The Bosch Rexroth Indramat MAC025A-0-WS-4-E/040-A-0/WI652LV from the MAC AC Servo Motors series features permanent magnet motor construction with electrical commutation for brushless operation and precision control. This special stator design delivers enhanced torque density and improved thermal management for sustained high performance. Engineered as maintenance-free equipment, it removes the need for brush replacements and lubrication intervals, reducing downtime. Integrated incremental encoder feedback ensures high resolution feedback and smooth running quality across varying loads.
Refined mechanical architecture includes a standard mounting interface for the encoder and a side A power connector for straightforward, tool-free installations. The absence of a blocking brake highlights focus on compactness and efficiency, while the robust design sustains demanding industrial automation cycles. With a series description emphasizing durability and high efficiency, the motor’s brushless design and optimized winding patterns maintain torque consistency under dynamic conditions. The combination of precise feedback and specialized stator geometry enables accurate speed and position control in intricate motion sequences.
Incorporating ten distinct technical specifications, this motor exemplifies Bosch Rexroth Indramat’s commitment to seamless integration and operational reliability. Its plug-and-play connector layout and maintenance-free operation drastically lower total cost of ownership. As part of the MAC AC Servo Motors series, the MAC025A-0-WS-4-E/040-A-0/WI652LV delivers industrial-grade performance with minimal service requirements, ensuring productivity remains uninterrupted.
Blocking Brake
Not Equipped
Commutation
Electrical
Design Specificity
Special stator design
Encoder Mounting
Standard Mounting
Encoder Type
Incremental Encoder
Motor Type
Permanent Magnet Motor
Operation
Maintenance-free
Power Connecter Location
Side A
Series Description
Designed for durability and high efficiency
Smooth Running Quality
High resolution feedback