Mitsubishi HA-FE33 Servo Motor – High-Performance AC Servo Motor for Industrial Automation
Mitsubishi Servo Motor HA-FE33
Mitsubishi Servo Motor HA-FE33
Type: HA-FE series
Rated output: 0.3 kW
Rated speed: 3000 r/min
Electromagnetic brake: None
Features advanced control, easy to realize intelligence, and flexible electronic commutation (square wave or sine wave).
Maintenance-free, high efficiency, low operating temperature, low electromagnetic radiation, long lifespan, suitable for various environments.
AC servo motors are brushless, including synchronous and asynchronous types. In motion control, synchronous motors are commonly used due to their wide power range and high power capability.
They have high inertia, low rotational speed, which decreases rapidly with increasing power, making them suitable for low-speed, smooth operation.
The rotor inside the servo motor is a permanent magnet. The drive controls the U/V/W three-phase electromagnetic field to rotate the rotor. The encoder provides feedback to the drive, which compares the actual position with the target to adjust the rotor angle.
Servo motor precision depends on encoder resolution.
Mitsubishi Servo Motor HA-FE33
Type: HA-FE series
Rated output: 0.3 kW
Rated speed: 3000 r/min
Electromagnetic brake: None
Features complex control, easy to achieve intelligence
Flexible electronic commutation: square wave or sine wave
Maintenance-free, high efficiency, low operating temperature
Low electromagnetic radiation, long lifespan, suitable for various environments
AC servo motor is a brushless motor, available in synchronous and asynchronous types
Synchronous motors are commonly used in motion control
Wide power range, capable of high power output
High inertia, low rotational speed, which decreases rapidly as power increases
Suitable for low-speed, stable operation applications
The rotor inside the servo motor is a permanent magnet
The driver controls U/V/W three-phase current to generate an electromagnetic field
The rotor rotates under this magnetic field, and the built-in encoder sends feedback
The driver compares the feedback with the target value to adjust the rotor angle
Servo motor accuracy depends on encoder resolution
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