Home Beckhoff AX Digital Servo Drive Series AX5103-0000

AX5103-0000

Name: AX5103-0000
Brand: Beckhoff
Price: 252 USD
Availability: InStock
Rating: 4.5 (36 reviews)

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The Beckhoff AX5103-0000 is part of the AX Digital Servo Drive Series and features a single channel with a rated output current of 3 Amps. It supports a peak output current of 7.5 Amps and operates on an EtherCAT system bus. The drive measures 317.7 mm in height and operates within a temperature range of 0 to +50°C.

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Description
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FAQ

Product Description

The AX5103-0000 digital servo drive from Beckhoff offers robust motion control capabilities in a compact package. As part of the established AX Digital Servo Drive Series, this single-channel device combines responsive performance with modular design. Backed by over a decade of feedback encoder expertise, the AX5103-0000 supports high-precision feedback technologies like SinCos, EnDat, and Hiperface.

Rated for an output current of 3 amps per channel, the AX5103-0000 delivers ample rotational force for many applications. It can also supply short bursts of up to 7.5 amps when peak power is needed. Operating on a 100-480V AC supply voltage, the drive maintains efficiency across facilities with varied electrical infrastructure. Additional features such as process, jog, and home modes allow for flexible control sequencing.

Well-suited for machine automation, the AX5103-0000 employs EtherCAT as its high-speed system bus. EtherCAT integration facilitates synchronization of motion axes for coordinated movement. Control interfaces support sophisticated motion profiles and drive parameters that enhance positioning accuracy. The AX5103-0000 also maintains performance across an ambient temperature range from 0 to 50°C without requiring additional ventilation or mounting constraints. Weighing just 3.7 kg, the AX5103-0000 installs easily using space-efficient DIN rail or screws. Compliance with CE, cULus, and EAC regulations gives engineers further assurance of electrical safety. At just 92mm wide, multiple units mount side-by-side to independently power an array of motors. A rugged metallic casing shields sensitive electronics from vibration and moisture ingress.

AX5103-0000 Technical Specifications

Channels:	1
Approvals/markings:	CE, cULus, EAC
Height Without Connectors:	317.7 mm
Depth Without Connectors:	232 mm
Width:	92 mm
Hardware Version:	2.0
Firmware Version:	≥ 2.06
Rated Supply Voltage:	3 x 100…480 V AC ±10%
Dc Link Voltage:	max. 875 V DC
Rated Output Current (channel):	3 A
Peak Output Current (channel):	7.5 A
Feedback:	SinCos 1 Vpp, resolver, EnDat 2.1, Hiperface, BiSS B, OCT
System Bus:	EtherCAT
Drive Profile:	SERCOS™ profile for servo drives according to IEC 61800-7-204 (SoE)
Ambient Temperature (operation):	0…+50°C

Frequently Asked Questions about AX5103-0000

Q: What is the rated output current of the AX5103-0000?

A: The AX5103-0000 has a rated output current of 3 Amps per channel, ensuring reliable performance in various applications

Q: What is the peak output current supported by the AX5103-0000?

A: This servo drive supports a peak output current of 7.5 Amps per channel, allowing for short bursts of higher power when needed

Q: What is the operational temperature range for the AX5103-0000?

A: The AX5103-0000 operates efficiently within a temperature range of 0 to +50°C

Q: What system bus does the AX5103-0000 use?

A: The AX5103-0000 operates on an EtherCAT system bus, providing high-speed communication for control applications

Q: What types of feedback does the AX5103-0000 support?

A: The AX5103-0000 supports various feedback types, including SinCos 1 Vpp, resolver, EnDat 2.1, Hiperface, BiSS B, and OCT

Internal Product Review

‘‘The AX5103-0000 digital servo drive by Beckhoff combines robust performance with a compact design. With a rated output current of 3 A and the ability to handle peak currents of up to 7.5 A, it is well-suited for demanding applications. Its compatibility with EtherCAT systems and a versatile feedback interface enhances its adaptability in various control environments.’’