Hysteresisgraph
PERMAGRAPH® C 300
MAGNET-PHYSIK
The PERMAGRAPH® C is an automatic computer controlled measuring system to determine the magnetic
characteristics of permanent magnets.
With the precision fluxmeters EF 5 and the high performance software package PERMA we offer an
automatic measuring station which facilitates quick and reliable measurements.
The PERMAGRAPH® C is a measuring system which will meet your present and future requirements. Our
instruments are known for quality and long lifetime.
The system design conforms to the standards IEC 60404-5, ASTM A977, DIN IEC 60404-5 (replacement
for DIN 50470, DIN EN 10332). The temperature upgrade conforms to IEC 61807TR, DIN IEC 68/190/CDV.
The equipment has been optimized for years and has been made especially to the requirements of our
customers. Among others, the following measurements are possible:
· Automatic measurement of the hysteresis curves of permanent magnets
· Determination of magnetic quantities like remanence, coercivity, max. energy product
· Measurements with surrounding coils to determine the magnetic mean values
· Measurements at temperatures up to 200 °C with heat ing poles and temperature surrounding coils
characteristics of permanent magnets.
With the precision fluxmeters EF 5 and the high performance software package PERMA we offer an
automatic measuring station which facilitates quick and reliable measurements.
The PERMAGRAPH® C is a measuring system which will meet your present and future requirements. Our
instruments are known for quality and long lifetime.
The system design conforms to the standards IEC 60404-5, ASTM A977, DIN IEC 60404-5 (replacement
for DIN 50470, DIN EN 10332). The temperature upgrade conforms to IEC 61807TR, DIN IEC 68/190/CDV.
The equipment has been optimized for years and has been made especially to the requirements of our
customers. Among others, the following measurements are possible:
· Automatic measurement of the hysteresis curves of permanent magnets
· Determination of magnetic quantities like remanence, coercivity, max. energy product
· Measurements with surrounding coils to determine the magnetic mean values
· Measurements at temperatures up to 200 °C with heat ing poles and temperature surrounding coils
