MAC025A-0-WS-3-E/040-B-1
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Bosch MAC025A-0-WS-3-E/040-B-1 servo motor delivers a power output of 1.2 kW for precision control. With a maximum torque of 1.27 Nm, it ensures high efficiency in demanding motion applications.
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Product Description:
Bosch Rexroth Indramat's MAC025A-0-WS-3-E/040-B-1 servo motor is an efficient and precise choice for industrial automation. A steady supply of electricity is supplied to the motor by means of an unregulated DC bus. The motor's 25% intermittent duty cycle guarantees economical power usage.
The MAC025A-0-WS-3-E/040-B-1 servo motor can manage fluctuations in load because it has a short-term overload torque of 0.66 Nm. The MAC motor uses 0.2 kW of DC bus power when running. With 90% load, the maximum torque that may be produced is 0.30 Nm that is equivalent to 5,990 min⁻¹. When operating at maximum speed, the motor is capable of 7,220 min⁻¹ thanks to a torque increase of 0.60 Nm. Reliability under heavy loads is guaranteed by the maximum torque of 1.27 Nm. At the same time as the detent torque is 0.33 Nm, the holding torque for motors that have brakes is 0.27 Nm. The 0.23 kg/cm2 moment of inertia contributes to the control of motion that is smooth. The speed and torque characteristics of the motor are intended to remain unchanged during its operation.
The MAC025A-0-WS-3-E/040-B-1 servo motor is designed to keep performing consistently. Applications requiring precision speed control are supported by the servo motor that has a maximum speed of 10,000 rpm. The 1.2 kW power output is ideal for tasks that require dependable motion control. With a braking time of only 24/18 ms, you can get to a stop rapidly. The design of the MAC motor guarantees a low moment of inertia that allows for quick acceleration and responsive control. Because the design has an emphasis on efficiency and longevity, automated systems will perform better in the long run.
Frequently Asked Questions about MAC025A-0-WS-3-E/040-B-1:
Q: Why does MAC025A-0-WS-3-E/040-B-1 have a 25% duty cycle?
A: The 25% intermittent duty cycle allows efficient energy use. It ensures the motor delivers high torque output while preventing overheating.
Q: Does MAC025A-0-WS-3-E/040-B-1 support high-speed operations?
A: Yes, the motor reaches a maximum speed of 10,000 min⁻¹. It ensures precise motion control in high-speed automation applications.
Q: Why does MAC025A-0-WS-3-E/040-B-1 have 0.33 Nm detent torque?
A: The detent torque stabilizes the rotor position when unpowered. It improves holding accuracy in applications requiring controlled stopping.
Q: Do brakes in MAC025A-0-WS-3-E/040-B-1 reduce holding torque?
A: Yes, the holding torque decreases to 0.27 Nm with brakes. The braking system provides controlled stopping while ensuring safety.
Q: How does MAC025A-0-WS-3-E/040-B-1 achieve precise braking?
A: The braking time of 24/18 ms enables quick stopping. It enhances motion accuracy in automated operations.
