2AD160C-B05OA6-BS03-A3N1
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MPN: R911291547
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The Bosch Rexroth Indramat 2AD160C-B05OA6-BS03-A3N1 belongs to the 2AD 3-Phase Induction Motors series and is an AC servo motor with axial airflow cooling. It delivers a rated power of 18.5 kW and a rated torque of 88 Nm. The motor is protected with an IP65 rating, while the blower has an IP44 protection class.
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Product Description:
Bosch Rexroth Indramat produces the 2AD160C-B05OA6-BS03-A3N1 AC induction motor. This motor is a member of the 2AD AC induction motor series. The motor weighs around 240 kg and has a flange mounting technique and a smooth shaft with no seal. The motor's design prioritizes dependable speed performance and consistent torque.
With a nominal power of 37 kW and a nominal torque of 236 Nm, the 2AD160C-B05OA6-BS03-A3N1 AC induction motor can handle severe drive requirements. The motor operates on a nominal current of 90 Aeff and a voltage of 299 Veff. With a nominal speed of 1500 rpm and a maximum speed of 6000 rpm, the motor can be used in various automation systems. Its radial blower cooling mechanism maintains thermal equilibrium during lengthy duty. The motor is equipped with a feedback device that includes a high-resolution motor feedback system for accurate control and monitoring. A connector cross-section of at least 35 mm² ensures reliable electrical connections. The motor meets vibration grade R requirements and uses a typical bearing design. A terminal box located at the very top, facing Side A, serves as the power connection. The design does not have a retaining brake, but a shaft extension is offered at the shaft's end on Side B.
This 2AD motor's specs include a BS winding code and a 160 motor size code. The motor's operation environment is governed by the ambient temperature range of 0 to 40 degrees Celsius. The motor has a heat dissipation constant of 65 minutes and a rotor moment of inertia of 0.229 kg·m², ensuring stability even under changing loads. The 2AD160C-B05OA6-BS03-A3N1 motor ensures optimal mechanical and electrical compatibility. To improve automation effectiveness and process dependability, the motor integrates specified torque and speed characteristics.
Frequently Asked Questions about 2AD160C-B05OA6-BS03-A3N1:
Q: Why does 2AD160C-B05OA6-BS03-A3N1 use radial blower cooling?
A: The motor uses a radial blower cooling system that stabilizes operating temperatures. It ensures consistent thermal balance during extended duty cycles that prevent overheating under mechanical loads.
Q: How does 2AD160C-B05OA6-BS03-A3N1 achieve stable torque output?
A: The motor achieves stable torque output through a 236 Nm nominal torque design. This allows continuous mechanical drive stability that supports demanding automation processes without torque fluctuations.
Q: Why does 2AD160C-B05OA6-BS03-A3N1 exclude holding brake?
A: The motor excludes a holding brake that reduces unnecessary mechanical resistance. This configuration is suitable for drive systems that require free shaft rotation without static holding requirements.
Q: How does 2AD160C-B05OA6-BS03-A3N1 maintain accurate speed control?
A: The motor maintains accurate speed control through high-resolution motor feedback. This feedback system ensures precise monitoring that supports synchronized operation with controlled speed adjustment and position accuracy.
Q: Does 2AD160C-B05OA6-BS03-A3N1 withstand continuous electrical load?
A: The motor withstands continuous electrical load with a 90 Aeff nominal current rating. The electrical design ensures reliable power delivery that sustains stable operation during extended duty.
