Reference standards for permeability measurement

Reference standards for checking and setting up permeability measurement

Reliable reference values for reproducible measurement results. The reference standards are used for verification and setup of permeability measurements with the MAGNETOSCOP 1.070. They enable functional checks of the measurement setup as well as regular verification of measurement performance directly on site.

Precisely defined and certified reference values support reproducible and reliable measurement results for the determination of relative magnetic permeability.

Reference standards with different certified μr values are available for various testing requirements.

The reference standards have a diameter of 34.2 mm and a thickness of 25 mm. These dimensions also correspond to the minimum dimensions of the test material required for permeability measurements.

 

Product highlights

Your advantages at a glance

  • Reliable measurement results: Reproducible reference values for permeability measurements
  • Reliable functional checks: Verification of the complete measurement setup before testing
  • On-site verification: Fast validation of measurement performance during operation
  • Certified standards: Delivered with calibration or inspection certificate
  • Defined minimum dimensions: Reference standard dimensions correspond to the minimum size of the test material

Technical information

Reference values:

Individually certified μr values for each standard
(e.g. μr 1,0055 / 1,0368 / 1,153)
Reference field strength: 30 kA/m
Diameter:  34,2 mm
Thickness: 25 mm

Related products

Reference defect

Reference defects to check for cracks and pores

Reference standard conductivity measurement

Reference standards for checking and setting up conductivity measurement

Reference crack standard - flat (plate)

Artificial crack defect standard for setting and verifying test sensitivity

Reference defect standards - Borehole

Reference defects for calibration of inspection systems using rotating probes

Test defect saw

Precision sawing of artificial test errors for calibration

Hardness reference blocks

Hardness reference blocks for UCI- and Leeb meassuring technology