MP30 Feritscope measures ferrite parts found in chemical, utility and other processing plants that are often exposed to heat, aggressive media and high pressure. The ferrit scope determines if the ferrite content is too low or too high.

Key Features

  • 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.
  • RS232 interface for data transfer to PC or printer.
  • Automatic measurement acceptance at probe contact or with external start.
  • Acoustical signal at measurement acceptance.
  • Statistical evaluation of test series and display of min., max. and mean value, number of measurements, standard deviation as well as date and time.
  • Outlier control for automatic elimination of erroneous measurements
  • Input of specification limits.
  • Free-running display with additional presentation of the measurement as analog bar between selected specification limits.
  • Memory capacity for max. 10,000 measurements in 1,000 blocks in up to 100 applications. Fixed or free block size selection.
  • Measurement units selectable between WRC-FN and %Fe.
  • 5 Display languages selectable.
  • No influence of the electr. conductivity of the specimen.
  • Only one calibration required for the entire practically relevant measurement range from 0.1 to about 90 FN. Measurement accuracy according to ANSI/AWS A4.2M/A4.2:1997 standard.
  • Calibration with standards traceable to TWI secondary standards or with customer-specific standards.
  • 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.

Applications

  • Only one calibration required for the entire practically relevant measurement range from 0.1 to about 90 FN. Measurement accuracy according to ANSI/AWS A4.2M/A4.2:1997 standard.
  • No influence of the electr. conductivity of the specimen.
  • 5 Display languages selectable.
  • Measurement units selectable between WRC-FN and %Fe.
  • Memory capacity for max. 10,000 measurements in 1,000 blocks in up to 100 applications. Fixed or free block size selection.
  • Free-running display with additional presentation of the measurement as analog bar between selected specification limits.
  • Input of specification limits.
  • Outlier control for automatic elimination of erroneous measurements
  • Statistical evaluation of test series and display of min., max. and mean value, number of measurements, standard deviation as well as date and time.
  • Acoustical signal at measurement acceptance.
  • Calibration with standards traceable to TWI secondary standards or with customer-specific standards.
  • Automatic measurement acceptance at probe contact or with external start.
  • Large LCD display for characteristic measurement and statistical values as well as pictograms for status display and text lines for operator instructions.
  • 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.
  • Simple measurement, even for complex specimen geometry.
  • Battery or line operation.
  • RS232 interface for data transfer to PC or printer.

Technical Specifications

Range 0.1 to 100FN or 0.1 to 80% Fe in austenitic and duplex steel
Data Transfer RS232 interface for data transfer to PC or printer
Memory Capacity Max, 10,000 measurements in 1,000 blocks in up to 100 applications, fixed or free block size selection
Measurement Units Selectable between WRC-FN and %Fe
Display Min., max. and mean value, number of measurements, standard deviation as well as date and time
Power 9V batteries
Isoscope MP30 Measurement Method Eddy Current Method
Isoscope MP30 Power Supply Battery 9V6LR61 or NiCad battery AC power supply
Display Min., max. and mean value, number of measurements, standard deviation as well as date and time
Power 9V batteries
Isoscope MP30 Measurement Method Eddy Current Method
Isoscope MP30 Power Supply Battery 9V6LR61 or NiCad battery AC power supply