Product Description:

The 2AD184C-B35OD1-CS06-A2N3 is an AC induction motor produced by Bosch Rexroth Indramat as part of the 2AD 3-Phase Induction Motors series. In automated machinery, this motor converts three-phase electrical power into continuous rotary torque. It is suited for conveyors, metal-cutting spindles, and other axes that require regulated speed and high-duty operation. Because it is an induction motor, it is intended for systems that rely on a drive controller to regulate speed across changing load conditions. This operating style suits equipment that runs for long periods and needs stable torque delivery.

This model uses an axial blower for forced-air cooling, and the blower operates at 400 V. Control feedback is provided through digital servo feedback, allowing the drive to read rotor position and close the speed loop rapidly during operation. That closed-loop arrangement helps the drive respond quickly when load changes would otherwise pull the shaft away from its commanded speed. The housing supports flange and foot mounting, so it can be secured either to a face plate or a base frame. This gives more flexibility when the machine layout favors one installation method over the other. Power conductors enter a junction box on top of the stator and are routed toward Side B, helping keep cable runs clear of the driven load. The rotor has a smooth shaft without a seal, so the connected machine must prevent fluid ingress at the coupling. The motor uses vibration grade S1 and standard bearings to keep running vibration low. The motor is supplied without a holding brake, and there is no rear shaft end, so external braking or clamping must be used where back-driving is possible.

The active frame corresponds to motor size code 184, which uses a stator diameter suited to medium-power drives. Axial length is set by motor length code C, which provides an extended core that supports continuous torque without changing the mounting pattern. Electromagnetic behavior is set by the CS winding, which works with the blower-assisted cooling arrangement to help control copper temperature during sustained load. Within this frame family, that combination supports stable operation during long running periods. It also keeps the motor matched to applications that need continuous speed control under varying mechanical load.