Product Description:

The 2AD134C-B35OB1-DS06-C2N1 is an AC induction motor produced by Bosch Rexroth Indramat for the 2AD 3-Phase Induction Motors series. It is used in drive trains for conveyors, machine-tool spindles, and other automated axes where three-phase electrical input must be converted into controlled mechanical torque. In closed-loop systems, the motor supports asynchronous rotation and responds well to rapid speed changes commanded by the drive. It is suited for applications that require repeatable speed control and steady torque delivery under changing load conditions.

Standard bearings support the 134 frame and help limit radial deflection during continuous-duty operation. Because the motor is supplied without a holding brake, any suspended or static load must be secured by the drive or by an external clamp when power is removed. Cooling air is forced through the housing by a rear-mounted axial blower, which helps keep winding temperature within its intended operating range. Rotor position is returned to the controller through digital servo feedback, allowing slip compensation and stable speed control even at very low shaft speeds. The housing supports flange and foot mounting, and the unit uses a power connection on side B to keep incoming conductors away from the driven end.

The factory configuration uses a top-mounted power plug, so the three-phase leads and blower cable enter from above the housing. Torque is transmitted through a smooth shaft with a shaft seal, which helps limit lubricant migration from a coupled gearbox and reduces the chance of contamination reaching the bearing area. Dynamic balance follows vibration grade R, reducing mechanical excitation when the motor runs across a variable-speed range. The stator uses the DS winding code, which corresponds to the electrical characteristics expected by compatible inverters. The C-length housing provides additional active material compared with shorter frame lengths in the same motor size, which supports stable output in industrial duty cycles.