MAGNETOMAT 1.782

MAGNETOMAT 1.782

A measuring system for the precision detection of magnetic flux density and relative permeability.

• PC-controlled fluxgate magnetometer
• Measure magnetic flux density absolute or gradient
• Probe for measurement of relative permeability µr in accordance with IEC 60404-15 and ASTM A342M
• Multi-channel probe arrangements
• Single value or continuous measurement
• Trigger interface
• Data acquisition and post processing software
• Data base concept and data transfer interface

The MAGNETOMAT 1.782 is a measuring system for the precision detection of magnetic flux density and relative permeability. The MAGNETOMAT software is used for displaying the measured values and saving and exporting data. The wide range of probes facilitates optimal adjustment to the conditions of the application, such as the measurement of relative permeability within the scope of the quality control of stainless steel and low-permeable (non-magnetic) alloys.

FEATURES

• PC-controlled system for versatile applications in the area of precise determination of magnetic flux density and magnetic permeability.
• Fluxgate magnetometers as sensing elements
• Measuring DC magnetic fields and AC magnetic fields up to 1 kHz.
• MAGNETOMAT application software for setting parameters, real-time result display, data sampling and report generation
• A wide range of different probes to fit versatile applications

APPLICATIONS

• Long term monitoring of magnetic environmental conditions, e.g. prior to installation of magnetic sensitive devices like MRI systems
• Testing low permeability materials and machined components for magnetic remanence.
• Detection of ferrous inclusions in austenitic steels and nonferrous alloys
• Determination of relative magnetic permeability as part of the quality inspection for austenitic steels and nonmagnetic alloys
• Verify the nonmagnetic property of components for integration into magnetic sensitive devices
• Verify material changes caused by high temperature, corrosion, coating reduction or micro structural alteration