Product Description:

The 2AD180C-B35OB1-BS03-B3V1 is an AC induction motor built by Bosch Rexroth Indramat and included in the 2AD 3-Phase Induction Motors series. Designed to drive machine tools, packaging modules, and other automated stations, it converts three-phase electrical energy into continuous rotary motion for shafts or couplings. Heavy-duty bearings support high radial loads, and the unit is supplied without a holding brake, so external locking or sustained drive torque must secure static positions. This arrangement is suitable for systems that keep an axis in place through the connected drive or a separate mechanical holding device.

The cooling circuit relies on an axial blower that forces air along the housing to limit winding temperature during continuous duty. Position and speed data are returned through high-resolution motor feedback, enabling precise closed-loop control during acceleration, steady operation, and stopping. The frame length is indicated by the C code, while the outside diameter corresponds to size 180; this combination helps match the motor to available installation space and load demands. Installation is versatile because the housing permits flange and foot mounting, allowing either base or face attachment. Side B carries the finished shaft end, and the steel shaft is balanced with the entire key while running without a shaft seal to reduce friction. Internally, winding code BS matches the electrical and thermal characteristics expected by the standard 2AD drive platform.

Electrical terminations exit to Side B, and the feeder is routed upward because the power connection sits on the top of the frame. Conductors are landed inside a terminal box that provides strain relief and phase separation, helping keep the wiring organized in enclosed machine spaces. This cable orientation keeps leads clear of coolant trays and supports orderly routing when several motors are installed near the same control cabinet. Operational smoothness is supported by the motor’s vibration grade R, which helps limit transmitted oscillation on precision machine structures. The connection layout also keeps the access point easy to reach when the motor is mounted near guards, panels, or other closely spaced equipment.