Product Description:

The 2AD100C-B05OA4-AS03 is an AC induction motor manufactured by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. Designed for automated machine tools and conveyor drives, it transforms three-phase AC power into regulated shaft torque under inverter control. This operating style lets the motor support variable-speed duty where steady rotation and repeatable response are needed during changing process loads and continuous production cycles. The motor follows the dimensional framework set by size code 100 for the stator housing, while length code C denotes the active lamination stack. These coded values help allocate installation space accurately and match inertia to the driven load.

For continuous operation, the unit relies on an integrated axial blower that is energized at 115 V, so cooling air is available independent of rotor speed. The cooling method uses an axial blower, which keeps winding temperatures stable during low-speed machining cycles and prolonged loaded operation. Position and speed are monitored through high-resolution motor feedback, permitting tight velocity loops in digitally controlled systems and stable response during load changes. Mechanical attachment uses flange mounting, so the housing seats directly against a gearbox or machine wall without additional feet. Incoming phase conductors terminate on a sealed connector, which supports orderly cable routing and keeps the connection point enclosed.

Electrical leads enter from side A, and the connector is oriented on the top of the stator, a layout that clears nearby obstructions and supports a direct cable path in enclosed installations. The stator pack carries winding code AS, which matches the electrical characteristics expected by standard 400 V inverters and supports normal operation with compatible drive settings. The motor is supplied without a holding brake, so the shaft can coast when power is removed unless the machine uses a separate braking method. This arrangement is suitable for applications where stopping and holding functions are handled elsewhere in the drive system or by external machine hardware.