Product Description:

The BA3640-7013-1 is a permanent-magnet direct-current motor manufactured by Pacific Scientific within the Permanent Magnet DC Motors series. It is built for automated equipment that must operate from low-voltage sources, such as mobile workstations, small conveyor sections, and battery-powered material shuttles. By transforming stored electrical energy into rotational motion at a predictable torque curve, the unit drives mechanical elements in cells where high-voltage AC service is unavailable, constrained, or undesirable for safety reasons.

The motor's nameplate voltage is 24 V, indicating that it is intended for low-voltage direct-current supplies common in mobile machinery or backup power systems. At this voltage, the armature draws a continuous 28 A, a figure that guides cable sizing, fuse selection, and the rating of the associated electronic drive. That current allows the shaft to deliver 3/4 HP of mechanical output, providing moderate power without overstressing vehicle or battery resources. When operating at rated load, the rotor stabilizes near 1150 RPM, a speed that matches common gearbox ratios used in material-handling lines. A Totally Enclosed Non-Ventilated configuration, identified as TENV, prevents airborne debris from entering the frame and removes heat through the external surface rather than forced airflow.

The electromagnetic system is powered by DC, so brush commutation manages the air-gap flux without the complexity of synchronized inverters. Compatibility with PWM or battery power lets the motor run from either a chopper drive for variable speed or a straight battery connection for fixed duty. The supply threshold is categorized as LVDC, confirming that creepage and clearance margins are optimized for sub-60 V circuits. Because the field is produced by a permanent-magnet DC design, no external excitation winding is required, lowering losses and promoting quicker dynamic response during start-stop cycles.