Product Description:

Bosch Rexroth Indramat's 2AD184C-B35OC1-CS07-B2N1 belongs to the 2AD 3-Phase Induction Motors series and is intended for use as the main drive element in automated machinery that requires constant torque from a three-phase supply. Within a production cell, the motor converts electrical energy to mechanical rotation for conveyors, printing cylinders, or forming rolls while digital drive controllers manage speed and torque. Its asynchronous operating principle uses a rotating magnetic field to produce shaft output without permanent magnets. This makes the unit suitable for process equipment that must hold steady motion over long operating periods.

The unit uses axial blower cooling; a dedicated fan operating at 400 V forces air along the stator to remove heat during continuous duty. Position and velocity are reported through digital feedback with a multi-turn absolute encoder, enabling closed-loop regulation and retention of position information across multiple revolutions. Its frame corresponds to size code 184, and the housing supports flange and foot mounting so the motor can be installed in either vertical or horizontal layouts. Power conductors terminate in a junction box on Side A, and routing is through the top of the enclosure to keep cable bends short. Standard bearings support the rotor.

The C-length stator package increases active iron without changing the mounting interface, allowing higher continuous output. Because the motor is supplied without a holding brake, any load holding must be handled by the mechanical system. The B-side carries a cover because that end is delivered without a shaft. Drive torque is transmitted through a balanced shaft with a keyway and without a shaft seal, reducing seal friction while preserving alignment. Dynamic balance meets vibration grade R, keeping oscillations low for connected tooling. Electrical performance follows winding designation CS, which matches the resistance and inductance values used by compatible Indramat inverters for current control.