The steel has gone through a loop of increasing and then decreasing magnetic fields but the withdrawal step leaves a residual field, thus when you plot the field in the steel you get a loop – that’s the hysteresis loop. If the material follows the arrows in the drawing below it ends up magnetized at the point Mrs. Not that this device is useless, it's really a nice proof of concept, but any small magnet can successfully magnetize an iron nail...

The capacitor banks are automatically discharged during malfunctioning of the system or during power failure. This can be done manually via the operating panel. The lamp glows during the capacitor's charging. The light is diminishing as the capacitor is charging. When the capacitor is charged, the lamp is off. The voltage of the capacitors is permanently displayed. After a pulse has been fired, the peak current is also displayed. The load to the mains supply is kept nearly constant during the charging process. This gives a minimum charging time with minimum power loss. The control is synchronized with the line frequency. This avoids excessive load current and disturbing spikes on the mains supply.The necessary energy of the magnetizer is mainly determined by the required magnetizing field strength and the size of the workpiece. The modular design allows best adaptation to your requirements. This results in an optimal price/performance ratio. At the same time, subsequent adaptation to modified magnet products is also possible. These magnets enable efficient energy conversion. FAQs About Magnetizers How Does a Magnetizer Work in Magnetizing Water? The charging process is continuously controlled by the microprocessor system. During malfunction the power unit is separated from the line supply and will be discharged. The magnetizing current is measured and displayed. There is a potentiol free analog output to control the pulse shape. Magnetizers play a vital role in producing magnetic components for electronic devices, such as inductors and magnetic sensors.

This process involves aligning the magnetic domains within a material, resulting in the creation of a magnetic field.

Bunting is the only company to design and manufacture magnetising equipment for magnet assemblies and that manufactures both magnets and magnet assemblies. This unique combination brings together magnet and magnetic design engineers with the ability to design complex bespoke magnetisers for a wide range of applications. Recent projects include a bespoke magnetiser for a global white goods manufacturer and several magnetisers for research institutions and universities. The magnetizer has one standard high-current output. As an option, additional outputs are possible. By pushing the S2 button, a pulse of high current (aprox 50 A) passes through the coil magnetizing the object placed inside the coil. You can use a gaussmeter or a magnetometer to measure the strength of a magnetic field in an object. The temperature of the magnetizing fixture is measured and displayed. On reaching the selected limit values, you will hear an alarm and the magnetizing system will be stopped.