Product Description:

The 2AD134B-B05OL1-FS07-A2N1 belongs to the 2AD 3-Phase Induction Motors series manufactured by Bosch Rexroth Indramat. As an asynchronous drive, it delivers constant rotary power for positioning, conveying, and processing equipment that must run from a three-phase supply while being supervised by modern drive controllers. It is intended for controlled industrial motion where stable output and continuous operation are required. The motor is suited for applications that combine steady running with closed-loop speed regulation.

This motor is cooled by an integrated axial blower, so airflow is forced lengthwise along the housing to remove heat during continuous duty. Position and speed are returned to the drive through digital feedback with a multiturn absolute encoder. The encoder retains revolution data after power loss, which reduces the need for repeated reference moves when the system restarts. The mechanical frame follows motor size code 134, giving the stator diameter associated with this motor platform. Motor length code B identifies the active stack length without changing the flange dimensions. Installation is provided through flange mounting, allowing direct coupling to gearboxes or machine plates without base feet. Incoming power is routed through a top-side power plug with blower plug, and the conduit faces left so cabling can enter parallel to the machine frame. Standard-grade bearings support the rotor, and vibration isolation of grade R is maintained across the speed range.

The output end uses a smooth shaft without a shaft seal, which eliminates keyways and helps reduce particulate traps in light-duty tensioning systems. Side B is supplied without a shaft end so the motor can fit close-coupled encoders or fans. For applications that rely on motor torque or external clamps to hold position, the unit is supplied without a holding brake. Dynamic balance follows vibration grade R, keeping radial displacement within limits for precision tools. Electrical behavior is matched to drive inverters through winding code FS, which corresponds to the stator resistance and inductance used for the expected voltage class.