2AD164C-B35OB1-BS06-A2V1

How does the standstill continuous current of 93.5 A contribute to torque production?

The standstill continuous current of 93.5 A provides the motor with the capability to generate high torque at low speeds or while stationary, essential for applications requiring quick startup or load-holding without motor strain.

What effect does the rated current of 93.5 A have on the motor's performance?

The 93.5 A rated current indicates the maximum continuous current the motor can handle without overheating. It ensures the motor operates efficiently under load, optimizing torque production without compromising thermal limits.

What role does the 240 Nm standstill continuous torque play in the motor’s application?

The 240 Nm standstill continuous torque ensures that the motor can provide strong starting torque in stationary conditions. This is crucial for machinery that requires significant power to begin motion, such as conveyors or pumps.

Why is the derating speed of 1,830 rpm specified for the 2AD164C-B35OB1-BS06-A2V1 motor?

The derating speed of 1,830 rpm indicates the threshold at which the motor’s performance starts to degrade under load. Operating above this speed may lead to excessive heat generation or mechanical stress, impacting efficiency and longevity.

What does the 0.229 kg·m² moment of inertia of the rotor mean for dynamic performance?

The moment of inertia of 0.229 kg·m² helps to smooth the motor’s response during acceleration and deceleration. It balances the motor’s rotational inertia, making it more efficient for high-speed and dynamic applications, reducing lag during load changes.

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The 2AD164C-B35OB1-BS06-A2V1 induction motor features a rated current of 93.5 A and a standstill continuous torque of 240 Nm. With a derating speed of 1,830 rpm and a mass of 240 kg, this motor operates efficiently in demanding industrial applications. Its durable design and precise feedback system ensure smooth and reliable performance in high-torque systems. It is ideal for large-scale automation processes that require precision and power.