Product Description:

The BA3637-2660 is a permanent-magnet DC servo motor produced by Pacific Scientific and included in the Permanent Magnet DC Motors series. The unit is designed to convert low-voltage direct current into proportional torque and speed for conveyor sections, small traction drives, or indexing tables within industrial automation. By integrating a commutated armature with high-energy magnets, the motor supports closed-loop control when paired with a pulse-width-modulated amplifier or battery source, making it suitable for mobile and stationary machinery that demand reliable motion response.

The electrical ratings show how the motor is intended to be driven. A supply of 24 VDC places the windings in the low-voltage category designated as LVDC, which simplifies insulation demands and reduces arcing at the brushes. When operated at that voltage, the armature can absorb 29 A of current, and the electromagnetic conversion yields a mechanical output of 0.75 HP. At the rated point, the shaft turns at 1800 rpm, a speed that fits direct coupling to gearboxes or belt drives without excessive reduction stages. These operating values suit DC servo motor use and allow smooth velocity profiling through modern chopper or linear regulators.

Mechanical features support heat dissipation and installation. The housing is built to the TENV standard, so the enclosure is totally enclosed and non-ventilated, relying on surface dissipation instead of airflow. Installation flexibility is provided by a NEMA C Face mount that centers the shaft while allowing rapid attachment to gear reducers or pump heads. For base-plate layouts, a removable base can be fitted or detached to match foot or flange requirements. The duty designation PWM or battery rated confirms that continuous operation is acceptable when the motor is driven by chopped DC from an inverter or by steady battery voltage without overheating.