What to do if there is a configuration error on my Murr Elektronik CUBE20S PROFINET IO?
If the MF LED is flashing, it indicates that the module doesn't match the current configuration. To resolve this, ensure that the configuration aligns with the hardware structure of your Murr Elektronik Control Unit.
How to fix a module failure on a Murr Elektronik CUBE20S PROFINET IO Control Unit?
If a module failure occurs on your Murr Elektronik Control Unit and modules are flashing, the module to the right of the flashing modules is likely defective. Replace the defective module to resolve this issue.
General| Product Type | Control Unit |
|---|---|
| Model | CUBE20S PROFINET IO |
| Manufacturer | Murr Elektronik |
| Protocol | PROFINET IO |
| Number of Ports | 20 |
| Port Type | M12 |
| Power Supply | 24 V DC |
| Protection Class | IP20 |
| Operating Temperature | -25 to +60 °C |
Detailed information on customer support services, including sales and application support.
Overview of the document's purpose, scope, and target audience.
Explanation of safety symbols and their meanings for user safety.
Lists trademarks used in the documentation and their owners.
Identifies intended users with knowledge of automation systems.
Specifies the designated use and foreseeable misuse of the Cube20S system.
Crucial safety guidelines and warnings for electrical hazards and malfunctions.
Precautions for handling components sensitive to electrostatic discharge.
Rules for installing the device to ensure trouble-free operation and interference immunity.
Guidelines on using original spare parts and authorized accessories.
Instructions for returning products for disposal according to regulations.
Statement of compliance with EU directives for electromagnetic compatibility and RoHS.
Conditions under which warranty and liability claims are voided.
General overview of the Cube20S system, its modularity, and wiring.
Lists the main components of the Cube20S system.
Details the bus interface and power module integration in the bus node.
Explains the purpose and installation of the bus cover.
Describes the structure and function of expansion modules.
Details the functional elements of the terminal module.
Explains the function and status indication of the electronic module.
Describes the role of power modules in providing system power.
How to identify the hardware revision on modules.
Lists conformity standards like CE, EMC Directive, and RoHS.
Details certifications according to UL and KC.
Electrical isolation, insulation resistance, and protective measures.
Specifies climatic conditions (storage, operation) and air humidity.
Details pollution, installation height, vibration, and shock.
Technical specifications for EMC standards like ESD and HF irradiation.
Information on hardware and firmware versions.
Electrical specifications for power supply, voltage, and current.
Details LED indications for status, alarms, and diagnostics.
Information on maximum racks and assembly groups.
Fieldbus, physics, connection, topology, and addressing details.
Physical dimensions, material, and weight of the device.
Visual representation of the physical dimensions of various modules.
Important safety notes and general guidelines for mounting.
Explains the mechanism for inserting and locking modules onto the DIN rail.
Instructions for installing the DIN rail with proper spacing.
Step-by-step guide to mounting the bus node onto the DIN rail.
Procedures for mounting expansion modules in the system.
Detailed steps for disassembling and installing electronic modules.
Instructions for attaching the bus cover for contact protection.
Guide for installing the carrier for shield buses.
General procedure for demounting and exchanging modules, including safety precautions.
Step-by-step instructions for safely disassembling and replacing the bus node.
Detailed procedure for disassembling and installing expansion modules.
Specific steps for replacing the electronic module within an expansion module.
Guide on how to disassemble and replace a group of modules.
Critical safety warnings and general installation guidelines, including electrical and temperature hazards.
Technical specifications for spring terminals used for wiring expansion modules.
Standard wiring diagrams for connecting the bus node and its power modules.
Wiring instructions and safety notes for expansion module terminals.
Wiring diagrams for connecting power modules.
Procedures for installing shield bus carriers and fixing cable shields.
Guidelines for fuse protection of power and electronics supplies.
Fuse protection for the system's power supply.
Information on using MICO circuit breakers for intelligent current monitoring.
Explains how to use power modules 57106 and 57131 for system power.
Details on using power module art. no. 57130 for power supply.
Details on using power module art. no. 57131 for enhanced power supply.
Overview of LEDs (RUN, MF) for system diagnostics and error finding.
Troubleshooting steps when the total current for electronics supply is exceeded.
Diagnosing and resolving configuration errors indicated by LEDs.
Identifying and resolving issues related to module failure based on LED behavior.
Lists the key features and supported protocols of the PROFINET IO bus node.
Detailed diagram and labeling of the PROFINET IO bus node components.
Describes the connecting terminals and PROFINET RJ45 bus interfaces.
Configuration of the address switch for DHCP client and PROFINET name.
Detailed explanation of power module and bus interface LED states and their meanings.
Fundamental information about PROFINET IO, its classes, and communication types.
Guidelines for secure and efficient PROFINET IO system installation.
Methods for accessing I/O range, parameter data, and diagnostic data.
General overview of system access methods and GSDML file usage.
How to access input and output data ranges using function blocks.
Setting and transmitting parameter data for modules via hardware configuration.
Methods for reading process interrupt and diagnostic interrupt data.
Steps for planning a PROFINET IO system, including device naming.
Accessing the device's web server for configuration and monitoring.
Methods for assigning an IP address to access the web server.
Description of the web page structure and its dynamic content.
Example of the web interface displaying device information.
Example of the web interface showing selected module details.
Functionality for flexible module mapping in PROFINET IO systems.
General explanation of FMM and its benefits.
Steps to configure FMM and save the mapping.
Details on the data record used for FMM mapping.
Procedures for starting up the system with FMM activated.
Practical examples of FMM configuration for different hardware variants.
Example of a nominal hardware configuration for FMM.
Examples of FMM configuration for hardware variants with swapped modules.
Information on diagnosing system issues and handling interrupts.
Details on process interrupt data and its reading.
Explanation of diagnostic interrupt data and its parameters.
Methods for accessing diagnostic data from the PROFINET IO device.
Reading diagnostic data acyclically using function blocks.
Structure and interpretation of diagnostic data for the PROFINET IO device.
Details on diagnostic data records for individual modules.
Information on Identification and Maintenance (I&M) data for modules.
Purpose and use of I&M data for system management.
Comprehensive overview of index numbers for accessing data.
List of available accessories for the Cube20S system.
Definitions of technical terms used in the manual.
Disclaimer, copyright, and usage rights information.
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