Home Beckhoff AM Servo Motor Series AM3024-00D0-0000

AM3024-00D0-0000

Name: AM3024-00D0-0000
Brand: Beckhoff
Price: 249 USD
Availability: InStock
Rating: 4.5 (39 reviews)

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The Beckhoff AM3024-00D0-0000 is a part of the AM Servo Motor Series and features synchronous servomotors. It has a nominal voltage of 480 V AC, a rated torque of 1.11 Nm, and convection cooling. This motor boasts a peak torque of 5.58 Nm. It offers motor feedback options like resolver, BiSS B, and EnDat 2.1.

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Description
Specs
FAQ

Product Description

Beckhoff manufactures the AM3024-00D0-0000 servo motor. The Beckhoff AM3024-00D0-0000 servo motor is a synchronous device designed for operation with a nominal voltage of 480 V AC. The motor's standstill torque, a measure of its ability to resist rotation when not energized, is 1.41 Nm. This is crucial in applications where the motor needs to hold a position without external braking. The rated torque, the continuous torque the motor can deliver at its rated speed, is 1.11 Nm, while the peak torque, sustainable for short durations, is 5.58 Nm. This higher torque capacity allows the motor to overcome brief increases in load or accelerate rapidly.

The rated speed of the AM3024-00D0-0000 is 4000 min^-1, indicating the speed at which the motor delivers its rated power of 0.93 kW. The standstill current, drawn by the motor when energized but not rotating, is 2.21 A, while the peak current is 11.1 A. These current values are essential for sizing power supplies and control electronics. The torque constant, K_T, is 0.63 Nm/A, indicating the proportionality between the motor's torque output and the applied current. This parameter is crucial for understanding the motor's dynamic response and control characteristics.

The rotor moment of inertia, a measure of the motor's resistance to changes in speed, is 0.270 kgcm^2. This value is critical in applications requiring precise and rapid changes in motion. The AM3024-00D0-0000 offers motor feedback options like resolver, BiSS B, and EnDat 2.1. These feedback mechanisms provide information about the motor's position and speed, enabling precise control of its operation. The motor is convection-cooled, relying on the natural flow of air to dissipate heat, and it connects via an M23 connector. It operates within an ambient temperature range of +5 to +40 °C. Wake Industrial provides a one-year warranty.

AM3024-00D0-0000 Technical Specifications

Motor Type:	synchronous servomotors
Torque Constant:	0.63 Nm/A
Rotor Moment Of Inertia:	0.270 kgcm²
Motor Feedback:	resolver, BiSS B, EnDat 2.1
Cooling:	convection
Connection Method:	M23
Ambient Temperature (operation):	+5…+40 °C
Nominal Voltage:	480 V AC
Standstill Torque:	1.41 Nm
Rated Torque:	1.11 Nm
Peak Torque:	5.58 Nm
Rated Speed:	4000 min^-1
Rated Power:	0.93 kW
Standstill Current:	2.21 A
Peak Current:	11.1 A

Frequently Asked Questions about AM3024-00D0-0000

Q: What is the peak torque of the AM3024-00D0-0000 servo motor?

A: The AM3024-00D0-0000 servo motor boasts a peak torque of 5.58 Nm, allowing it to handle brief surges in load or accelerate quickly. This is significantly higher than its rated torque of 1.11 Nm, providing a substantial performance buffer.

Q: What feedback options are available for the AM3024-00D0-0000?

A: The AM3024-00D0-0000 supports resolver, BiSS B, and EnDat 2.1 for motor feedback. These options provide precise position and speed information, enabling accurate control in demanding applications.

Q: How is the AM3024-00D0-0000 cooled?

A: The AM3024-00D0-0000 utilizes convection cooling. This means it relies on the natural flow of air to dissipate heat, making it suitable for environments where forced-air cooling is impractical or unavailable.

Q: What is the rated speed of the AM3024-00D0-0000 servo motor?

A: The rated speed of the AM3024-00D0-0000 is 4000 min^-1. This is the speed at which the motor delivers its rated power of 0.93 kW and its rated torque of 1.11 Nm.

Q: What is the significance of the torque constant in the AM3024-00D0-0000?

A: The torque constant (K_T) of 0.63 Nm/A indicates the direct relationship between the motor's torque output and the applied current. This parameter is crucial for understanding the motor's dynamic response and control characteristics, allowing for precise tuning and optimization.