2AD104B-B35OB1-CS26-A2N1

2AD 3-Phase Induction Motors

Rated 4.8 stars (12 total reviews)

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2AD104B-B35OB1-CS26-A2N1, Bosch Rexroth Indramat, 2AD 3-Phase Induction Motors delivers a robust Product Type: AC Induction Motor engineered for continuous industrial operation. This motor features a Rated power: 4.6 kW output at a Rated speed: 1500 rpm and achieves up to Maximum speed: 9,000 rpm in dynamic applications. Its Shaft Type: Smooth shaft without seal promotes straightforward coupling, while the Motor Size Code: 104 and Motor Length Code: B define a compact profile for space-constrained installations. Designed for both flange and foot applications, the unit balances performance with installation flexibility.

The drive end is supported by Bearings: Standard assemblies rated to Vibration Grade R for low-noise durability, and the integrated Cooling Type: Axial Blower ensures consistent thermal management under full load. A precision Feedback Device: Digital servo feedback delivers accurate speed and position information, boosting control loop stability. Electrical connections are routed Power Connection Direction: To Side B and terminate at the Power Connection Position: Top, simplifying cable runs in dense control cabinets. Built-in Brake Torque: 24 Nm enables rapid holding and positioning without external hardware. The stator windings employ a Winding Code: CS configuration, optimized for efficiency and minimal heat generation. The rotor’s Moment of inertia of rotor: 0.014 kgm2 balances acceleration responsiveness with torque capacity, while acoustic emissions remain at a modest Noise level: 70 dB(A).

Engineered for seamless integration, the 2AD104B-B35OB1-CS26-A2N1 supports both flange and foot mounting, reducing assembly time in machine tools, conveyors, and pumps. Its axial blower cooling and robust bearing package provide reliable, maintenance-minimized operation in harsh industrial environments. Optimized feedback, braking, and connection features make this motor an ideal choice for precision-driven automation systems where uptime and consistent performance are critical.