2AD101D-B05OA1-BD03-E2N1
The Bosch Rexroth Indramat 2AD101D-B05OA1-BD03-E2N1 AC induction motor from the 2AD 3-Phase Induction Motors series represents a robust asynchronous drive solution engineered by Bosch Rexroth Indramat. This motor delivers high output performance for machine tool spindles and servo drives in reshaping, printing, and packaging applications. As an air-cooled induction motor with an Axial Blower cooling type, it supports a broad speed range under field control. The design incorporates a Motor Size Code: 101 frame and a Motor Length Code: D, ensuring compatibility with industry-standard mounting interfaces. Its flange mounting configuration and sturdy construction make it ideal for demanding industrial environments.
Featuring detailed technical specifications, this motor is equipped with Bearings: Standard and a Vibration Grade: R classification for reliable operation under mechanical stress. The Mounting: Flange mounting arrangement is complemented by a Power Connection Type: Terminal Box (on blower) located at the Power Connection Position: Top. The shaft is balanced with a half key, specified as Shaft Type: Without shaft seal, balanced with half key, and includes a non-driven Shaft End (Side B): Without shaft end. Winding performance is defined by Winding Code: BD, while the absence of a brake is indicated by Brake: Without holding brake. Motor feedback is provided via a Feedback Device: High-resolution motor feedback interface for precise speed and position regulation.
Operational performance is characterized by a Base Motor Speed: 1500 rpm and a maximum capability up to Peak Speed: 9000 rpm. The motor achieves a continuous Rated Power: 9.5 kW output and delivers a Rated Torque: 60 Nm at full load. It operates with a Rated Current: 42 A draw, maintaining efficiency across its speed range. The unit is designed for ambient conditions from Nominal Temperature: 0 to 45 Celsius, ensuring stable performance in typical factory settings. The balanced rotor inertia and optimized cooling maintain thermal stability during prolonged operation.
System integration is straightforward when paired with compatible drive controllers, leveraging the high-resolution feedback loop for closed-loop speed and position control. Pre-commissioning requires drive programming to match application-specific profiles, ensuring optimal response and protection against solid object and water ingress. Target applications include main spindle drives in CNC machine tools, high-precision packaging lines, and dynamic printing systems where rapid acceleration and precise torque control are essential.
