2AD180C-B35OA1-BS23/S001

How does the 0 to 45°C ambient temperature range affect the 2AD180C-B35OA1-BS23/S001 motor’s suitability for industrial environments?

The 0 to 45°C temperature range allows the motor to function effectively in various industrial environments, from cool storage areas to hot manufacturing floors, providing flexibility across different climates.

Why is the F insulation classification important for the 2AD180C-B35OA1-BS23/S001 motor?

The F insulation classification ensures the motor can withstand higher operating temperatures, providing durability and protection, especially in industries with elevated heat exposure, such as power plants or refineries.

What does the 80+3 dB (A) average noise level mean for the 2AD180C-B35OA1-BS23/S001 motor?

The 80+3 dB (A) noise level makes the motor suitable for environments where moderate noise levels are acceptable. It ensures reliable performance without excessive disruption, making it ideal for factories and industrial plants.

How does the 1500 RPM nominal speed impact the 2AD180C-B35OA1-BS23/S001 motor’s application in continuous operations?

The 1500 RPM nominal speed is perfect for tasks that require steady, long-term operation, such as in ventilation systems or pumps, where consistency and efficiency are essential.

How does the 310 kg mass contribute to the 2AD180C-B35OA1-BS23/S001 motor’s performance in high-torque applications?

The 310 kg mass provides the motor with stability, reducing vibration and improving performance in high-torque applications like crushers, where consistent, smooth operation is critical.

2AD180C B35OA1 BS23/S001

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2AD180C-B350A1-BS23/S001

2AD18OC-B35OA1-BS23/SOO1

2AD180C-835OA1-8S23/S001

2AD18OC-835OA1-8S23/SOO1

2AD180CB350A1BS23/S001

2AD18OCB35OA1BS23/SOO1

The Rexroth Indramat 2AD180C-B35OA1-BS23/S001 motor delivers consistent performance with a nominal speed of 1500 RPM and a maximum speed of 6000 RPM. It operates efficiently with an average noise level of 80+3 dB(A). The motor's robust design, coupled with an ambient temperature range of 0–45°C, ensures reliability in systems requiring precision, such as robotic arms and CNC machines.