Schneider Electric Product Families and Fault Codes

Schneider Electric at a glance

Manufacturer: Schneider Electric
Relevant areas: Programmable automation controllers, logic/motion controllers and variable-speed drives
Selected families: Modicon M580, Modicon M262 and Altivar Machine ATV320
Main engineering and diagnostic environments: EcoStruxure Control Expert for M580; EcoStruxure Machine Expert and controller web pages for M262; drive HMI, SoMove/compatible tools and ATV320 documentation
Diagnostic model: M580/M262 expose controller, I/O, communication and application diagnostics; ATV320 also exposes short detected-error codes with manual-specific cause/remedy entries
Manufacturer website: Schneider Electric ↗

Selected Schneider Electric product families

Modicon M580

Role: Modicon M580 is Schneider Electric's Ethernet-enabled programmable automation controller family for process, high-availability and safety architectures.
Typical use: M580 systems are used in industrial control architectures with local or remote I/O, Ethernet communications and, depending on CPU and system design, redundant or safety functions.
Diagnostic identifiers: CPU/module LEDs, Control Expert diagnostic buffer and module diagnostics, system bits/words, application alarms
Important: CPU status, module channel errors, communication status, system words, function-block errors and application alarms are separate contexts.

Modicon M262

Role: Modicon M262 is Schneider Electric's logic/motion controller family for performance machines.
Typical use: M262 controllers coordinate machine logic, I/O, networks and—on suitable variants—motion axes.
Diagnostic identifiers: Controller LEDs, Machine Expert online/device diagnostics, web pages and PLC system structures
Important: M580 is engineered with Control Expert; M262 uses Machine Expert and different system structures, firmware and device models.

Altivar Machine ATV320

Role: Altivar Machine ATV320 is Schneider Electric's variable-speed drive for asynchronous and synchronous motors in machine applications.
Typical use: ATV320 drives are used in simple and advanced machine applications to regulate motor speed and torque.
Diagnostic identifiers: HMI code/label, error history, parameters, motor/drive data and operating state
Important: Interpret the complete diagnostic message using the exact device, installed configuration and current manufacturer documentation.

How to diagnose Schneider Electric devices

Use the complete diagnostic identifier together with the exact device, configuration and manufacturer documentation. The number or display label alone does not establish the cause.

01Identify the device
What to check: Exact product, hardware variant, options and firmware.
Why it matters: Diagnostic meanings depend on the installed configuration.
02Capture the identifier
What to check: Complete code, full message, timestamp and operating state.
Why it matters: A short code can omit the context needed to interpret an event.
03Identify the source
What to check: Controller, module, drive, amplifier, application or connected system.
Why it matters: Similar identifiers can come from different diagnostic systems.
04Read detailed diagnostics
What to check: Device log, engineering software, display and event history.
Why it matters: Detailed records identify the affected component and event sequence.
05Match the correct manual
What to check: Documentation for the exact family, hardware and software version.
Why it matters: This avoids using the meaning from a different product or release.

Modicon M580CPU/module LEDs, Control Expert diagnostic buffer and module diagnostics, system bits/words, application alarms

Modicon M262Controller LEDs, Machine Expert online/device diagnostics, web pages and PLC system structures

ATV320HMI code/label, error history, parameters, motor/drive data and operating state

ATV320 error codes

Direct meaning: The ATV320 detected an overcurrent condition.

OCF · Overcurrent