Product Description

The AC servo motors in the MAC series manufactured by Rexroth Indramat are used in association with DSC, TDM, and KDS quick response digital servo drive controllers. They are perfectly suited for use in versatile applications such as printing presses, machine tools, textile machines, machinery, heavy handling equipment, and robotics. These AC servo MAC motors are made using rare earth permanent magnets and have high-grade electronic commutation. The rotors are composed of exceptional lightweight alloys. Because of their comparatively low weight, these motors show superior torque to weight characteristics.

The special properties of MAC063A-0-ES-4-C-095-A-0-WI520LV-S001 incorporate many diverse innovations. They give it additional adaptability to match user specifications. Its Nomenclature shows that it is constructed as a motor that is used for analog drives. It has a factory assigned length of type A and an overall factory assigned the size of 063. Its housing is specially designed to promote a convection Type natural surface cooling mode. For higher heat dissipation, you can use a variety of axial and radial blowers. These can be used in the 230V as well as 115 V configurations.

The MAC063A-0-ES-4-C-095-A-0-WI520LV-S001 comes with a standard 3 Nm blocking brake and an external connector on its side A which facilitates easy connectivity. The speed of this motor is 3500 RPM. with a  centering diameter of 095. The tachofeedback and mounted incremental or absolute encoder motor feedback enables it to achieve high accuracy.

MAC063A-0-ES-4-C-095-A-0-WI520LV-S001 has Incremental encoder with standard mounting, which gives it a high degree of operational reliability. The maintenance is minimal because of innovative additions like the brushless design and self-lubricated long-life maintenance-free bearings that drastically reduce the downtime. This makes it very cost-effective as you can achieve a very high output giving it a high output. Their robust construction ensures that these motors function equally well under the degraded environmental conditions.