Product Description:

The 2AD104C-B35OB1-CS06-D2N1 is an AC induction motor manufactured by Bosch Rexroth Indramat within the 2AD 3-Phase Induction Motors series. It uses the C frame length and 104 size code for medium-power drive stations, and its internal feedback system supplies precise rotor position data to the connected controller. In automated lines, the motor provides continuous rotary motion for conveyors, presses, and material-handling axes that must maintain stable speed under variable load. This combination of induction-motor durability and closed-loop feedback makes it suitable for applications that need dependable speed regulation during changing process conditions.

An internal cooling system driven by an axial blower keeps temperature within limits, and the blower operates from a 230 V auxiliary supply so cabinet wiring can use a common single-phase source. The motor’s transducer provides digital servo feedback, allowing the drive to track speed changes and respond quickly when the mechanical load varies. Mechanical integration is simplified by flange and foot mounting on the same housing, which gives more flexibility when the motor must fit an existing machine layout. A molded power plug carries both stator and blower conductors, and its top-entry orientation toward side B helps keep cable routing organized around nearby machine components. The CS winding code is intended for medium-speed operation, while standard bearings support the radial loads often found in belt-driven systems.

For continuous operation, the rotor is balanced with a full key, and a hardened shaft seal helps retain lubricant and reduce contamination at the output end. The opposite end is supplied without a holding brake, so stopping or load retention must be handled by the drive system or external hardware when the machine is at rest. Dynamic operation is supported by the R vibration grade, which is appropriate for use with precision couplings and other motion components that benefit from controlled mechanical balance. Cabling exits through side B and leaves from the top of the housing, which can help keep conduits clear of floor-mounted fixtures. Because there is no shaft end on the B side, the motor can fit more easily in installations where rear clearance is limited.