AM3011-0B00-0001
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The Beckhoff AM3011-0B00-0001 motor, part of the AM Servo Motor Series, features synchronous servomotor technology and a nominal voltage of 230 V AC. It offers a rated torque of 0.17 Nm, a peak torque of 0.708 Nm, and cooling via convection. The motor connects using the M23 method.
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Product Description:
Beckhoff manufactures the AM3011-0B00-0001 servo motor. The Beckhoff AM3011-0B00-0001 servo motor is a synchronous servomotor with a nominal voltage of 230 V AC. It features a standstill torque of 0.18 Nm, a rated torque of 0.17 Nm, and a peak torque of 0.708 Nm, with a rated speed of 8000 min⁻¹ and a rated power of 0.14 kW. The motor also has a standstill current of 1.16 A and a peak current of 5.8 A, with a torque constant of 0.16 Nm/A and a rotor moment of inertia of 0.017 kgcm². The 230 V AC nominal voltage is a standard industrial voltage, making the motor compatible with various power supplies. The standstill torque of 0.18 Nm represents the torque the motor can produce at rest. In comparison, the rated torque of 0.17 Nm is the continuous torque the motor can deliver at its rated speed.
The peak torque of 0.708 Nm is the maximum torque the motor can produce for short durations, allowing it to handle high-load situations. The rated speed of 8000 min⁻¹ indicates the motor's maximum continuous operating speed, while the rated power of 0.14 kW represents the motor's power output at its rated speed. The standstill current of 1.16 A is the current drawn by the motor when at rest, while the peak current of 5.8 A is the maximum current the motor can draw for short periods. The torque constant of 0.16 Nm/A defines the relationship between the motor's torque output and the current flowing through it.
The rotor moment of inertia of 0.017 kgcm² measures the motor's resistance to changes in motion, influencing its acceleration and deceleration capabilities. The AM3011-0B00-0001 offers multiple feedback options, including a resolver, a single-turn absolute encoder, and a multi-turn absolute encoder. These feedback devices provide information about the motor's position and speed, enabling precise control and monitoring of its motion. The motor's convection cooling method relies on natural airflow to dissipate heat, making it suitable for applications where forced-air cooling is not feasible. The M23 connection method is a standard connector type for industrial motors, providing a reliable and secure connection for power and feedback signals. The motor's operating ambient temperature range is +5…+40 °C, ensuring reliable operation in various industrial environments.
Frequently Asked Questions about AM3011-0B00-0001:
Q: What is the nominal voltage of the AM3011-0B00-0001 servo motor?
A: The AM3011-0B00-0001 servo motor operates on a nominal voltage of 230 V AC, a standard industrial voltage. This compatibility ensures easy integration with various industrial power supplies and control systems.
Q: What is the rotor moment of inertia of the AM3011-0B00-0001 servo motor?
A: The rotor moment of inertia of the AM3011-0B00-0001 servo motor is 0.017 kgcm². This value represents the motor's resistance to changes in motion, influencing its acceleration and deceleration capabilities and overall dynamic response.
Q: What is the rated speed of the AM3011-0B00-0001 servo motor?
A: The AM3011-0B00-0001 servo motor has a rated speed of 8000 min⁻¹, which is the maximum speed it can continuously operate at while delivering its rated torque. This high speed capability makes it suitable for applications requiring dynamic motion control.
Q: What is the significance of the convection cooling method in this motor?
A: The AM3011-0B00-0001 servo motor utilizes convection cooling, which relies on natural airflow to dissipate heat. This makes it suitable for applications where space constraints or environmental conditions may limit the use of forced-air cooling methods.
Q: What type of feedback does the AM3011-0B00-0001 servo motor offer?
A: The AM3011-0B00-0001 servo motor offers multiple feedback options, including a resolver, a single-turn absolute encoder, and a multi-turn absolute encoder. These options provide flexibility in choosing the appropriate feedback device for precise control and monitoring of the motor's motion.
