MAC041A-0-FS-4-E/050-B-1/WI671LV/S006
MAC AC Servo Motors
The Bosch Rexroth Indramat MAC041A-0-FS-4-E/050-B-1/ WI671LV/ S006 from the MAC AC Servo Motors series combines precision engineering with robust industrial performance. Featuring a Digital servo feedback type and a compact Weight of 2.5 kg, this servo motor supports a Duty Cycle of 0.25 for reliable repeatability in intermittent operation. The unit achieves a Maximum Velocity of 9,000 RPM and a Maximum Speed of 6,000 min⁻¹, converting digital commands into rapid rotational motion with exceptional consistency. An integrated Protection Class IP40 enclosure safeguards internal components against particulate ingress, ensuring longevity in factory environments.
Built for high-dynamic applications, the MAC041A model delivers a Mechanical Power Output of 1.3 kW and maintains precise control with a Torque Constant of 29.3 mNm/A. The rotor’s low Rotor Inertia of 0.007 kgm² and a Moment of Inertia of 0.7 kg·cm² facilitate quick acceleration and deceleration while minimizing overshoot. With a Speed Ratio to Maximum Speed of 2.5, this motor scales torque delivery across a broad speed band. Rated to handle a Rated Current of 0.13 A, it achieves a peak Maximum Torque of 0.59 Nm and limits Torque Ripple to 1.2% for smooth, pulsation-free output.
Integration is streamlined by the motor’s standardized flange dimensions and industry-common electrical interfaces, reducing mechanical rework during retrofits. The durable construction withstands frequent start-stop cycles and delivers consistent output under variable loads. Overall, the Bosch Rexroth Indramat MAC041A-0-FS-4-E/050-B-1/ WI671LV/ S006 stands out as a high-efficiency, precision servo motor engineered for demanding industrial automation tasks.
Technical Specifications
Duty Cycle
0.25
Feedback Type
Digital servo
Maximum Speed
6,000 min⁻¹
Maximum Torque
0.59 Nm
Maximum Velocity
9,000 RPM
Mechanical Power Output
1.3 kW
Moment of Inertia
0.7 kg·cm²
Protection Class
IP40
Rated Current
0.13 A
Rotor Inertia
0.007 kgm²
Speed Ratio to Maximum Speed
2.5
Torque Constant
29.3 mNm/A
Torque Ripple
1.2
Weight
2.5 kg
Frequently Asked Questions
How does the 0.25 duty cycle impact motor performance in continuous use?
The 0.25 duty cycle indicates that the motor is designed for short bursts of operation followed by significant rest periods. This feature is ideal for applications requiring intermittent operation without generating excessive heat.
What is the benefit of using a digital servo feedback type in motor control?
The digital servo feedback type provides high accuracy and precision in controlling motor position and speed. This enhances system responsiveness and minimizes error in motion control.
How does the 6,000 min⁻¹ maximum speed affect application suitability?
The 6,000 min⁻¹ maximum speed makes the motor suitable for applications requiring high-speed rotations such as in robotics or CNC machines. It ensures fast and efficient operation where quick response is critical.
What practical applications benefit from the 0.59 Nm maximum torque?
The 0.59 Nm maximum torque provides sufficient power for medium-duty tasks such as light automation, conveyors, or robotics. This torque level ensures consistent performance in precision machinery.
How does the 9,000 RPM maximum velocity influence overall motor efficiency?
The 9,000 RPM maximum velocity allows for high-speed motion, making it effective in high-demand tasks like precision machining. It ensures the motor operates efficiently even under rapid rotational speeds.
Internal Product Review
The MAC041A-0-FS-4-E/050-B-1/WI671LV/S006 by Bosch Rexroth Indramat is a high speed motor with 6000 RPM. Its low power consumption and IP40 protection class make it perfect for robotics and automation systems. Offering precise control and reliable performance it excels in environments requiring high speed motion control.
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We offer a repair service for the MAC041A-0-FS-4-E/050-B-1/WI671LV/S006.
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