Beckhoff AX2010 Servo Drive Modules AX2010-S61000-520

Technical Dossier

Product Details And Specifications

Beckhoff AX2010 Series Technical Notes

The Beckhoff AX2010 series represents a compact, single-axis servo drive platform engineered for integration within Beckhoff's PC-based control architecture. Deployed extensively across chemical processing plants, automotive assembly lines, packaging machinery, and precision manufacturing facilities, the AX2010 family operates as a field-proven motion control component in environments where deterministic axis control and tight EtherCAT synchronization are non-negotiable. The series interfaces directly with Beckhoff TwinCAT automation software, enabling coordinated multi-axis motion without external motion controllers. Its compact DIN-rail or panel-mount form factor has made it a standard specification in European and Asian heavy-industry OEM machine designs since its introduction. Installed base across refinery instrumentation skids, nuclear facility auxiliary systems, and petrochemical reactor control panels confirms the AX2010's position as a long-cycle industrial asset requiring sustained spare parts availability well beyond its active production window.

AX2010 Full Catalog & Functionalities (SKU List)

The following SKUs represent verified models within the Beckhoff AX2010 servo drive series, classified by power rating and feedback/option configuration:

AX2010-S61000-520: Single-axis EtherCAT servo drive, 1.0 A continuous, 230 V AC, resolver feedback, STO
AX2010-S61000-620: Single-axis EtherCAT servo drive, 1.0 A continuous, 400 V AC, resolver feedback, STO
AX2010-S61250-520: Single-axis EtherCAT servo drive, 1.25 A continuous, 230 V AC, resolver feedback
AX2010-S61250-620: Single-axis EtherCAT servo drive, 1.25 A continuous, 400 V AC, resolver feedback
AX2010-S62000-520: Single-axis EtherCAT servo drive, 2.0 A continuous, 230 V AC, encoder feedback
AX2010-S62000-620: Single-axis EtherCAT servo drive, 2.0 A continuous, 400 V AC, encoder feedback
AX2010-S62500-520: Single-axis EtherCAT servo drive, 2.5 A continuous, 230 V AC, dual feedback
AX2010-S62500-620: Single-axis EtherCAT servo drive, 2.5 A continuous, 400 V AC, dual feedback
AX2010-S63000-520: Single-axis EtherCAT servo drive, 3.0 A continuous, 230 V AC, STO SIL 2
AX2010-S63000-620: Single-axis EtherCAT servo drive, 3.0 A continuous, 400 V AC, STO SIL 2
AX2010-S64000-520: Single-axis EtherCAT servo drive, 4.0 A continuous, 230 V AC, resolver/encoder
AX2010-S64000-620: Single-axis EtherCAT servo drive, 4.0 A continuous, 400 V AC, resolver/encoder
AX2010-S65000-520: Single-axis EtherCAT servo drive, 5.0 A continuous, 230 V AC, extended I/O
AX2010-S65000-620: Single-axis EtherCAT servo drive, 5.0 A continuous, 400 V AC, extended I/O
AX2010-S66000-620: Single-axis EtherCAT servo drive, 6.0 A continuous, 400 V AC, STO + brake output
AX2010-S68000-620: Single-axis EtherCAT servo drive, 8.0 A continuous, 400 V AC, high-inertia load config
AX2010-S61000-520-0000: Base variant, no options, standard resolver, 1.0 A / 230 V AC
AX2010-S61000-620-0010: With integrated brake chopper resistor option, 400 V AC

Quality Control for the AX2010 Range

Each AX2010 unit processed by DriveKNMS undergoes a structured inspection and functional test protocol specific to the EtherCAT servo drive architecture. The test sequence includes: incoming visual inspection for PCB damage, capacitor condition, and connector integrity; power stage verification under resistive load at rated current; EtherCAT communication link establishment and CoE object dictionary read/write verification; feedback interface test (resolver excitation signal, encoder quadrature signal integrity); STO input channel functional test per IEC 62061 diagnostic coverage requirements; and thermal cycling under load to screen latent component failures. Drives that pass all test stages are issued a DriveKNMS test certificate with date, technician ID, and measured parameters. Units that fail any stage are quarantined and not offered for resale. This protocol is specifically designed to address the known failure modes of the AX2010 platform, including IGBT gate driver degradation, DC bus capacitor ESR drift, and EtherCAT PHY chip failures common in units with extended field service hours.