Product Description:

The 2AD200C-B35OL2-AS03-B2V2 three-phase induction motor is produced by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. As an AC induction unit, it converts electrical energy into rotational torque for conveyors, gantry axes, and machining spindles in automated cells. The motor is suited for drive systems that pair it with an inverter and external feedback processing for controlled motion. Its option codes adapt the unit to applications that run continuously under thermal load while still requiring steady speed and repeatable response.

Its heavy-duty bearings support high radial and axial loads common in belt-driven or gear-coupled systems. Axial blower cooling moves air along the housing so the motor can maintain stable thermal performance even when shaft speed drops during process changes. Integrated high-resolution motor feedback supplies fine position data for closed-loop speed and torque control, helping the connected inverter react smoothly to changing load demand. The frame identified by motor size code 200 gives the motor a large mechanical envelope for higher continuous output. The C motor length suits medium-inertia applications, and flange and foot mounting allows attachment to either a machine face or a base structure.

The wiring interface uses a top power connection position that exits to the left through a sealed junction box, which helps organize cable routing in crowded cabinets. Dynamic balance follows vibration grade S, reducing transmitted vibration to couplings, tooling, and nearby machine structures during operation. The electromagnetic package uses winding code AS, matching the resistance and inductance values expected by standard 400 V inverters for responsive torque buildup. Because the motor is supplied without a holding brake, static load support must be provided by the drive or by an external brake. The drive-side shaft is balanced with the full key and is supplied without a shaft seal, while the open shaft end on side B can be used for through-shaft actuation when the machine layout requires it.