2AD134C-B05OA1-DS36-B2N1
The 2AD134C-B05OA1-DS36-B2N1 synchronous AC servo motor from Bosch Rexroth Indramat integrates seamlessly into the 2AD 3-Phase Induction Motors series, offering a robust solution for demanding industrial automation tasks. This unit is rated as a Type synchronous AC servo motor and is engineered with an IP65 Protection Class to withstand dust ingress and water jets. It delivers a continuous torque of Continuous Torque (m N) and can reach peak outputs of Peak Torque (m Max), while operating at a Rated Speed (n N). The motor’s shaft height and mounting provisions enable precise alignment, complemented by its compact Motor Size Code and Motor Length Code designs. Equipped with highly accurate digital control, this part number ensures consistent performance in high-duty systems.
Featuring a Brake Torque of 100 Nm, the motor incorporates a standard holding brake that is electrically released to maintain position under power loss—although it does not provide personnel safety assurance. The drive system operates at a Rated Voltage of 365 V and delivers peak torque surges for rapid acceleration profiles. It employs a Feedback Device for closed-loop positioning, paired with a Winding Code that optimizes thermal stability under continuous load. The internal Bearings follow standard specifications for high longevity, while the Cooling Type axial blower ensures efficient heat dissipation over the motor surface. Power is supplied through a Power Connection Type with a plug interface, located at the Power Connection Position on the top housing.
Reliability is further enhanced by an industrial-grade Vibration Grade that mitigates resonance in demanding plant environments. The unit mounts via Mounting flange provisions, simplifying integration into existing assemblies. Its Shaft Type configuration is balanced with a full key, and the opposite side terminates without a stub shaft (Shaft End (Side B)) to reduce interference with adjacent components. Classified as an Product Type AC induction motor, this part is engineered for surface-cooled operation, guided by air shrouds to maintain continuous torque delivery. When planning installations, ensure adequate clearance for the blower screen and maintain seal integrity to prevent contamination and ensure long-term reliability.
