ADP164B-B35OA1-DS0H-B2N1
The Bosch Rexroth Indramat ADP164B-B35OA1-DS0H-B2N1 motor is a high-performance unit in the ADP 3-Phase Induction Motors series, designed for demanding industrial applications. This motor features a compact profile with a motor length dimension that optimizes installation space, while its robust Design: B35 housing ensures easy flange mounting. Manufactured by Bosch Rexroth Indramat, the ADP164B-B35OA1-DS0H-B2N1 combines efficient power transmission with the durability expected of top-tier servo and rotary main drives. It employs a balanced rotor assembly keyed for precise torque delivery, and its output shaft is delivered without a shaft sealing ring for straightforward coupling. Early integration into automation systems is simplified by an A-Side Connector for power input and a Top oriented Power Connector Position, minimizing cable routing conflicts. The motor’s windings are configured in Winding Type: DS, balancing thermal performance with electromagnetic efficiency.
Performance characteristics of the ADP164B-B35OA1-DS0H-B2N1 center on reliable torque production under varying load conditions. The DS windings deliver consistent electromagnetic flux, reducing cogging and smoothing acceleration profiles. Natural convection cooling limits temperature rise during continuous operation, provided the motor is installed in a well-ventilated location. The keyed rotor design yields a stable torque curve across the speed range, making it ideal for precision positioning and constant-speed tasks. With its A-Side power connector interface, the motor maintains low electrical impedance and minimal voltage drop under high current draw. The top-mounted connector placement further streamlines integration into control cabinets and simplifies field wiring.
Built to withstand industrial environments, this induction motor meets IP65 protection class standards, safeguarding internal components against dust ingress and water jets. Its balanced construction minimizes vibration and extends bearing life, supporting maintenance intervals beyond five years under normal operating conditions. The open-shaft design allows direct coupling to gearboxes, encoders, or load spindles without additional adapters, enhancing system flexibility. Integration with standard motor feedback cables ensures accurate speed and position monitoring when paired with modern drive controllers. Typical applications include metal forming machinery, textile processing lines, automated material handling, and rotary indexing systems where robustness, ease of installation, and long-term reliability are critical.
