2AD160C-B35OL1-BS01-D2N1
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MPN: R911238223
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The 2AD160C-B35OL1-BS01-D2N1 is an AC servo motor manufactured by Bosch Rexroth Indramat. Part of the 2AD 3-Phase Induction Motors series, it features a frame size of 160 mm and a rated power of 23 kW. The motor has a peak torque of 262 Nm and operates at a rated speed of 1,500 rpm. It offers IP54 protection.
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Product Description:
The 2AD160C-B35OL1-BS01-D2N1 Asynchronous Servo Motor provides efficient power delivery with precise torque output. The motor ensures smooth operation with stable performance across varying loads. Its robust construction supports long service life. The motor combines strong mechanical design with advanced electrical compatibility.
This 2AD160C-B35OL1-BS01-D2N1 servo motor from Bosch Rexroth delivers a nominal power output of 37 kW with a rated torque of 236 Nm. It operates at a motor nominal speed of 1500 min⁻¹ while its peak speed capability reaches 6000 min⁻¹. The output shaft of the motor is balanced with a whole key that ensures smooth transmission of motion. The motor runs at a nominal voltage of 299 V and requires a nominal current of 90 A for consistent operation. An integrated high resolution motor feedback enhances positional accuracy and efficiency during dynamic processes. The cooling is supported by an axial blower with air current directed from B to A. The total mass of the motor is 240 kg and it is equipped with standard bearings that support continuous use. The motor’s power connection is configured on the left hand side with the terminal box mounted laterally and oriented towards the left to ensure optimal accessibility for wiring, inspection, and maintenance operations.
The 2AD160C-B35OL1-BS01-D2N1 servo motor has a rotor moment of inertia that is rated at 0.229 kg·m² for stable acceleration and deceleration control. The minimum required conductor area for the electrical connection of this servo motor is 35 mm². This specification ensures that the wiring can safely handle the rated operating current without excessive voltage drop, overheating or insulation damage. It is recommended to use fine stranded copper conductors with appropriate insulation class to guarantee low resistance connections and reliable power delivery under continuous and peak load conditions.
Frequently Asked Questions about 2AD160C-B35OL1-BS01-D2N1:
Q: How does the 2AD160C-B35OL1-BS01-D2N1 servo motor maintain positional accuracy during high-speed dynamic loads?
A: It integrates high-resolution motor feedback for fine-grained position control. This ensures minimal deviation during rapid changes in motion cycles.
Q: What makes the 2AD160C-B35OL1-BS01-D2N1 suitable for heavy-duty automation systems requiring sustained acceleration?
A: Its 0.229 kg·m² rotor inertia and 65-minute thermal time constant support stable acceleration over prolonged workloads. These features suit applications requiring robust thermal endurance and inertia matching.
Q: Can the 2AD160C-B35OL1-BS01-D2N1 perform reliably across varying torque conditions in automated machinery?
A: It delivers 236 Nm rated torque with stable power output across fluctuating load conditions. The motor’s core design ensures minimal performance drift under mechanical stress.
Q: How does the axial cooling setup of the 2AD160C-B35OL1-BS01-D2N1 affect thermal management during extended operations?
A: An axial blower directs airflow from B to A for uniform thermal dispersion. This setup maintains system stability and prevents thermal overload in continuous duty cycles.
Q: What electrical integration considerations apply when deploying the 2AD160C-B35OL1-BS01-D2N1 in precision drive environments?
A: The motor requires a minimum cable cross section of 35 mm² for safe power delivery. Its left-positioned terminal box enables streamlined wiring access in dense layouts.
