2AD180C-B35OA1-BS37-A2N1

What role does the 331 Nm nominal torque play in the 2AD180C-B35OA1-BS37-A2N1 motor’s efficiency?

The 331 Nm nominal torque ensures the motor can generate consistent rotational force, ideal for tasks that require continuous motion under varying load conditions, such as large mixers or industrial machinery.

How does the digital servo feedback with multiturn absolute encoder enhance control in the 2AD180C-B35OA1-BS37-A2N1 motor?

The multiturn absolute encoder provides continuous position feedback over multiple rotations, ensuring high precision and accuracy. This is critical for applications requiring precise and repeatable motion, such as in robotics or automated assembly systems.

Why is the 0.373 kg·m² rotor moment of inertia important for stable performance?

The rotor moment of inertia helps the motor maintain smooth rotation by reducing sudden speed changes, enhancing stability and performance, especially in systems that require frequent speed adjustments or precision control.

How does the 310 kg mass affect the 2AD180C-B35OA1-BS37-A2N1 motor’s operation in high-load applications?

The 310 kg mass provides additional stability, reducing vibrations and mechanical stresses during high-load operations, which is especially important in applications such as crushers or heavy-duty pumps.

What benefits does the R vibration grade provide in terms of operational smoothness?

The R vibration grade ensures the 2AD180C-B35OA1-BS37-A2N1 motor operates with minimal vibration, reducing wear on internal components and improving overall system reliability in applications requiring consistent performance.

2AD180C B35OA1 BS37 A2N1

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2AD18OCB35OA1BS37A2N1

The Bosch Rexroth 2AD180C-B35OA1-BS37-A2N1 motor offers advanced performance with digital servo feedback and a rotor moment of inertia of 0.373 kg·m². It delivers a nominal torque of 331 Nm and operates efficiently in temperatures from 0–45°C. The motor’s design makes it ideal for industrial automation, automotive applications, and medical devices that require high precision, fast response, and low maintenance in systems such as robotic arms and CNC machines.