Product Description:

The 80MPH6.101S014-01 is a hybrid stepper motor produced by B & R Automation for the 80M Stepper Motors series. Identified in the type code as 80MP, the unit converts discrete drive pulses from a microstep controller into precise angular displacement. This operating method makes it suitable for indexing, pick-and-place, and small gantry applications that require open-loop positioning with high torque at low speed. Its electrical and connector interfaces support integration with compatible B & R power electronics and cabling. The motor can therefore be incorporated into automated equipment that uses coordinated pulse commands to control incremental movement.

The motor has a base phase current of 10 A, which represents the continuous RMS demand placed on the drive. For short-term torque increases, the controller applies a multiplier of 10 times through its decade factor. The magnetic circuit contains 6 lamination stacks, with 3 stacks per phase pair, to support detent holding while keeping rotor inertia moderate. A square flange measuring 86 mm matches the NEMA 34 footprint and permits direct attachment to compatible gearboxes, linear actuators, or custom mounting plates. This flange arrangement can reduce the need for separate mechanical adapters when the mating equipment uses the same mounting pattern. The motor does not include an internal holding brake, so the drive or an external locking device must retain a stationary load.

An ABR incremental encoder supplies pulses for position verification and slip detection during operation. It connects through standard B & R pinouts, allowing its feedback signals to reach a compatible controller without a custom interface. The motor uses the H flange size designation, which provides a consistent pilot depth for mechanical alignment within the product series. Its enclosure has standard protection, providing basic shielding against dust in suitable cabinet-mounted installations. The product carries design revision 01, which indicates the applicable documentation and configuration for this model. Proper mounting, drive-current settings, and cable routing remain important for maintaining accurate motion and preventing unnecessary thermal or mechanical stress during repeated operating cycles.