80MPH6.300S014-01 B & R Automation
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The 80MPH6.300S014-01 is an 80MP Stepper Motor produced by B & R Automation as part of the 80M Stepper Motors series. It features an ABR incremental encoder, has no brake option, and uses a flange with NEMA 34 dimensions. The motor has a stack configuration of 3 stacks and is designed with a base current value of 30.
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Product Description:
B&R Automation manufactures the 80MPH6.300S014-01 as part of the 80M Stepper Motors series. The unit is an 80MP stepper motor intended for position and speed control in automated machinery, where discrete angular increments simplify indexing, labeling, and small-arm pick-and-place motions. When connected to a compatible microstep drive, the motor converts pulse and direction signals into mechanical rotation. This operating method supports deterministic motion sequences in conveyors, feeders, and compact gantries. Closed-loop monitoring also helps the system identify movement errors that could otherwise affect repeated positioning cycles.
The square mounting interface measures 86 mm (NEMA 34), and it carries the H flange size designation so that its tapped holes align with standard mechanical mounts. Internally, the motor uses a lamination code of 6, which provides the magnetic configuration needed for its torque characteristics without increasing the frame width. Rotor position feedback is supplied by an ABR incremental encoder, allowing the drive to verify step completion and apply microstep corrections. The nominal phase excitation uses a current base value of 30, which the controller uses when applying temperature limits and scaling stall-detection thresholds. Design revision 01 aligns the pinout with compatible cabling used across B&R motion platforms. The square frame and standardized hole arrangement allow the motor to be installed on machinery designed for the corresponding NEMA mounting pattern.
The drive scaling factor uses a current multiplier of x1 (10^0), meaning the rated winding current equals the base value without a mathematical offset. The motor is supplied with no brake, so static load retention must rely on energized holding torque or an external clamp. The motor has a Standard protection level that provides routine shielding from contamination. Its magnetic core contains 3 stacks, which limits rotor inertia while maintaining the required torque output. Lower inertia supports responsive starts and stops in applications with frequent indexing movements. The encoder adds position verification without changing the pulse-based control method used by the stepper drive.
