Home Beckhoff AM Servo Motor Series AM8541-0D20-0000

AM8541-0D20-0000

Name: AM8541-0D20-0000
Brand: Beckhoff
Price: 260 USD
Availability: InStock
Rating: 4.3 (24 reviews)

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The Beckhoff AM8541-0D20-0000 is part of the AM Servo Motor Series and features a torque constant of 1.43 Nm/A. The motor is powered by a nominal voltage range of 100 to 480 VAC, with a rated torque of 2.29 Nm and a rated power of 0.72 kW. It offers motor feedback through a resolver, single-turn absolute encoder, and OCT.

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Description
Specs
FAQ

Product Description

The AM8541-0D20-0000 servo motor displays impressive capabilities for reliable industrial automation. As part of the AM Servo Motor Series, it incorporates a permanent magnet-excited three-phase synchronous motor architecture engineered for maximum efficiency. Powered by a nominal voltage range between 100 and 480 VAC, the motor generates a rated torque of 2.29 Nm and rated power of 0.72 kW.

When operated at its rated speed of 3000 min-1, the AM8541-0D20-0000 offers high performance meeting demanding sequencing requirements. Its compact form factor measures just 4.62 kgcm2 rotor moment of inertia, enabling facile mounting within tight machinery spaces. Convection cooling seamlessly disperses excess thermal energy for continuous multi-shift cycles. Combined with an operational temperature scope from +5 to +40°C, extended uptime is realized.

At the heart of this motor's precision lies integrated resolver feedback and single-turn absolute encoder with OCT options. This multi-tiered sensing ensures accurate positional data streaming to motion controllers with resolutions surpassing standalone resolvers. As a result, synchronization between electrical command and mechanical response is optimized for stringent motion profiles. Peak torque reaches an adequate 9.00 Nm to manage occasional spikes in load torque. When steady torque regulation is paramount, the AM8541-0D20-0000's torque constant rating of 1.43 Nm/A aids process engineers in correlating applied current to generated torque. Its standstill and rated torques of 2.37 Nm and 2.29 Nm respectively facilitate controlled starts, stops, and holding of loads even amongst vibration-prone industrial settings. Rapid installation is made possible through the M23 speedtec plug's sturdy interconnect design.

AM8541-0D20-0000 Technical Specifications

Motor Type:	Permanent magnet-excited three-phase synchronous motor
Torque Constant:	1.43 Nm/A
Rotor Moment Of Inertia:	4.62 kgcm²
Motor Feedback:	Resolver, single-turn absolute encoder, OCT
Cooling:	Convection
Connection Technology:	M23 speedtec® plug
Ambient Temperature (operation):	+5…+40 °C
Nominal Voltage:	100…480 V AC
Standstill Torque:	2.37 Nm
Rated Torque:	2.29 Nm
Peak Torque:	9.00 Nm
Rated Speed:	3000 min⁻¹
Rated Power:	0.72 kW
Standstill Current:	1.65 A
Peak Current:	8.30 A

Frequently Asked Questions about AM8541-0D20-0000

Q: What is the rated speed of the AM8541-0D20-0000?

A: The rated speed of the AM8541-0D20-0000 is 3000 min⁻¹, allowing for high-performance operation in various applications.

Q: What are the cooling requirements for the AM8541-0D20-0000?

A: This model utilizes convection cooling, which provides effective temperature management during operation.

Q: What types of feedback does the AM8541-0D20-0000 provide?

A: The AM8541-0D20-0000 supports feedback through a resolver, single-turn absolute encoder, and OCT, ensuring precise control and monitoring.

Q: What is the operational temperature range for the AM8541-0D20-0000?

A: The operational temperature range for this servo motor is +5 to +40 °C, ensuring optimal performance within this environment.

Q: What is the peak torque for the AM8541-0D20-0000?

A: The peak torque for the AM8541-0D20-0000 is 9.00 Nm, providing robust performance for demanding applications.

Internal Product Review

‘‘The AM8541-0D20-0000 servo motor excels with its compact design and efficient performance capabilities. With a peak torque of 9.00 Nm and convection cooling, it is ideal for high-speed applications. The integrated resolver feedback and OCT enhance precision, making it a dependable choice for various automation needs.’’