2AD132D-B35OB2-AS03-A2N2

MPN: R911264604

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The Bosch Rexroth Indramat 2AD132D-B35OB2-AS03-A2N2 motor, from the 2AD 3-Phase Induction Motors series, is a blower-cooled synchronous servo motor. It offers a rated power of 7.4 kW, a rated speed of 3000 rpm, and a rated torque of 24 Nm. The motor features IP65 protection and a B35 flange mounting type.

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Product Description:

The 2AD132D-B35OB2-AS03-A2N2 Servo Motor from Bosch Rexroth is a robust industrial drive solution which features a B35 construction for versatile mounting. The 2AD series modules function at a 290 volts voltage and its AS winding designation reflects optimized electrical design which is suitable for precision-driven industrial automation and machine tool applications.

The 2AD132D-B35OB2-AS03-A2N2 servo motor has a power cable that exits on side B and its connector is directed toward side E (likely a specific lateral or end orientation). It has a 1500 min⁻¹ speed which is typical for a 4-pole motor on a 50 Hz supply. The 2AD series servo motor is cooled using an axial fan that directs the air from side A to side B for heat dissipation that allows higher power density. The location of the power box is the top of the motor which is useful for layout considerations and cabling convenience. It has a smoother shaft with presence of a key or spline which means there is not no protection against oil, dust or water ingress along the shaft. Its motor length of D refers to a specific length variant in the 2AD family. It is well suited for closed loop systems because of the presence of a digital servo feedback.

The 2AD132D-B35OB2-AS03-A2N2 servo motor comes with a 140 newton meters of a nominal torque which is important for load matching and motion profiles. It has an IEC motor frame size of 132 which implies mounting and housing dimensions that includes shaft height (typically 132 mm from base to shaft center). It is capable to output 22 kilowatts of mechanical power continuously whenever it is running at its rated speed and torque. During light-load conditions its peak speed can be up to 7500 RPM which shows high-speed capability for dynamic applications.

Cooling Method
Blower cooled
Encoder Type
Incremental encoder
Frame Size
132 mm
Maximum Torque
48 Nm
Mounting Type
B35 Flange
Protection Class
IP65
Rated Current
15.2 A
Rated Power
7.4 kW
Rated Speed
3000 rpm
Rated Torque
24 Nm
Rated Voltage
400 V AC
Type
Synchronous Servo Motor
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Frequently Asked Questions about 2AD132D-B35OB2-AS03-A2N2:

Q: Why is the axial blower cooling used in this motor instead of natural convection?

A: Axial blower cooling provides continuous airflow, improving thermal management during high-load operations. This ensures the 2AD132D-B35OB2-AS03-A2N2 operates efficiently without overheating.

Q: How does the digital servo feedback enhance motion control accuracy?

A: Digital feedback enables high-resolution position tracking, critical for closed-loop systems. It ensures precise speed, torque, and position control in dynamic industrial applications.

Q: What advantage does the smooth shaft design offer in the 2AD132D-B35OB2-AS03-A2N2 servo motor?

A: A smooth shaft allows for flexible coupling with various driven components. It also reduces mechanical wear and simplifies alignment in high-speed applications.

Q: Why is the motor frame size 132 important in machine integration?

A: Frame size 132 offers compatibility with standard IEC mounting configurations. This simplifies mechanical design and replacement in existing setups.

Q: How does 54 A nominal current affect drive system design?

A: High nominal current ensures the motor can handle significant torque under load. It also requires properly rated drives and cables for safe operation.


Internal Product Review

  • ‘‘The 2AD132D-B35OB2-AS03-A2N2 servo motor offers 140 Nm nominal torque, 22 kW continuous power, and digital servo feedback for closed-loop control. Its B35 mounting, axial blower cooling, and 7500 RPM peak speed support dynamic, high-precision tasks. It is Ideal for demanding environments requiring reliability, flexibility, and consistent thermal performance.’’

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