80MPH4.1015014-01 B & R Automation
Wake Industrial LLC is not an authorized distributor of this product.
The B & R Automation 80MPH4.1015014-01 is an 80MP Stepper Motor from the 80M Stepper Motors series. It has an ABR incremental encoder and features an 86 mm NEMA 34 flange size. The motor uses a two-stack high torque configuration and a current base value of 10.
Internal Product Review
The 80MPH4.1015014-01 is a B & R Automation 80MP stepper motor with a high-torque 2-stack configuration. An ABR incremental encoder supports dependable position feedback, while the NEMA 34 frame suits demanding motion assemblies. A strong choice for applications requiring accurate stepping and solid torque performance.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
B&R Automation manufactures the 80MPH4.1015014-01 for machinery builders that use step-controlled positioning components from the 80M Stepper Motors series. The device is a stepper motor whose incremental motion suits feed mechanisms, indexing tables, and other industrial axes where application software tracks commanded steps to determine position. It serves as an electromechanical transducer by converting current pulses from a compatible drive into discrete shaft increments. Those increments can produce linear motion through a lead screw or rotary motion through a directly connected load. This operating method supports repeatable movement when the motor is correctly sized for the required speed, torque, and acceleration.
The mounting flange measures 86 mm (NEMA 34) across and carries the internal size code H. This profile allows the motor to fit mounting patterns standardized for medium-frame stepper applications. The rotor and stator use a two-stack, high-torque configuration, which increases available torque by extending the active magnetic structure without widening the frame. Electrical sizing uses a current base value of 10 together with a scaling factor of ×10 (10^1). B&R stepper drives use these values to select the applicable phase-current parameters for the motor. Correct current settings help the motor produce the intended torque while limiting unnecessary winding heat. The fixed flange dimensions also simplify alignment with compatible brackets, couplings, and machine plates.
The internal motor family designation is 80MP Stepper Motor, and the unit carries design revision 01. The associated motor-stacks code 4 allows a compatible controller to select the corresponding motor data for motion calculations. An ABR incremental encoder is fitted to provide position feedback from the motor shaft. The encoder produces quadrature channels for tracking movement direction and relative position, while its reference channel supplies a repeatable index point. This feedback allows the control system to compare measured shaft movement with commanded steps and detect position errors caused by an overloaded or stalled axis. The encoder does not change the motor’s stepper operating principle, but it adds monitoring that can support semi-closed-loop operation. Accurate encoder counting depends on suitable signal wiring, grounding, and controller input settings within the machine installation.
