What does 'POS2 ERROR' mean on socomec ATyS C35 Controller?
If your Socomec Controller displays 'POS2 ERROR', it means the controller ordered a move to position 2, but it wasn't reached. Check the I/O connections and make sure the output signal time matches the RTSE being used.
What does 'EXT FAULT' mean on socomec ATyS C35 Controller?
If your Socomec Controller displays 'EXT FAULT', it means an input configured to EXT FLT1 is active. Check the input status and deactivate it to clear the fault.
What does 'EXT FAULT 2' mean on socomec ATyS C35?
If your Socomec Controller displays 'EXT FAULT 2', it means an input configured to EXT FLT2 is active. Check the input status and deactivate it to clear the fault.
What to do if parameters are not taken into account on socomec ATyS C35?
If the parameters are not being saved on your Socomec Controller, check that the buzzer sounds twice after you press save.
General| Rated Operational Voltage | 230/400 V AC |
|---|---|
| Frequency | 50/60 Hz |
| Protection Class | IP20 |
| Communication Protocol | Modbus RTU |
| Mechanical Durability | 10000 cycles |
| Protection Degree | IP20 |
| Operating Temperature | -20 to +70 °C |
| Poles | 4 |
| Electrical Durability | 1000 cycles |
| Storage Temperature | -40°C to +85°C |
| Humidity | 95% non-condensing |
Identifies the ATYS C35 controller, its model, and key features displayed on the front panel.
Explains the Human Machine Interface (HMI) of the ATYS C35, including buttons, LEDs, and screen elements.
Covers environmental specifications like IP rating, IK rating, operating temperature, humidity, and altitude.
Lists accessories and compatible RTSE products that can be used with the ATYS C35 controller.
Provides the physical dimensions of the ATYS C35 controller in millimeters.
Explains the mounting options for the ATYS C35 controller, including door and DIN rail mounting.
Describes the different network types (1P+N, 2P, 3P, 3P+N) compatible with the ATYS C35 controller.
Illustrates the physical connection points on the ATYS C35 controller for various inputs and outputs.
Shows a detailed wiring diagram for connecting the ATYS C35 with an ATYS R unit.
Lists and describes each terminal on the ATYS C35 controller, including recommended cable sizes and torque.
Details the four distinct operating modes of the ATYS C35 controller and how to select them.
Describes the seven visualisation screens available on the ATYS C35 for monitoring installation status and parameters.
Explains the three power supply options (AC, DC auxiliary) for the ATYS C35 controller.
Details the voltage sensing inputs used for monitoring source availability and parameters like phase rotation and frequency.
Describes the control signal outputs and the genset start output of the ATYS C35 controller.
Details the various inputs for the ATYS C35 controller, including programmable inhibit, position, fire, and RS485 inputs.
Explains the procedure to enter the programming mode, including password entry and navigation controls.
Outlines the structure of the programming menu, detailing system settings, timers, and I/O configurations.
Describes the available functions for inputs and outputs, including their types and descriptions.
Details the settings for communication parameters like Modbus address, baud rate, data format, and stop bit.
Lists specific fault messages that may appear on the screen and their corresponding correction actions.
Describes ATYS d M and ATYS S remotely operated transfer switches (RTSE) and their specifications.
Lists Modbus addresses for input/output states, their type, and description.
Details Modbus addresses for fault statuses and operating modes, including bit definitions.
Provides Modbus addresses for voltage and frequency sensing values for sources 1 and 2.
Lists Modbus addresses for configuring communication parameters like slave address, baud rate, and data format.
Lists Modbus addresses related to maintenance, such as operation counters and version information.
Details Modbus addresses for configuring various product settings like voltage, frequency, timers, and I/O functions.
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