Product Description:

The 2AD280A-B03LL1-AS06-D2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. It converts three-phase electrical energy into continuous rotary motion for conveyor drives, packaging stations, and general material-handling equipment across automated plants. An integrated feedback channel and standardized mechanical dimensions allow it to operate with compatible Indramat drive controllers for closed-loop speed regulation. This arrangement supports stable motor control in applications that require repeatable motion, continuous operation, and predictable response under changing load conditions.

Heat is removed by an internal axial blower that pushes air along the stator length to keep winding temperature within the permitted operating range during continuous duty. Speed and position signals are provided through digital servo feedback, giving the connected drive accurate data for velocity control and motion monitoring. The motor uses frame size 280 and is prepared for foot mounting, which allows secure installation on a machine base or support structure. Power cabling exits on the left side and terminates in a sealed junction box on that face, which can simplify routing where the cable path approaches from that direction. Standard bearings support the rotor and carry the radial loads commonly found in belt-driven and gearbox-coupled systems.

Winding code AS identifies the electrical winding arrangement used in this motor, while length code A indicates a shorter core within the same frame size. The unit is supplied without a holding brake, so any static load retention must be provided by the drive or by an external mechanical device when the shaft is stopped. The output uses a balanced key shaft with a shaft seal, and the rear of the motor is built without a second shaft end to reduce overhung mass. Operational smoothness meets vibration grade R, which supports steady running in equipment that depends on controlled rotation and consistent shaft behavior.