2AD160C-B35OR1-BS03-A2V1
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MPN: R911250717
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The 2AD160C-B35OR1-BS03-A2V1 is a three-phase AC synchronous motor with a rated power of 47 kW and a rated voltage of 400 V. Manufactured by Bosch Rexroth Indramat, it is part of the 2AD 3-Phase Induction Motors Series and features flange and foot mounting. This motor includes IP65 protection and external fan cooling.
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Product Description:
The 2AD160C-B35OR1-BS03-A2V1 product codes refers to a Servo Motor produced by Rexroth Indramat. This motor integrates advanced feedback and precise control to support demanding motion tasks effectively.
The 2AD160C-B35OR1-BS03-A2V1 servo motor achieves a peak speed of 6000 min⁻¹ with stable dynamic response. The average noise level measured at one meter with PWM frequency of 4 kHz is 75 ± 3 dB (A). The motor feedback is high resolution which supports precise positioning and efficient speed regulation. The output shaft of the motor is smooth that is designed for secure torque transmission in aligned couplings. No sealing ring is provided in this motor shaft which requires careful consideration during integration in contaminated environments. The motor operates at a nominal voltage of 299 volts which represents the standard operating voltage required for optimal performance under rated conditions. The construction type allows flange and foot mounting that gives flexibility for different installation setups. The heavy duty bearing assembly on side A withstands greater radial loads. A cylindrical roller bearing absorbs radial forces efficiently. This setup should only be used in specific cases as it doubles lubricant consumption. The motor requires a rated current of 90 amperes to deliver its rated output power and maintain stable operation at the specified load. The design supports robust use under industrial automation, handling and machining systems where torque stability is critical.
The 2AD160C-B35OR1-BS03-A2V1 servo motor combines compact construction with functional adaptability. For control integration, a side-B shaft extension is only required when used with DIAX01 controllers such as KDA, TDA, or RAC where absolute rotor position values are necessary for precise track control. In such cases, an absolute encoder can be coupled on side B to deliver accurate position feedback.
Frequently Asked Questions about 2AD160C-B35OR1-BS03-A2V1:
Q: What should be considered when mounting the 2AD160C-B35OR1-BS03-A2V1 motor in variable industrial configurations?
A: Its flexible housing allows both flange and foot mounting to support diverse installation geometries. This ensures adaptability across multiple mechanical layouts without compromising alignment or torque stability.
Q: How does the 2AD160C-B35OR1-BS03-A2V1 motor ensure reliable shaft coupling without slippage in precision motion systems?
A: The smooth output shaft design promotes uniform torque transmission in precision-aligned couplings. However, absence of a sealing ring necessitates clean operating conditions to prevent contamination-related failures.
Q: What are the implications of using the 2AD160C-B35OR1-BS03-A2V1 with cylindrical roller bearings under radial load?
A: The side A integrates heavy-duty bearings to manage sustained radial forces effectively. In high-load cases, using cylindrical roller bearings improves load tolerance but increases lubricant consumption significantly.
Q: Can the 2AD160C-B35OR1-BS03-A2V1 motor integrate seamlessly with DIAX01 drive controllers for closed-loop tracking?
A: It supports side-B shaft extension when paired with KDA, TDA, or RAC modules. An absolute encoder is necessary on side B to maintain precise rotor position feedback in dynamic tracking tasks.
Q: How does the 2AD160C-B35OR1-BS03-A2V1 servo motor maintain performance accuracy at varying speeds?
A: Its high-resolution feedback system ensures accurate positioning and consistent speed regulation across the motion range. This enables dependable control in automation and machining tasks requiring stable dynamics.
