MAC041A-0-IS-3-E/050-B-1/S001

How does the 14 Nm standard blocking brake impact motor control?

The 14 Nm blocking brake ensures secure holding of the motor’s position even when the power is cut off. This is essential in applications where the motor must remain stationary after shutdown such as in conveyor systems or lifting equipment.

How does the 3.30 A continuous current rating influence the motor’s capabilities?

The 3.30 A continuous current rating allows the motor to operate efficiently under normal load conditions without overheating. This is important for ensuring consistent performance in applications that require continuous operation.

What is the impact of a 0.64 Nm continuous torque on system performance?

The 0.64 Nm continuous torque provides steady and reliable force for sustained operations in tasks such as light automation and precision movements. This ensures stable performance in systems requiring consistent torque output over time.

How does the mounting altitude of up to 1000 meters above sea level affect motor performance?

The motor can function optimally up to 1000 meters above sea level without significant performance degradation. However, at higher altitudes, additional cooling may be necessary due to lower air density.

What practical applications benefit from the 0.200 Nm/A torque constant?

The 0.200 Nm/A torque constant provides efficient torque generation per ampere of current, improving energy efficiency. It is ideal for systems requiring fine control and stable operation, such as automation systems and robotics.

The MAC041A-0-IS-3-E/050-B-1 motor from Bosch Rexroth Indramat offers precise control with a 16-bit resolution PWM input. This motor features durable bearings, an output shaft with a keyway, and supports a voltage input range of 0-10 V. It is suitable for heavy-duty applications in industries like robotics and material handling where robust performance is crucial.