How to reset EUCHNER MBM-PN MLI I/O Systems to factory settings?
To reset your EUCHNER I/O system to its factory settings, you can use the configuration software for your control system. Alternatively, you can use the DIP switches on the bus module MBM. To do this, switch off the system, set the “RST” DIP switch to the “ON” position, and then restart the system.
How to acknowledge general faults and restart EUCHNER I/O Systems?
To acknowledge general faults and restart the EUCHNER I/O Systems, disconnect the bus module MBM from the power supply for a few seconds.
What to do if I want to use device web interface for EUCHNER MBM-PN MLI I/O Systems?
To use the device web interface for EUCHNER I/O Systems, set the “WWW” DIP switch to the “on” position. Also, connect the device to a PC or other suitable input/output device using a network cable.
How to acknowledge faults in EUCHNER MBM-PN MLI?
To acknowledge faults in EUCHNER I/O Systems, set the respective acknowledgment bit for a duration of 100 to 1,000 ms.
Details safety functions involving MGB2-I/MGB2-L modules and guard locking.
Describes safety functions of submodules equipped with emergency stop devices.
Explains safety functions related to submodules with enabling switches.
Covers safety functions for submodules using safe pushbuttons and switches.
Guides on calculating safety characteristics like PFHD for the complete system.
Describes the PROFINET and power supply connections via XF1, XF2, XD1, XD2.
Details the pin assignment for connections using push-pull plugs.
Explains the MLI connection types for modules and submodules.
Explains the essential teach-in process for system configuration.
Illustrates system layout and data area composition for control systems.
Details the safe PROFIsafe data transmitted alongside PROFINET data.
Covers the steps for integrating the system into PROFINET and PROFIsafe environments.
Explains how to configure and set parameters for modules and submodules.
Guides on using the device web interface for diagnostics.
Lists general error codes, meanings, and LED indicators for MBM and modules.
Details errors related to teach-in processes and configuration mismatches.
Lists error codes and troubleshooting steps for communication disruptions.
Covers errors related to PROFIsafe configuration and safety parameters.
Details safety functions involving MGB2-I/MGB2-L modules and guard locking.
Describes safety functions of submodules equipped with emergency stop devices.
Explains safety functions related to submodules with enabling switches.
Covers safety functions for submodules using safe pushbuttons and switches.
Guides on calculating safety characteristics like PFHD for the complete system.
Describes the PROFINET and power supply connections via XF1, XF2, XD1, XD2.
Details the pin assignment for connections using push-pull plugs.
Explains the MLI connection types for modules and submodules.
Explains the essential teach-in process for system configuration.
Illustrates system layout and data area composition for control systems.
Details the safe PROFIsafe data transmitted alongside PROFINET data.
Covers the steps for integrating the system into PROFINET and PROFIsafe environments.
Explains how to configure and set parameters for modules and submodules.
Guides on using the device web interface for diagnostics.
Lists general error codes, meanings, and LED indicators for MBM and modules.
Details errors related to teach-in processes and configuration mismatches.
Lists error codes and troubleshooting steps for communication disruptions.
Covers errors related to PROFIsafe configuration and safety parameters.
General| Category | I/O Systems |
|---|---|
| Series | MBM-PN MLI |
| Communication Protocol | PROFINET |
| Number of Inputs | 8 |
| Input Voltage | 24 V DC |
| Output Voltage | 24 V DC |
| Protection Class | IP67 |
| Connection Technology | M12 |
| Storage Temperature | -25 °C ... +70 °C |
| Number of Outputs | 4 |
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