MAC063A-0-ES-4-C/095-A-0/WI511LV

Product Description:

The MAC063A-0-ES-4-C/095-A-0/WI511LV is an AC servo motor designed for industrial automation applications. It is built to deliver reliable performance and is constructed with a robust design. The 3-Phase motor operates with an input voltage of 230 V and provides a rated load of 2 HP for various tasks. The motor's design includes plastic protective covers offering it some safeguards across any environment where automated machinery resides. To support prolonged use, it incorporates surface cooling that helps to allow stable operations especially necessary for demanding workloads. With a maximum speed of 3000 min-1, it provides the speed needed for precision movement. The motor uses Frequency Inverter Drive, a technology to control the speed and torque. The speed of the motor helps maintain a stable operation through a process. The design of the motor is constructed by including a 12-pin circular connector to aid in connecting to control systems easily.

The motor maintains steady performance through having a duty cycle that runs for about 15 minutes. The installation of the AC servo is easy due to integrating a connector that helps with quick setup and reduces downtime. The overall length of 612 mm helps with the integration for many different machine designs where other options are limited. The MAC AC Servo Motors series highlights the motor as a trustworthy addition to machine systems, because of the long, and continuous runtimes, through various applications. The servo motor having protective features, such as plastic covers, means that it is suitable for many different industrial uses, including being an essential element, along with other components across advanced automation setups.

This AC servo motor is built so that it has integration and robust performance. The phases 3 of the motor have a stable performance, because of its design. The motor is suitable for applications that need precise control, given its specifications and features which make it useful across different industrial environments. The AC servo motor can integrate well because it delivers reliability in very demanding situations. The motor provides a means through which one can achieve complex automation, in particular situations, in places where other types of systems will fail.