2AD160B-B35OA1-BS11-A2N1

MPN: R911239760

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The 2AD160B-B35OA1-BS11-A2N1 motor includes a frame size of 160, a rated torque of 140 Nm, an air cooling method with a blower mounted, and IM B35 flange and foot mounting. Part of the 2AD 3-Phase Induction Motors by Bosch Rexroth Indramat, it offers IP65 enclosure protection and operates at a rated speed of 1500 rpm.

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Product Description:

The 2AD160B-B35OA1-BS11-A2N1 is a heavy-duty 3-phase induction motor, a product of Bosch Rexroth Indramat, with a nominal current of 72 Aeff for constant performance and optimal energy usage. This motor has a nominal power rating of 30 kW to provide constant and reliable performance for equipment running constantly under heavy loads.

This motor is capable of achieving a nominal speed of 1500 min-1, suitable for applications where uniform rotation speed and accuracy are needed. This motor has a simple shaft of 110 mm length with a firm and secure connection to the driven machinery. The rotor moment of inertia of this motor is 0.174 kgm2, which gives it the ability to operate smoothly in load-changing conditions. This motor is equipped with an electrically engaged holding brake, used to prevent unexpected motion during periods of idleness. The holding torque of this motor's brake is 130 Nm, which ensures its firm holding at a position and safe stopping during operational stoppages. With a weight of 205 kg, the 2AD160B-B35OA1-BS11-A2N1 is a heavy-duty motor intended for prolonged use in industrial settings. This induction motor can be installed up to an altitude of 1000 m above sea level, which means it is perfectly suitable for different geographical areas and conditions without losing functionality.

This motor is built with Standard bearings, which guarantee its long-term durability and fewer maintenance needs to make it suitable for constant, high-performance operations. This induction motor has an insulation rating of F based on DIN VDE 0530 Teil 1, which gives it the ability to operate at high temperatures. The 2AD160B-B35OA1-BS11-A2N1 induction motor accommodates both flange and foot mounting configurations for easy installation across different configurations. The holding brake moment of inertia of this motor is 0.0065 kgm2 to ensure that there is minimal impact on its performance during braking.

Bearings type
Standard
Holding brake moment of inertia
0.0065 kgm2
Holding brake type
Electrically engaged
Holding torque
130 Nm
Insulation classification DIN VDE 0530 Teil 1
F
Mass
205 kg
Motor nominal speed
1500 min-1
Mounting type
Flange and foot mounting
Nominal current
72 Aeff
Nominal power
30 kW
Output shaft type
Plain shaft
Rotor moment of inertia
0.174 kgm2
Shaft length
110 mm
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Frequently Asked Questions about 2AD160B-B35OA1-BS11-A2N1:

Q: What role does the 0.174 kgxm^2 rotor inertia play in the 2AD160B-B35OA1-BS11-A2N1 motor?

A: It improves the motor's ability to resist speed fluctuations during sudden load changes. This ensures stable rotational speed under dynamic operating conditions.

Q: How does the plain shaft design help in torque transmission for this motor?

A: The plain shaft allows for direct and rigid coupling to driven equipment. This minimizes torque losses and mechanical play during operation.

Q: Why is Class F insulation important for industrial motors like this?

A: Class F insulation provides higher thermal tolerance, allowing safe operation at increased winding temperatures. This reduces insulation wear over prolonged duty cycles.

Q: How does the low brake inertia of 0.0065 kgxm^2 benefit the 2AD160B-B35OA1-BS11-A2N1 motor?

A: It enables quicker response when the brake engages, shortening stop times. This helps improve overall machine cycle speed and safety during emergency stops.

Q: What advantage does flange and foot mounting offer for this motor?

A: This dual mounting flexibility makes the motor suitable for both vertical and horizontal installation setups. It provides easy integration into various industrial machine frames.


Internal Product Review

  • ‘‘The 2AD160B-B35OA1-BS11-A2N1 induction motor delivers 30 kW power with a nominal speed of 1500 min-1 and operates at 72 Aeff current. Its 0.174 kgxm^2 rotor inertia ensures smooth load handling during speed changes. The 130 Nm holding brake provides secure shaft locking, making it ideal for dynamic load applications.’’

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