AM3021-0C40-0001

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The Beckhoff AM3021-0C40-0001 is part of the AM Servo Motor Series, featuring synchronous servomotors with a rated torque of 0.39 Nm. This motor operates with a nominal voltage of 480 V AC and a peak torque of 1.65 Nm. It includes convection cooling and motor feedback options of resolver, BiSS B, EnDat 2.1.

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Product Description:

The AM3021-0C40-0001 servo motor is manufactured by Beckhoff. The Beckhoff AM3021-0C40-0001 servo motor is a synchronous device designed for demanding applications. It boasts a standstill torque of 0.48 Nm and a rated power output of 0.32 kW, operating at a nominal voltage of 480 V AC. With a peak torque of 1.65 Nm and a rated speed of 8000 min⁻¹, this motor is built for high-performance motion control. The motor's design is based on the principle of electromagnetic induction, where the interaction between a magnetic field and a set of conductors generates rotational force. The synchronous aspect of the motor implies that the rotor's speed is directly proportional to the frequency of the supplied AC power, ensuring precise timing and control.

The AM3021-0C40-0001 features convection cooling. This natural heat dissipation method relies on air movement around the motor. This cooling method suits the motor's operating temperature range of +5 to +40 °C. The motor's feedback options include a resolver, BiSS B, and EnDat 2.1. These feedback mechanisms provide information about the motor's position, speed, and direction of rotation, enabling the servo drive to control the motor's motion accurately.

The motor's electrical characteristics are equally impressive. It has a standstill current of 1.58 A and a peak current of 7.9 A. The torque constant, a measure of the motor's ability to convert current into torque, is 0.30 Nm/A. The rotor's moment of inertia, a critical factor in the motor's dynamic response, is 0.107 kgcm². The AM3021-0C40-0001 servo motor is a testament to precision engineering and advanced motion control technology. Its robust design, coupled with its impressive performance specifications, makes it a suitable choice for a wide range of industrial applications.

Ambient Temperature (operation)
+5…+40 °C
Connection Method
M23
Cooling
Convection
Motor Feedback
resolver, BiSS B, EnDat 2.1
Motor Type
Synchronous servomotors
Nominal Voltage
480 V AC
Peak Current
7.9 A
Peak Torque
1.65 Nm
Rated Power
0.32 kW
Rated Speed
8000 min⁻¹
Rated Torque
0.39 Nm
Rotor Moment Of Inertia
0.107 kgcm²
Standstill Current
1.58 A
Standstill Torque
0.48 Nm
Torque Constant
0.30 Nm/A

Frequently Asked Questions about AM3021-0C40-0001:

Q: What is the nominal voltage of the AM3021-0C40-0001 servo motor?

A: The AM3021-0C40-0001 servo motor operates at a nominal voltage of 480 V AC. This voltage level is commonly used in industrial settings to power high-performance motors.

Q: What are the motor feedback options available for the AM3021-0C40-0001?

A: The AM3021-0C40-0001 offers resolver, BiSS B, and EnDat 2.1 as motor feedback options. These digital interfaces provide precise position and speed information for accurate control.

Q: What is the peak torque of this servo motor?

A: The AM3021-0C40-0001 servo motor has a peak torque of 1.65 Nm. This high torque capacity allows it to handle demanding applications requiring rapid acceleration or deceleration.

Q: What is the significance of the "synchronous" nature of this motor?

A: Being a synchronous motor, the AM3021-0C40-0001's rotor rotates at a speed directly proportional to the frequency of the supplied AC power. This synchronization ensures precise timing and control of motion, making it suitable for applications requiring accurate positioning.

Q: How is the AM3021-0C40-0001 cooled?

A: The AM3021-0C40-0001 uses convection cooling. This method relies on the natural flow of air around the motor to dissipate heat, making it suitable for environments with adequate airflow.


Internal Product Review

  • ‘‘This servo motor is a top performer! Its high torque and power capabilities make it perfect for heavy-duty applications. Plus, the variety of feedback options ensures precise control and monitoring.’’

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