Why does socomec ATyS C55 Controller display 'Max operation per minutes reached'?
If the Socomec Controller performs 10 operations in under 1 minute, the mode will remain the same. The controller will not perform or allow any operation during a set time. This is automatically cleared after 1 minute, which is configurable through software, and the value is dynamic.
What to do if there is an unexpected transfer on Socomec Controller?
If the Socomec Controller receives unexpected feedback from the switch without sending an order or experiences a loss of feedback from the current position, the mode will remain the same. This can be cleared through the display or the RST - Reset Fault input.
What to do if Socomec Controller failed to transfer?
If the Socomec Controller fails to reach the position after sending an order, or loses feedback from the new source after sending a transfer command, the mode will remain the same and the controller will start retries. The fault is automatically cleared if the requested position is reached, or it can be cleared via the display or the RST - Reset Fault input.
What does external fault mean on socomec ATyS C55 Controller?
If an input selected as FTE - External Fault becomes active on the Socomec Controller, the switch will immediately go to position 0 / center-off without timers, and the mode is set to Partial Inhibit (genset starts if needed). To resolve this, ensure the input is no longer active and perform a reset by user via the RST - Reset Fault input or through the display.
What happens if max password attempts reached on socomec ATyS C55 Controller?
If a user exceeds the allowed number of password attempts on the Socomec Controller, the mode remains the same. You will not be able to enter any password during a set time. This restriction is automatically lifted after the set timeout in the maintenance mode.
Why does Socomec Controller show 'Unknown position'?
If the Socomec Controller loses switch position input without an order being given, or there is no position feedback after a transfer starts, the mode will remain the same. The issue is automatically cleared if any position becomes active.
General| Type | Automatic Transfer Switch Controller |
|---|---|
| Rated Frequency | 50/60 Hz |
| Storage Temperature Range | -40°C to +85°C |
| Control Type | Automatic |
| Number of Power Sources | 2 |
| Communication Interface | Modbus RTU |
| Protection Degree (Enclosure) | IP20 |
| Standards | IEC 60947-6-1 |
| Mounting | DIN rail |
| Weight | 0.3 kg |
Highlights safety risks (shock, injury, damage) and lists compliance standards.
General introduction to ATyS C55/65 ATS controllers and their key features.
Covers preliminary checks, accessories, and spare parts for quick installation.
Details the HMI layout, buttons, and visualization dashboards.
Specifies IP/IK ratings, operating temperature, hygrometry, altitude, and storage requirements.
Lists certifications like CE, Cmim, EAC, and WEEE compliance.
Itemizes the components included in the ATyS C55/65 packaging.
Details controller dimensions and steps for door mounting installation.
Step-by-step guide for mounting the controller on a backplate.
Identifies connectors and explains basic wiring principles.
Details AC dual, DC, and energy backup power supply configurations.
Explains current measurement setup and internal energy backup features.
Details default and configurable settings for inputs and outputs.
Guides users through the initial setup process using the smart wizard.
Explains how to access and navigate the controller's various data visualization dashboards.
Describes mimic diagrams and status screens for source and switch information.
Allows visualization of detailed metering, power, and energy usage.
Displays status of timers, alarms, and input/output configurations.
Details the controller's HMI, buttons, and menu system for operation.
Explains operating modes and how to navigate the controller's menus.
Describes source availability criteria and test mode operation.
Details how to perform load and off-load tests on the controller.
Explains menus for operation modes, tests, and event/fault logging.
Covers accessing and interpreting event logs, alarms, and faults.
Provides counters for operations and details the genset scheduler menu.
Allows configuration of scheduled genset tests and exercise programs.
Displays product info and refers to other menu sections for details.
Explains configuration via HMI, USB, or communication.
Configures network type, voltage, frequency, and phase rotation.
Sets load type, current transformer ratios, and load naming.
Configures timers for failure, return, cooldown, and start timeouts.
Configures internal and external inputs and outputs for the controller.
Details RS485 connection, Modbus RTU, and Digiware bus configuration.
Sets up alarms based on measurements, maintenance, and system events.
Manages user levels and passwords for controller access and security.
Configures functions like manual retransfer, in-phase transfer, and load control.
Configures load shedding and HVAC compressor protection functions.
Defines breaker trip reactions and gradual load addition settings.
Configures source cycling and commit transfer functions.
Provides access to maintenance actions like rebooting and resetting counters.
Guides users on using the EasyConfig software for controller configuration.
Details controller info and guides fault management and troubleshooting.
Instructions for cleaning the unit and replacing the RTC battery.
Lists part numbers and descriptions for essential spare parts.
Lists accessories like I/O modules, gateways, and Digiware cables.
Provides detailed connection diagrams for various switch types.
Shows wiring for circuit breakers with mechanical and electrical interlocks.
A comprehensive list of operational timers with their functions and ranges.
Lists available inputs and their functions for configuration.
Lists available outputs and their functions for configuration.
Illustrates the operating sequence for Main-Genset applications.
Details electrical, mechanical, environmental, and EMC specifications.
Provides a hierarchical map of the controller's menu system.
Details Modbus communication registers for data access.
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