Product Description:

The 2AD104B-B35OA1-CS06-C2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. Designed for mid-frame industrial drives, it converts regulated inverter output into variable-speed rotation for presses, packaging lines, and gantry axes in automated plants. Its B-length housing and CS winding match electrical performance to a moderate machine footprint on the machine frame. Because it is intended for inverter operation, the motor can respond across a broad speed range while maintaining the torque characteristics expected in automated handling and process equipment.

It employs axial blower cooling, a forced-air method that removes heat from the stator and supports consistent operation when surrounding airflow is limited. The integral blower is rated at 230 V, so it can be powered from common single-phase auxiliary circuits. Installation flexibility comes from flange and foot mounting, which allows face attachment to driven equipment while also supporting base installation. Power conductors enter through a top power entry and route toward side A for cleaner cable paths in vertical layouts. The motor is supplied without a holding brake, so stopping or load retention must be handled by the drive system or by the mechanics of the machine.

Closed-loop orientation is achieved by integrated digital servo feedback, which sends rotor position data to the drive for stable speed regulation under changing loads. The output uses a smooth shaft with a shaft seal, which supports direct coupling and helps keep dust or coolant splash away from the bearings. The motor follows size code 104, and the B length places the active stack in a medium thermal envelope that balances output and mass. Mechanical running quality is set to vibration grade R, which reduces residual imbalance during continuous duty. Standard bearings are fitted, Side B has no shaft end, and the power plug also connects the blower supply. This arrangement keeps the non-drive end compact and avoids a projecting shaft where clearance is limited near guards or machine frames.