2AD132D-B35LA1-BD01-B2N1

How does the torque capacity of the 2AD132D-B35LA1-BD01-B2N1 motor impact its performance in high-demand applications?

The 140 Nm nominal torque ensures this motor performs well in moderate to heavy-duty applications. It provides the required mechanical force, allowing stable operation even under increased load conditions.

Can the 2AD132D-B35LA1-BD01-B2N1 motor operate in environments requiring higher insulation standards?

With an insulation classification of F, the motor is capable of handling high temperatures up to 155°C. It ensures long-term reliability in environments where heat resistance is critical for efficient performance.

Is the lack of a holding brake in the 2AD132D-B35LA1-BD01-B2N1 motor suitable for all types of machinery?

Without a holding brake, this motor is best for applications where continuous motion is required. It may not be suitable for systems needing frequent stops or safety measures where holding is essential.

What challenges arise when connecting the 2AD132D-B35LA1-BD01-B2N1 motor to power supplies with lower cross-section wiring?

This motor requires a minimum connection cross-section of 25 mm². Using smaller wire sizes can result in overheating, voltage drops, and decreased motor efficiency, leading to potential long-term damage.

How does the bearing design in the 2AD132D-B35LA1-BD01-B2N1 affect its maintenance requirements?

The standard bearings simplify maintenance by reducing complexity in replacement. However, they may require more frequent inspection compared to specialized bearings, especially in environments with high mechanical stress.

2AD132D B35LA1 BD01 B2N1

2AD132DB35LA1BD01B2N1

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2AD132DB35LA1BDO1B2N1

The Rexroth Indramat 2AD132D-B35LA1-BD01-B2N1 is a 3-phase induction motor with a rotor inertia of 0.118 kg·m². It offers a nominal voltage of 217 V, ensuring efficient energy use. This motor is compatible with DIAX01, DIAX03, and DIAX04 drive controllers.