What happens if the IFM CR711S has periphery errors?
If the IFM Controller encounters periphery errors, it puts the affected function into a defined state, reports the error to the application, saves the information in the error log, and allows the error to be reset in the application as often as required.
What happens when the IFM CR711S encounters a fatal error?
When a fatal error occurs in the IFM Controller, it deactivates components allocated to the PLC and saves the information in the error log.
Details regarding legal rights, copyright ownership, and trademark acknowledgments.
Explains the scope of the manual and the topics covered for the ecomatController family.
Defines the meaning of symbols, warnings, and formatting conventions used throughout the manual.
Lists the available documentation modules for the CR711S device.
Provides guidance on navigating and utilizing the manual's structure for effective information retrieval.
General safety precautions and responsibilities for handling and operating the device.
Lists key safety standards relevant for programming safety-related controllers.
Describes the V model approach for organizing safety in machine development.
Details the controller's behavior during start-up and error conditions to ensure safety.
Specifies the necessary hardware and software components for installation.
Provides step-by-step instructions for installing the required software components.
Details the installation process for the CODESYS Development System.
Procedure to verify the current operating system version of the device.
Instructions for updating the device's operating system using a batch file.
Overview of the device's hardware components and their context.
Details the internal hardware architecture of the controller.
Explains the voltage ranges and supply requirements for the device.
Describes the different types of input channels and their functionalities.
Details the various types of output channels and their operational modes.
Overview of the device's communication interfaces, including serial and Ethernet.
Describes the software components and their interaction within the controller.
Instructions for launching the CODESYS development environment.
Guide to creating a new CODESYS project for the CR711S device.
Steps to configure the communication path between CODESYS and the device.
Procedure for integrating ifm function libraries into a CODESYS project.
Steps for configuring the Programmable Logic Controller (PLC) settings.
Describes how to allocate memory partitions for the Safety PLC and standard PLC.
Methods for configuring the device's inputs and outputs.
Details on configuring the device's serial, Ethernet, and CAN interfaces.
Steps for setting up the Ethernet interface parameters.
Configuration options for the device's CAN interfaces.
Lists the components within a PLC application in the CODESYS device tree.
Guide on creating a PLC application and entering program code.
Describes how to use the provided ifm function libraries for device programming.
Details on how to access device inputs using available functional elements.
Explains how to access device outputs using available functional elements.
Information on coupling global variables to IEC addresses for I/O access.
Guide to using the RawCAN function for CAN Layer 2 communication.
Instructions for using CANopen communication protocols.
Steps to transfer a CODESYS project application to the device.
Describes the possible operating modes and states of the device.
Explanation of the status indicators provided by the device's LEDs.
Details the different reset variants supported by the PLC and their system behavior.
Procedures for transferring application data for series production.
Documentation for the CANopen Manager library functions.
Function block to retrieve the current state of a CANopen node.
Contains device-specific data structures, enumerations, and variables.
Library for controlling quick inputs of the device.
Library for controlling the device's inputs and outputs.
Function block for configuring and reading digital or analogue input channels.
Function block for configuring and controlling digital or analogue output channels.
Library for programming CAN Layer 2 level interfaces.
Classifies errors based on their impact and system reaction.
Defines status, diagnostic, and error messages for function blocks.
Details the device's file system structure and stored files.
Explains the behaviour models (ENABLE, EXECUTE) for function blocks.
Describes the ENABLE behaviour model for cyclic processing.
Details the EXECUTE behaviour model for single-execution processing.
Details regarding legal rights, copyright ownership, and trademark acknowledgments.
Explains the scope of the manual and the topics covered for the ecomatController family.
Defines the meaning of symbols, warnings, and formatting conventions used throughout the manual.
Lists the available documentation modules for the CR711S device.
Provides guidance on navigating and utilizing the manual's structure for effective information retrieval.
General safety precautions and responsibilities for handling and operating the device.
Lists key safety standards relevant for programming safety-related controllers.
Describes the V model approach for organizing safety in machine development.
Details the controller's behavior during start-up and error conditions to ensure safety.
Specifies the necessary hardware and software components for installation.
Provides step-by-step instructions for installing the required software components.
Details the installation process for the CODESYS Development System.
Procedure to verify the current operating system version of the device.
Instructions for updating the device's operating system using a batch file.
Overview of the device's hardware components and their context.
Details the internal hardware architecture of the controller.
Explains the voltage ranges and supply requirements for the device.
Describes the different types of input channels and their functionalities.
Details the various types of output channels and their operational modes.
Overview of the device's communication interfaces, including serial and Ethernet.
Describes the software components and their interaction within the controller.
Instructions for launching the CODESYS development environment.
Guide to creating a new CODESYS project for the CR711S device.
Steps to configure the communication path between CODESYS and the device.
Procedure for integrating ifm function libraries into a CODESYS project.
Steps for configuring the Programmable Logic Controller (PLC) settings.
Describes how to allocate memory partitions for the Safety PLC and standard PLC.
Methods for configuring the device's inputs and outputs.
Details on configuring the device's serial, Ethernet, and CAN interfaces.
Steps for setting up the Ethernet interface parameters.
Configuration options for the device's CAN interfaces.
Lists the components within a PLC application in the CODESYS device tree.
Guide on creating a PLC application and entering program code.
Describes how to use the provided ifm function libraries for device programming.
Details on how to access device inputs using available functional elements.
Explains how to access device outputs using available functional elements.
Information on coupling global variables to IEC addresses for I/O access.
Guide to using the RawCAN function for CAN Layer 2 communication.
Instructions for using CANopen communication protocols.
Steps to transfer a CODESYS project application to the device.
Describes the possible operating modes and states of the device.
Explanation of the status indicators provided by the device's LEDs.
Details the different reset variants supported by the PLC and their system behavior.
Procedures for transferring application data for series production.
Documentation for the CANopen Manager library functions.
Function block to retrieve the current state of a CANopen node.
Contains device-specific data structures, enumerations, and variables.
Library for controlling quick inputs of the device.
Library for controlling the device's inputs and outputs.
Function block for configuring and reading digital or analogue input channels.
Function block for configuring and controlling digital or analogue output channels.
Library for programming CAN Layer 2 level interfaces.
Classifies errors based on their impact and system reaction.
Defines status, diagnostic, and error messages for function blocks.
Details the device's file system structure and stored files.
Explains the behaviour models (ENABLE, EXECUTE) for function blocks.
Describes the ENABLE behaviour model for cyclic processing.
Details the EXECUTE behaviour model for single-execution processing.
General| Power supply | 24 V DC |
|---|---|
| Protection class | III |
| Outputs | 4 digital outputs |
| Input voltage | 24 V DC |
| Output voltage | 24 V DC |
| Protection rating | IP20 |
| Safety Integrity Level | SIL 3 |
| Performance Level | PL e |
| Product Type | Safety Controller |
| Supply voltage | 24 V DC |
| Output current | Max. 0.5 A per output |
| Housing material | Plastic |
| Operating temperature | -25°C to +55°C |
| Storage temperature | -40°C to +85°C |
| Standards | EN ISO 13849-1 |
| Dimensions (W x H x D) | 45 mm x 100 mm x 121 mm |
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