MAC041A-0-IS-4-E/050-B-0/WI670LV/S001

How does the electrically isolated design affect the reliability of the servo motor?

The electrically isolated design helps protect the motor from electrical noise and voltage spikes. This ensures that sensitive components are shielded from harmful interference, improving long-term reliability.

What impact does the input voltage range of 100-240 VAC have on the servo motor’s compatibility?

The 100-240 VAC input voltage range allows the servo motor to be used in a variety of global power grids without requiring additional modifications. This broad voltage compatibility simplifies installation in different regions.

How does the mounting system of this servo motor improve its installation process?

The screw-in motor with a separate TB712 terminal block simplifies the wiring and installation process. This modular design reduces installation time and ensures secure connections during operation.

What practical considerations should be made when connecting this servo motor to a network?

The servo motor’s network capability allows it to be easily integrated into an existing automation system. Proper configuration and network setup are essential to ensure efficient communication and data flow across all connected devices.

How does the power consumption of 14.5 W affect the overall system efficiency?

The 14.5 W power consumption ensures that the motor operates efficiently without putting excessive load on the power supply. This low power draw contributes to reducing overall system energy costs and improving operational sustainability.

The MAC041A-0-IS-4-E/050-B-0/WI670LV/S001 AC motor by Bosch Rexroth Indramat provides a robust solution for applications that need a combination of high speed and durability. With its IP65 protection class and advanced cooling, this motor excels in automation and precision motion control tasks in industries like robotics, material handling, and CNC machinery.