How do I fix error E04 on my Leuze electronic Controller?
Error E04 on the Leuze electronic Controller indicates a high-impedance short circuit to VCC OSSD1. To resolve this, check the wiring and replace the cable if needed.
What does error E05 on Leuze electronic MSI-MD-FBX mean?
Error E05 on the Leuze electronic Controller indicates a high-impedance short circuit to VCC OSSD2. Check the wiring and replace the cable if necessary.
Why does my Leuze electronic MSI-MD-FBX display 'OFF'?
If the Leuze electronic Controller displays 'OFF', it indicates a very high overvoltage (± 40 V). To resolve this, ensure that the device is supplied with the correct voltage.
How to fix error E07 on Leuze electronic Controller?
Error E07 on the Leuze electronic Controller indicates a short circuit against +24 V at OSSD1. Check the wiring and replace the cable if applicable.
What causes error E08 on Leuze electronic MSI-MD-FBX Controller?
Error E08 on the Leuze electronic Controller indicates a short circuit against GND at OSSD2. Check the wiring and replace the cable if applicable.
How to troubleshoot error E09 on Leuze electronic MSI-MD-FBX Controller?
Error E09 on the Leuze electronic Controller indicates a short circuit against +24 V at OSSD2. Check the wiring and replace the cable if applicable.
What do errors E10 and E11 mean on Leuze electronic Controller?
Errors E10 and E11 on the Leuze electronic Controller indicate an OSSD error with an unknown source. Check the wiring, and if necessary, replace the cable and the receiver.
What to do if Leuze electronic MSI-MD-FBX displays error E18?
Error E18 on the Leuze electronic Controller indicates that the ambient temperature is too high (greater than 90°). Ensure correct environmental conditions to resolve this.
How to resolve error E19 on Leuze electronic MSI-MD-FBX?
Error E19 on the Leuze electronic Controller signifies that the ambient temperature is too low (less than -35°). Ensure correct environmental conditions.
What does error E42 mean on Leuze electronic MSI-MD-FBX?
Error E42 on the Leuze electronic Controller indicates that the muting enable signal is on +24 V for too long. Check the actuation of the muting enable signal.
General| Brand | Leuze electronic |
|---|---|
| Model | MSI-MD-FBX |
| Category | Controller |
| Language | English |
Checklists serve as a reference for testing requirements, but do not replace machine testing.
Instructions on how to download diagnostic software from the Leuze website.
Explains warning symbols, signal words, and other symbols used in the manual.
Defines the proper application and outlines improper uses of the safety relay.
Outlines the required qualifications and expertise for handling the safety relay.
Clarifies the safety responsibilities of manufacturers and operators.
Details the physical components and layout of the muting controller with labeled diagrams.
Explains the function of various LEDs and the 7-segment display on the controller.
Describes the types of connectors and sockets used for wiring.
Explains the operation of timing controlled 2-sensor muting.
Details the timing controlled muting function with an external enable signal.
Describes how to override muting and restart the system after interruptions.
Explains the procedure for resetting the muting controller after an error.
Explains how the system restarts after a protective field violation.
Describes the RES LED indication and the acknowledgment/reset process.
Illustrates an application of access guarding using timing controlled muting.
Provides instructions on how to mount the muting controller.
Details the process of mounting the controller within a UDC device column.
Describes mounting the controller on the side or rear of a UDC device column.
Explains how to mount the controller directly onto the machine system using M4 screws.
Provides guidelines for positioning muting sensors for correct operation.
General guidelines for selecting and mounting muting sensors.
Information on choosing and connecting suitable optoelectronic muting sensors.
Specifies the required minimum distance between sensors and the protective field.
Details typical arrangements for muting sensors in 2-sensor muting applications.
Describes an alternative arrangement using diffuse sensors.
Explains the required height for muting sensor light beams.
Lists the connections available on the muting controller for various components.
Details the pin configuration for the machine interface connection.
Describes the pinout for connecting the safety sensor.
Details the pin configuration for the acknowledgment unit.
Explains the pinout for connecting an external muting indicator.
Specifies the pinout for the muting sensor connections.
Provides a circuit diagram example for timing controlled 2-sensor muting.
Circuit diagram for timing controlled 2-sensor muting setup.
Introduces the DIP switch blocks used for configuring the muting controller.
Explains how to set the operating mode using DIP switch blocks.
Outlines testing procedures before initial commissioning and after changes.
Details the periodic testing requirements by qualified personnel.
Describes daily or shift-based checks by the operator.
Provides a checklist for operators to perform periodic testing.
Instructions for cleaning the muting controller.
Information regarding maintenance and repairs.
Guidance on the proper disposal of the electronic component.
General steps to take when the muting controller experiences a fault.
Explains error codes displayed on the 7-segment display and their remedies.
Lists general technical specifications and safety-relevant data.
Shows dimensional drawings of the muting controller.
Provides dimensional drawings for mounting plates.
Lists part numbers and designations for the muting controller.
Details connection cables for the muting controller.
Details interconnection cables for safety sensors.
Lists display and confirmation units.
Lists mounting plates and brackets for the muting controller.
Information on LED muting indicators.
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