X20CP3585 mounts on a compatible X20 bus base and operates with approved X20 I/O modules, interface modules, CompactFlash storage and an Automation Studio project. It supports coordinated machine and process-control duties where the installed controller pair and communication topology have been engineered for redundancy.
Important Notice: Confirm the complete X20CP3585 marking, partner controller, bus base, interface modules, terminal wiring, grounding, CompactFlash image, Automation Studio project, firmware compatibility, redundancy role, synchronization state and controlled diagnostics before commissioning or replacement.
The first document presents model-specific technical and system data. The second provides a distinct installation, connection, commissioning and acceptance workflow.
Runs control logic with an engineered standby partner.
Hosts multiple communication interfaces.
Coordinates deterministic machine devices.
Restores one controller without breaking redundancy identity.
Confirm the complete X20CP3585 marking, installed X20 bus-base position and assigned partner controller.
Place the controlled machine or process in the approved maintenance state and isolate all relevant supplies.
Use ESD-safe handling and protect module contacts, keyed connectors and interface slots from contamination.
Record the installed interface modules, Ethernet and POWERLINK topology, terminal wiring and protective grounding before removal.
Preserve the CompactFlash image, Automation Studio project, firmware revision and configured controller identity.
Verify the active and standby role assignment, synchronization state and approved redundancy settings before restoration.
Reconnect communication interfaces and grounding to the documented positions before controlled energization.
Review controller and network diagnostics, then complete a controlled redundancy switchover test before service release.