AM3011-0B01-0005
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The AM3011-0B01-0005 servo motor delivers 0.708 Nm peak torque with 8000 min⁻¹ rated speed and 0.16 Nm/A torque constant. The compact design ensures responsive performance with 8 mm shaft diameter and F1 flange.
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Product Description:
The AM3011-0B01-0005 Servo Motor is designed for dynamic drive tasks requiring compact construction and high efficiency. It is part of the AM series that is known for its low inertia characteristics and precise performance. This motor supports operations in the 230 V AC range and suits applications demanding high torque at consistent speed levels.
This AM3011-0B01-0005 servo motor from Beckhoff features a standstill torque of 0.18 Nm and a rated torque of 0.17 Nm. It delivers a peak torque of 0.708 Nm that allows for short term overload capability. The rated speed of the motor reaches up to 8000 min⁻¹ and the rated power output is 0.14 kW. At standstill, the current consumption is 1.16 A while the peak current is 5.8 A. The torque constant is measured at 0.16 Nm/A that ensures accurate torque output per ampere of input current. The rotor moment of inertia is 0.017 kgcm² that makes the motor responsive to speed and position changes. This motor has a shaft diameter of 8 mm with a k6 tolerance and a shaft end length of 25 mm. It comes with a flange code F1 which corresponds to a 40 mm flange and motor length 1.
Motor feedback options of the AM3011-0B01-0005 servo motor include resolver single turn absolute encoder and multi turn absolute encoder. These feedback options support high precision control in automated systems. The cooling method is convection based which ensures quiet operation without the need for active cooling systems. The ambient operating temperature range for the servo motor is from + 5 °C to + 40 °C. The connection method of the motor is via an M23 connector that allows for secure and standardized electrical connections.
Frequently Asked Questions about AM3011-0B01-0005:
Q: How does the AM3011-0B01-0005 servo motor manage torque precision in dynamic applications?
A: The motor features a torque constant of 0.16 Nm/A ensuring precise torque output per ampere. This enables accurate control for dynamic drive tasks requiring high responsiveness.
Q: What feedback mechanisms does the AM3011-0B01-0005 use for high precision control?
A: It includes resolver single turn and multi-turn absolute encoders. These feedback options provide reliable position and speed data for automated systems.
Q: How does the rotor moment of inertia affect the AM3011-0B01-0005’s performance?
A: With a low rotor moment of inertia at 0.017 kgcm² the motor quickly responds to speed and position changes. This characteristic improves precision in fast dynamic operations.
Q: What are the thermal operating limits of the Beckhoff AM3011-0B01-0005 servo motor?
A: It operates efficiently between +5 °C and +40 °C ambient temperature. The convection cooling method ensures silent operation without active cooling components.
Q: How does the mechanical design of the AM3011-0B01-0005 enhance its integration into automated systems?
A: It has an 8 mm shaft diameter with k6 tolerance and a 25 mm shaft end length. The F1 flange with 40 mm diameter and M23 connector enables secure mounting and electrical connections.
