Product Description

The MAC112D-0-ED-4-C/130-A-0/WI532LX/S005 AC servomotor is compatible with the manufacturer’s DSC, KDS or TDM drive controller. This Bosch Rexroth motor comprises a laminated core with permanent magnets for its rotor. The product is integrated with tacho feedback that helps in the recognition of the position of the rotor. This device encompasses an output shaft with a keyway as per DIN 6885, Sheet 1 specifications. The unit portrays a maximum 0.3mm excursion amplitude with sinusoidal oscillations for the longitudinal axis. It must be ensured that the permissible radial, as well as axial forces, are never exceeded. This motor achieves a form-fitting torque transmission with its keyway shaft.

This product experiences a position shift when drive pinions with helical teeth are mounted on the shaft but not fitted axially onto the machine when there are thermal deformations. The device is cooled by natural convection. This unit is free of any holding brake connection. Its grind-in action involves running the motor at approximately the speed of 100rpm. The motor-associated angle feedback connector is oriented to the B side by default. This product must not be mounted with accessories or components that do not have the approval of the manufacturer.  The servomotor features a warranty tag for a duration of one year.

This device depicts a 12-pin flanged socket for the encoder and feedback connections. The unit has a tacho voltage that matches the nominal motor speed. Its encoder should never be cleaned using harsh cleaning agents. This product linked incremental encoder functions with either sinusoidal oscillations or square-wave pulses that can accommodate different supply voltages. The device requires the reference point of the mounted encoder to be set to a defined angular position if it is mounted with an incremental encoder. This unit has a breaking point for its maximum torque depending on its DC bus voltage. It has an overall length of 612mm. This servomotor transportation is done to any global destination.