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AM3053-0K00-0000

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The AM3053-0K00-0000 is a synchronous servomotor with a rated torque of 7.65 Nm and a peak torque capacity of 42.6 Nm. This motor is part of Beckhoff's AM Servo Motor Series, known for its nominal voltage of 480 V AC and rated speed of 4000 min^-1. It features convection cooling and a standstill torque of 11.60 Nm.

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Product Description

The Beckhoff AM3053-0K00-0000 is an advanced synchronous servomotor designed for high dynamic tasks in numerous industries. This motor uses an AC voltage and operates at a nominal voltage of 480 V, which makes it suitable to be integrated into most electrical systems, and the rated speed of 4000 min⁻¹ ensures that the system can quickly ramp up and work at top efficiency. The AM3053-0K00-0000 hails from a line-up of motors that produces a dedicated rated torque of 7.65 Nm with a peak torque of 42.6 Nm and these motors are customary for applications that demand cautious control over motion and force. The motor’s standstill torque of 11.60Nm is essential for holding position while under load in static applications. With a convection cooling system, heat can be easily expelled so it has a long service life and performs superbly when used for long hours.

In addition, the AM3053-0K00-0000 comes with feedback interfaces; resolver, BiSS B and EnDat 2.1 to enable real time position and speed feedback in motion control. This motor has a current of 9.40 A when in a standstill current and a peak current of 47.0 A, which enables the motor to operate in any load condition since it is developed in a way that it will perform efficiently in any environment. Their torque constant of 1.24 Nm/A and rotor moment of inertia of 9.120 kgcm² highlight the motor’s appropriateness for use in applications that call for fast and prompt feedback in addition to torquing capabilities.

| To achieve the highest performance and reliability, the AM3053-0K00-0000 must be serviced by qualified personnel, preferably concerning the ball bearings bearing, containing grease with a service duration of 20,000 operating hours under normal conditions. It is suggested to check for bearing noise every 2,500 operating hours or once per year; presence of abnormal noise should stop use of the motor immediately and replace the bearings. Wiping the motor’s housing with isopropanol or similar solvents helps to preserve its state and guarantee further high performance of the AM3053-0K00-0000 during its utilization of the operational cycle.

AM3053-0K00-0000 Technical Specifications

Motor Type: Synchronous servomotors
Torque Constant: 1.24 Nm/A
Rotor Moment Of Inertia: 9.120 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: 11.60 Nm
Rated Torque: 7.65 Nm
Peak Torque: 42.6 Nm
Rated Speed: 4000 min^-1
Rated Power: 3.20 kW
Standstill Current: 9.40 A
Peak Current: 47.0 A

Frequently Asked Questions about AM3053-0K00-0000


Q: What is the nominal voltage of the Beckhoff AM3053-0K00-0000 motor?

A: The motor operates at a nominal voltage of 480 V AC.

Q: What is the rated torque and peak torque of this servomotor?

A: The motor has a rated torque of 7.65 Nm and a peak torque of 42.6 Nm.

Q: Which feedback systems are compatible with this motor?

A: The AM3053-0K00-0000 supports resolver, BiSS B, and EnDat 2.1 feedback systems for real-time control.

Q: How often should the motor's ball bearings be inspected?

A: The ball bearings should be checked every 2,500 operating hours or annually for noise or wear.

Q: What cooling method is used in this servomotor?

A: The motor uses convection cooling to dissipate heat, ensuring reliable performance during long operation.

Internal Product Review

  • ‘‘The AM3053-0K00-0000 from Beckhoff offers exceptional performance for high dynamic tasks, delivering a rated torque of 7.65 Nm and a peak torque of 42.6 Nm. It operates at a nominal voltage of 480 V and a rated speed of 4000 min⁻¹, making it well-suited for industrial systems that demand precision and speed. The convection cooling system ensures reliable operation during extended use, while advanced feedback interfaces such as resolver, BiSS B, and EnDat 2.1 provide accurate position and speed control. Maintenance is crucial, with ball bearing checks recommended every 2,500 operating hours to ensure optimal performance and service life.’’

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