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IM-T-0312-A-LC Description Ournewsmall and precise unit for sensor manufacture. Precision magnetic poles are one of the most important technologies today. We continuously are contacted by manufacturers looking for magnetization of multipole sensor magnets. Pole widths down to 0.7 mm on ferrite rings are common in position sensing today. Many times the pole counts can soar to exceed 200+ poles on a inglemagnet rotor. Fixtures for these magnets require extreme accuracy.sWhat does this require from a magnetizer? In reality, very little. While magnetic pulses rise up to 10,000 amperes, the energy is in the tens of joules. The remaining energy turns to heat and slows the manufacturing process. The magnetizer needs to limit the wasted energy and speed manufacturing. Short cycle times are the result. This allows you to produce more parts per hour than larger non-specialized machines can.
Impulse Magnetizer T-series - 11843 IMPULSE MAGNETIZER T-SERIES
Outstanding features 300 Joules Energy 1000 Volt Maximum 10,000 Ampere impulse current Cycle times less than 4 seconds Siemens PLC controls Digital operator panel Digital voltage setting RS 485 interface Analog voltage monitor Fixture temperature monitor Built-in current monitor Small foot print Single shift 12 months warranteeIM-T-0312-A-LC Description Ournewsmall and precise unit for sensor manufacture. Precision magnetic poles are one of the most important technologies today. We continuously are contacted by manufacturers looking for magnetization of multipole sensor magnets. Pole widths down to 0.7 mm on ferrite rings are common in position sensing today. Many times the pole counts can soar to exceed 200+ poles on a inglemagnet rotor. Fixtures for these magnets require extreme accuracy.sWhat does this require from a magnetizer? In reality, very little. While magnetic pulses rise up to 10,000 amperes, the energy is in the tens of joules. The remaining energy turns to heat and slows the manufacturing process. The magnetizer needs to limit the wasted energy and speed manufacturing. Short cycle times are the result. This allows you to produce more parts per hour than larger non-specialized machines can.