2AD164B-B35OA1-BS16-A2N1
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MPN: R911309696
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The 2AD164B-B35OA1-BS16-A2N1 is a 3-phase induction motor with a rated speed of 1500 rpm and a rated torque of 61 Nm. Designed by Bosch Rexroth Indramat, this motor is part of the 2AD Series and boasts a protection class of IP65. It features resolver feedback, 36 A rated current, and delivers approximately 11 kW of power.
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Product Description:
The 2AD164B-B35OA1-BS16-A2N1 Induction Motor is provided by Bosch Rexroth Indramat for automated industrial systems. The motor provides consistent duty performance under varied operational demands. Its construction supports longevity in extended production cycles. Efficiency and controlled operation define its role across automation tasks. The design sustains dependable output in diverse installation environments.
The 2AD164B-B35OA1-BS16-A2N1 motor applies an axial blower as its cooling mode. This forced ventilation maintains thermal stability during extended operation and prevents premature insulation stress. The airflow direction is B to A. This defined current of air provides predictable dissipation and avoids localized heating near the winding heads. An electrical clamp holding brake is integrated. The brake provides secure shaft locking during downtime which minimizes risk of unplanned movement. Motor feedback is established through digital servo feedback. Such a system increases control resolution which ensures accurate synchronization with automation controllers. The total mass of the motor is 205 kg. The nominal voltage is 470 Veff which enables efficient power conversion and maintains conformity with industrial supply standards. Rotor moment of inertia is 0.174 kgm² which improves dynamic response while preserving stability during rapid acceleration cycles.
The 2AD164B-B35OA1-BS16-A2N1 motor requires a minimum connection cross section of 16 mm² which ensures safe current transfer and reduces the risk of overheating in power cables. The B-side shaft end is supplied without extension. Absence of a secondary shaft simplifies mounting in compact drive assemblies and reduces potential misalignment issues. Standard bearings are employed. These bearings maintain constant load distribution and provide longevity in continuous-duty operation. The thermal time constant is 60 min which indicates strong thermal retention. This value supports longer load cycles before critical temperature limits are approached.
Frequently Asked Questions about 2AD164B-B35OA1-BS16-A2N1:
Q: In what way does the 2AD164B-B35OA1-BS16-A2N1 benefit from axial blower cooling?
A: The forced ventilation ensures even airflow from B to A, preventing hot spots and extending insulation life during continuous operation.
Q: Which role does the integrated holding brake serve in automation?
A: The electrical clamp brake locks the shaft during downtimes, eliminating risk of drift and improving safety in automated processes.
Q: In what way does the 2AD164B-B35OA1-BS16-A2N1 motor improve control accuracy?
A: Its digital servo feedback increases resolution and enables precise synchronization with controllers, supporting exact positioning in industrial applications.
Q: Why is the rotor moment of inertia significant in high-speed cycles?
A: A 0.174 kgm² inertia allows responsive acceleration while maintaining stability, reducing vibration effects during load changes.
Q: Which maintenance practices sustain the reliability of the 2AD164B-B35OA1-BS16-A2N1?
A: Verifying cable cross section of 16 mm², inspecting bearings, and monitoring thermal limits ensures safe operation and longer service life.
