Applied Motion StepSERVO EtherCAT Drives and Motors
Applied Motion StepSERVO EtherCAT Drives and Motors
StepSERVO combines a step motor with closed-loop servo control. The EtherCAT offering adds CANopen over EtherCAT control for coordinated machine networks. This review distinguishes the architecture from one historical product: the manufacturer marks SS05-EC-D obsolete, so a family-level announcement must not be read as current availability of that drive.
Review Summary
Useful for assessing closed-loop stepper axes on EtherCAT when the selected current motor/drive combination and controller support are confirmed. For an installed SS05-EC-D system, prioritize configuration capture and a documented migration rather than assuming a newly sold replacement is electrically or logically interchangeable.
Control architecture Closed-loop stepper / StepSERVO Network EtherCAT; CANopen over EtherCAT Published mode set Profile position, velocity and torque; cyclic synchronous position and velocity; model support governs Original motor range NEMA 11, 17, 23, 24 and 34 across the announcement Historical SS05-EC-D 24–70 VDC range; 48 VDC recommended in manufacturer listing Lifecycle qualification SS05-EC-D marked obsolete; other part numbers require their own check Price Request a quote for an identified supported motor/drive combination Applications and Industries
Industrial machine and automation integration
Industrial automation
Request a quote for the exact configuration,quantity and delivery schedule.
| Control architecture | Closed-loop stepper / StepSERVO |
| Network | EtherCAT; CANopen over EtherCAT |
| Published mode set | Profile position, velocity and torque; cyclic synchronous position and velocity; model support governs |
| Original motor range | NEMA 11, 17, 23, 24 and 34 across the announcement |
| Historical SS05-EC-D | 24–70 VDC range; 48 VDC recommended in manufacturer listing |
| Lifecycle qualification | SS05-EC-D marked obsolete; other part numbers require their own check |
| Price | Request a quote for an identified supported motor/drive combination |
