2AD132D-B35OB1-AS03-D2V1

MPN: R911251590

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The 2AD132D-B35OB1-AS03-D2V1 is a 3-phase AC induction motor with a power output of 7.5 kW and a speed of 1500 RPM. Manufactured by Bosch Rexroth Indramat, it is part of the 2AD 3-Phase Induction Motors series and features a B35 flange and foot mounting arrangement. It has an IP55 enclosure and weighs approximately 70 kilograms.

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Product Description:

The 2AD132D-B35OB1-AS03-D2V1 3-Phase Induction Motor is a heavy-duty industrial motor that is designed for high performance continuous duty operations. The motor is manufactured by Bosch Rexroth Indramat.

The 2AD132D-B35OB1-AS03-D2V1 3-Phase Induction Motor has a high-resolution motor feedback system. The product has a “D” length code to improve output capacity. It has a flange and foot mounting structure for stable installation. This motor has no holding brake installed due to which reduces overall part complexity. It has a shaft seal and a balanced shaft with an entire key. The shaft end on side B is not included in the design. The power connection position is located on the top and the top-side power position assists in organized cable routing. The power is directed through side B for simplified integration. The vibration grade is classified as “R” for reduced mechanical noise. This product type is classified as an AC induction motor. The feedback system improves motion accuracy during industrial applications. The motor supports heavy-duty bearings for long-term durability. This design confirms high operational reliability in operational environments. The balanced shaft design reduces internal vibration. This supports smooth mechanical motion under load. The motor structure enables flexible configuration in various mounting setups. The feedback system enables precise torque and speed control. This induction motor is built for high reliability and long service life.

The 2AD132D-B35OB1-AS03-D2V1 2AD 3-Phase Induction Motor is widely applied in industrial motion systems. This motor offers accurate control and stable mechanical performance. The motor uses an axial blower mechanism for the cooling system. This cooling setup provides efficient temperature control during operation. The axial blower cooling suits continuous-duty cycles with minimal interruption.

Bearings
Heavy-duty
Brake
Without holding brake
Cooling Type
Axial Blower
Feedback Device
High-resolution motor feedback
Motor Length Code
D
Mounting
Flange and foot mounting
Power Connection Direction
To Side B
Power Connection Position
Top
Product Type
AC Induction Motor
Shaft End (Side B)
Without shaft end
Shaft Type
Shaft seal, with balanced with entire key
Weight
70 kg (approximate)
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Frequently Asked Questions about 2AD132D-B35OB1-AS03-D2V1:

Q: How does the D-length code in 2AD132D-B35OB1-AS03-D2V1 improve motor performance?

A: The D-length increases motor shaft extension, allowing enhanced torque output and thermal dissipation. This supports higher mechanical loads in continuous-duty operations.

Q: Why is a shaft seal included in the 2AD132D-B35OB1-AS03-D2V1 motor?

A: The shaft seal protects internal components from dust and contaminants. This extends the motor’s service life in harsh industrial environments.

Q: How does the balanced shaft contribute to mechanical stability?

A: The balanced shaft reduces internal dynamic forces during rotation. This minimizes vibration, promoting smooth motion and reducing bearing stress.

Q: Why is there no holding brake in the 2AD132D-B35OB1-AS03-D2V1 motor?

A: The absence of a holding brake simplifies the mechanical design and lowers maintenance frequency. It also reduces inertia, enhancing speed response.

Q: How does axial blower cooling benefit long cycle operations?

A: Axial blowers provide consistent airflow directly over heated surfaces. This improves thermal management during continuous operation cycles.


Internal Product Review

  • ‘‘The 2AD132D-B35OB1-AS03-D2V1 induction motor excels in rugged environments with its balanced shaft, sealed structure and axial blower system. Its absence of a holding brake reduces mechanical load. It ensures reduced downtime in automated lines with high-speed feedback accuracy and vibration grade “R”.’’

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