80MPH4.101s014-01 B & R Automation
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The B & R Automation 80MPH4.101s014-01 is an 80MP Stepper Motor from the 80M Stepper Motors series. It features an ABR incremental encoder and flange dimensions of 86 mm, matching NEMA 34 standards. This model uses a two-stack high torque configuration and supports a current base value of 10 with a multiplier factor of x10.
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Product Description:
The 80MPH4.101s014-01 is a hybrid stepper motor produced by B & R Automation for the 80M Stepper Motors series. It is intended for indexing and positioning duties in automated machinery that requires repeatable incremental movement. A motion controller can operate the motor by issuing pulse trains that correspond to commanded shaft increments. This operating method supports pick-and-place heads, feeder stages, small gantries, packaging equipment, and laboratory instruments. The hybrid design combines permanent-magnet and variable-reluctance operating principles to provide stable holding force and controlled low-speed motion.
The motor uses an 86 mm (NEMA 34) square flange, allowing the housing to align with compatible gearboxes, mounting plates, and machine frames. The flange carries the size code H for identification within the motor series. Electrical scaling uses a current base value of 10 and a current multiplier of x10 (101). Together, these values produce a scaling reference of 100 for the applicable phase-current tables. This reference helps the connected drive apply the intended current settings while maintaining the motor’s expected torque behavior. Correct mechanical alignment and current configuration reduce the risk of uneven loading, missed steps, or excessive winding temperature during repetitive motion.
The motor has a design level of 01, which identifies its winding data, connector orientation, and insulation configuration. An integrated ABR incremental encoder provides quadrature output signals that allow a compatible closed-loop driver to monitor shaft movement. The feedback can support position correction and stall detection when operating conditions require more verification than a conventional open-loop stepper system provides. The magnetic assembly uses motor stack code 4 and a two-stack high-torque arrangement. The extended lamination pack increases magnetic interaction, supporting additional detent force and improved pullout capacity at low speed. This torque characteristic is useful when the motor must accelerate compact mechanisms, hold a stationary load, or overcome changing resistance during an indexing cycle. The encoder and high-torque magnetic arrangement also support controlled movement in applications where load variation could otherwise reduce positional consistency.
