What to do if the safety configuration of Leuze electronic RSL 420 is not compatible due to unknown bank switchover?
If the safety configuration is not compatible due to an unknown bank switchover, you should either swap out the safety sensor or change the configuration. Ensure that the type of safety sensor matches the type stored in the connection unit or in the Sensor Studio software.
What to do if the safety configuration of Leuze electronic Scanner is not compatible due to unknown output signals?
If the safety configuration is not compatible due to unknown output signals, you should either replace the safety sensor or modify the configuration. Make sure that the type of safety sensor is the same as the type stored in the connection unit or in the Sensor Studio software.
What to do if the safety configuration of Leuze electronic RSL 420 is not compatible due to unknown inputs SE1 and SE2?
If the safety configuration is not compatible because of unknown inputs SE1 and SE2, you can swap out the safety sensor or change the configuration. The safety sensor type must match the type stored in the connection unit or in the Sensor Studio software.
How to troubleshoot unclear input level at the electrical inputs of Leuze electronic Scanner?
If the input level at the electrical inputs is unclear, check the wiring of the safety sensor.
General| Brand | Leuze electronic |
|---|---|
| Model | RSL 420 |
| Category | Scanner |
| Language | English |
Lists related documents and software for the safety sensor.
Instructions on how to download the configuration software.
Explains warning symbols and signal words used in the manual.
Defines the proper application and use of the safety sensor.
Outlines improper uses that are not covered by intended use.
Defines requirements and qualifications for personnel handling the sensor.
Provides safety information related to laser class.
Provides a general overview of the RSL 400 safety sensors and their features.
Explains how the safety sensor's protective function operates.
Lists parameters influencing the protective function.
Describes the LEDs and alphanumerical display for status indication.
Step-by-step guide for installing the software.
Overview of the software's graphical user interface.
Guides through creating and changing configuration projects.
Explains how to create and manage configuration projects.
Details how to change user access levels.
Explains user access levels and their permissions.
Describes different operating modes of the safety sensor.
Settings for automatic start-up and restart.
How to switch between different protective/warning field pairs.
How to use the sensor for guarding stationary danger zones.
Application for guarding points of operation.
Using the sensor to guard access points.
Application for guarding danger zones on AGVs.
Using sensor data for navigation of automated vehicles.
Formula and guidelines for calculating safety distances.
Step-by-step instructions for mounting the sensor.
Guidance on dimensioning protective fields.
Details on minimum distance calculation for AGVs.
Requirements for power supply and functional earth.
Overview of available interfaces for connection and communication.
Steps for defining the safety configuration parameters.
Instructions for connecting the sensor to a PC.
Detailed steps for configuring the protective function.
Steps to transfer configuration to the sensor.
How to align the sensor using the spirit level.
Procedure for unlocking the start/restart interlock.
How to install and start up a replacement scanner unit.
Tests required before initial start-up and after modifications.
Regular checks performed by the operator.
General steps to take when a failure occurs.
Explains the diagnostic codes and messages.
Procedure for replacing the scanner unit.
Instructions for cleaning the optics cover.
Provides general technical specifications.
Mechanical dimensions of the device.
Details the meaning of status signals and profiles.
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