2AD160C-B35RR1-BS01-A2V1
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MPN: R911243633
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The Bosch Rexroth Indramat 2AD160C-B35RR1-BS01-A2V1 is a part of the 2AD 3-Phase Induction Motors series and is a blower-cooled synchronous servo motor. It features a frame size of 160 mm and operates at a rated speed of 1500 rpm. With an IP65 protection class, it includes a holding brake and weighs approximately 95 kg.
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Product Description:
The Bosch Rexroth 2AD160C-B35RR1-BS01-A2V1 Asynchronous Servo Motor delivers stable performance under continuous load. The structure of the motor supports both flange and foot mounting. This motor supports exacting mechanical requirements with compact construction.
The 2AD160C-B35RR1-BS01-A2V1 servo motor has a total mass of 240 kg. It delivers a nominal torque of 236 Nm. The insulation classification of this motor is marked as Class F. This insulation class withstands elevated temperatures in long duty cycles. The rotor moment of inertia is 0.229 kgm² and the nominal voltage supply is 299 V. The motor is cooled using an axial blower system in which an axial fan generates a forced airflow directed along the motor’s longitudinal axis. The cooling air stream enters at the blower inlet located at side B and exits at side A that ensures continuous heat dissipation across the stator housing and rotor surfaces. The motor has a nominal power output of 37 kW and the average noise level is 75 ± 3 dB (A) at 1 m distance. A holding brake is not included in this motor version. The maximum peak speed of the motor is 6000 min⁻¹ and the power connection is positioned on the right side. The weight of this servo motor ensures stable mounting in large machine frames. The nominal torque allows high load operation with steady torque delivery.
The 2AD160C-B35RR1-BS01-A2V1 servo motor has a minimum wire connection cross section requirement of 35 mm². The nominal current of this servo motor during operation is 90 A. A sealing ring is not available in this model. The motor’s nominal speed is rated at 1500 min⁻¹ and it is equipped with bearings that are heavy duty type.
Frequently Asked Questions about 2AD160C-B35RR1-BS01-A2V1:
Q: What should be considered when mounting the 2AD160C-B35RR1-BS01-A2V1 motor in a multi-axis system?
A: Its 240 kg mass and combined foot and flange mounting provide mechanical stability under axial and radial stress. This supports rigid coupling in dynamic, large-format machines without compromising alignment.
Q: How does the 2AD160C-B35RR1-BS01-A2V1 motor manage thermal load during continuous heavy-duty operation?
A: It uses insulation classified as Class F, which tolerates elevated thermal stress during extended cycles. With a thermal time constant of 65 minutes, it supports consistent performance in high-load industrial tasks.
Q: What kind of vibration stability can I expect from the 2AD160C-B35RR1-BS01-A2V1 in high-inertia systems?
A: The motor’s rotor inertia of 0.229 kgm² helps resist abrupt motion changes and dampens vibration feedback. This benefits large-frame applications with aggressive torque demands or rapid directional shifts.
Q: In what way does the 2AD160C-B35RR1-BS01-A2V1 model accommodate airflow for thermal regulation?
A: Cooling is achieved through an axial blower with airflow from side B to A, ensuring continuous thermal exchange. This setup prevents heat saturation when the motor is enclosed or operating near upper load limits.
Q: What electrical configuration requirements should be considered when integrating the 2AD160C-B35RR1-BS01-A2V1 motor?
A: It requires a 35 mm² minimum wire cross-section to handle its 90 A nominal current safely. This ensures stable power delivery and prevents overheating in high-load duty cycles.
