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General| Category | Safety relay |
|---|---|
| Input Voltage | 24 V DC |
| Number of Safety Contacts | 3 |
| Performance Level (PL) | PL e |
| Protection Class | IP20 |
| Safety Integrity Level (SIL) | SIL 3 |
| Output type | Relay |
| Mounting type | DIN rail |
| Standards | EN ISO 13849 |
Explains warning symbols and signal words used in the manual for hazard communication.
Defines the necessary qualifications and knowledge for users operating the PSRmodular system.
Specifies the intended use and application scope of the PSRmodular configurable safety system.
Crucial safety information, general notes, electrical safety, and machine safety precautions.
Lists the directives and standards that the PSRmodular system complies with.
Information on accessing and utilizing the latest available product documentation.
Overview of the PSRmodular system's hardware and software components and how they function together.
Provides detailed instructions and safety guidelines for the mechanical and electrical installation of the system.
Explains the capabilities of the PSRmodular system for implementing various safety functions.
Defines the system's safe state and the conditions under which it is entered.
Describes how the system behaves upon restart after a safety function or error.
Details the types of errors that the PSRmodular system modules can detect during operation.
Outlines the system's behavior and stop categories when an error occurs.
Explains the diagnostic tools available in the PSRmodular Software for system analysis.
Describes the password system to secure the PSRmodular system and its configuration.
Covers hardware and software requirements and the installation procedure for the PSRmodular configuration software.
Introduces fundamental knowledge of the PSRmodular Software, including its user interface and basic operations.
Details the functions of various icons and controls available in the PSRmodular Software toolbar.
Step-by-step guide on how to create a new project and set up the hardware configuration in the software.
Instructions on modifying the hardware setup, adding modules, and configuring addresses within the software.
Explains how to update project-specific information such as company name and user details.
Provides an overview of the primary functional windows used for building safety logic and configuring the system.
Describes the process of developing safety logic using drag-and-drop functionality with function blocks and operators.
Details how to access context-sensitive menus for various elements within the software interface.
Presents a practical example to illustrate the application of PSRmodular Software features in a safety system.
Explains the procedure for saving the project configuration and safety program.
Outlines the steps for validating the project to ensure accuracy before downloading to the base module.
Information on how to view the allocation of system resources used in the project.
How to generate and print a detailed project report including configuration and block parameters.
Step-by-step instructions for establishing a connection between the base module and the configuration PC.
Details the password system for protecting project access and configuration changes.
Covers the process of establishing a USB connection and transferring the project to the base module.
Explains how to monitor the real-time status and diagnostics of inputs and outputs in the software.
Describes how to utilize graphical monitoring to visualize signal states and dynamic behavior.
Guidance on performing system tests to verify the functionality of the configured safety application.
Information on performing device diagnostics and accessing module-specific technical data.
Focuses on system-level diagnostics, including error codes and troubleshooting procedures.
A table listing PSRmodular error codes, their meanings, and suggested solutions for resolution.
Outlines the maintenance requirements for the PSRmodular system and connected I/O devices.
Specifies that module repair is prohibited and provides instructions for handling defective units.
Provides guidance on the proper decommissioning and disposal of PSRmodular system components.
Provides estimated response times for the PSR-M-B1 base module based on the number of extension modules.
A reference list of all figures included in the document for easy navigation.
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