AM3012-0CB0-0005
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The Beckhoff AM3012-0CB0-0005 is part of the AM Synchronous Servo Motors series and is a 3-phase synchronous servomotor with natural convection cooling. It features a rated torque of 4.1 Nm and operates at a rated speed of 3000 rpm. The motor has an IP65 protection class and includes a multiturn absolute encoder.
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Product Description:
The AM3012-0CB0-0005 Servomotor serves to deliver exact motion performance. This servomotor is engineered by Beckhoff that generates 0.28 Nm of rated torque in industrial automation. The motor produces 0.23 kW of power output. The motor operates at 230 V AC while it operates at a rated speed of 8000 min⁻¹.
The AM3012-0CB0-0005 Servomotor achieves mechanical velocity stability through its 8000 min⁻¹ maximum output speed range. Standstill torque of the motor reaches 0.31 Nm while operation consumes 1.51 A of current. Under peak circumstances, the motor reaches a current output of 6 A. The system makes it possible to achieve temporary performance gains that do not reduce stability levels. Real-time system operation benefits from the torque constant value of 0.21 Nm/A, which ensures dependable control. The voltage constant of the AM3012-0CB0-0005 Servomotor measures 13.3 mV/min. It has winding resistance equal to 12.4 ohms at 25°C, and its winding inductance is 9.1 mH. These specifications enable accurate current control as well as voltage stability throughout the cycling operation. The motor promotes controlled start-stop motions because of its design. The motor provides 0.0021 Nm static friction torque, which minimizes system resistance while at rest. Operation of the motor is supported through its 6-minute thermal time constant, which regulates temperature during continuous use. This motor features a six-pole schema which maintains even electromagnetic force output across all points.
This AM3012-0CB0-0005 Servomotor weighs 0.49 kg without brakes but becomes 0.69 kg heavy when considering the brake system. It suits applications that need compact space integration. Its form factor and torque-to-weight ratio support dynamic positioning applications. The motor maintains steady mechanical and electrical operations, which make it perform satisfactorily on loads with moderate inertia. The rotor moment of inertia stands at 0.031 kg·cm² until the brake integration, yet reaches 0.035 kg·cm² with the brake installed.
Frequently Asked Questions about AM3012-0CB0-0005:
Q: What role does the torque constant of 0.21 Nm/A play in AM3012-0CB0-0005's motion control systems?
A: The 0.21 Nm/A torque constant allows fine torque adjustments. This improves responsiveness and accuracy in the AM3012-0CB0-0005s servo loops.
Q: How does the voltage constant of 13.3 mV/min impact the AM3012-0CB0-0005 Servomotors efficiency?
A: A low voltage constant leads to higher efficiency in voltage utilization. It ensures better energy conversion in the AM3012-0CB0-0005 Servomotor during speed variation.
Q: Why is a 0.0021 Nm static friction torque beneficial in AM3012-0CB0-0005 Servomotor applications?
A: Low static friction torque reduces resistance at rest, enabling smooth startup. This is crucial for precise on-off control in automation systems.
Q: How does the six-pole schema enhance performance in the AM3012-0CB0-0005 Servomotor?
A: The six-pole schema ensures balanced electromagnetic force distribution, reducing vibration and enhancing stability. This makes the AM3012-0CB0-0005 ideal for high-precision positioning tasks.
Q: How does the AM3012-0CB0-0005 achieve torque accuracy during load fluctuations?
A: The motor maintains accurate torque output through its optimized torque constant and mechanical design. This ensures stability and precision during fluctuating load conditions.
