Product Description

The MAF130C-0250-FQ-S2-AH0-05-N1 by Rexroth Bosch represents high-torque and heavy-duty motors. Asynchronous motors are those that operate on alternating current. They are primarily used to drive induction current in the rotor within the spinning magnetic field that surrounds the stator. The spinning stator magnetic field creates a magnetic field within the rotor winding, which requires the current to create a force for pushing the blade towards the stator. Since the blade and stator are not synchronized within the motor, a torque is produced.

The MAF130C-0250-FQ-S2-AH0-05-N1 is a liquid-cooled and asynchronous motor. To reduce eddy current losses, the stator core is often composed of laminated silicon steel, while the windings of the stator are usually composed of copper because of their great electrical conductivity. Depending on the type of rotor, the windings or conducting bars are made of aluminum or copper, and the core is made of laminated iron for supporting magnetic flux. The motor's internal, fully closed cooling circuit eliminates the need for an external pump or radiator connection.

A temperature equilibrium between the stator and rotor of the motor is ensured by the liquid's sequential circulation through them. This reduces the possibility of differential expansions and localized temperature increases, enabling the motor to produce the same output with either a larger specific output or a smaller motor volume. The single-turn encoder repeats the output codes with each spin of the shaft of the encoder. There is no way to determine if the encoder has done one or more revolutions. The relative position is the only output. The single-turn absolute encoder is utilized as the complete range of motion in the application of the motor is less than one full rotation of the shaft of the encoder.