Product Description:

The 2AD104B-B05OC2-CS06-C2N1 is built by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. This unit is an AC induction motor that converts three-phase power into controlled torque for automated machinery across factories and process lines. When integrated into a drive system, it provides steady rotary output that can be regulated by servo controllers and monitored through feedback devices during continuous industrial operation. It is commonly used where stable motor speed and repeatable torque are needed for conveyors, winding sections, and machine-tool auxiliaries. Its design also suits automated systems that require continuous rotation rather than rapid indexing with frequent starts and stops.

Thermal management relies on an axial blower that channels air along the frame, and the ventilator uses an independent 230 V supply. The motor uses size code 104 with length code B, which indicates the stator stack length and overall footprint for medium-power spindle and process applications. A flange mounting interface centers the housing on the driven load, while the upper cable entry keeps the electrical connection area organized on one face of the machine. Real-time position and speed signals are provided through digital servo feedback, allowing closed-loop regulators to track slip and maintain commanded velocity. Because the blower is separately powered, cooling can remain active during controlled deceleration or low-speed operation. The winding designation CS is used to match impedance limits with compatible inverters.

For applications where residual torque or gravity loads are restrained externally, the motor is supplied without a holding brake, which reduces overall length and inertia. The rotor is balanced to vibration grade R, helping limit oscillation forces in precision assembly and handling equipment. Power and blower leads terminate in a top-mounted junction box, which simplifies routing when the drive cabinet is positioned nearby and keeps access in one location. The output uses a smooth shaft with a shaft seal to help prevent oil migration toward connected equipment. Side B remains open without a second shaft extension, which supports compact integration where installation depth is limited. The lack of a brake means holding force must come from the machine or from controlled motor torque at standstill.