What to do if safety configuration is not compatible (unknown resolution) on Leuze electronic Scanner?
To resolve a safety configuration incompatibility (unknown resolution) on your Leuze electronic Scanner, swap out the safety sensor or change the configuration. The type of safety sensor must be the same as the type stored in the connection unit or in the Sensor Studio software.
What to do if signals RES1 or RES2 timeout on Leuze electronic RSL 410?
If you are experiencing a timeout of signals RES1 or RES2 (acknowledgment button, start/restart) on your Leuze electronic Scanner, check the wiring of inputs RES1 and RES2. Also, ensure that the time specifications for start/restart are being observed.
What happens when simulation mode has been deactivated on Leuze electronic RSL 410?
When the simulation mode has been deactivated on your Leuze electronic Scanner, the sensor is again in safety mode. Be aware of potential hazards which can occur when the machine is started up!
How to fix 'protective/warning field radius too small' error on Leuze electronic RSL 410 Scanner?
To resolve the issue of a protective/warning field radius being too small on your Leuze electronic Scanner, change the dimensions and contour of the protection field in the configuration, ensuring that the minimum range of the protection field is observed.
What to do if safety configuration is not compatible (unknown parameter) on Leuze electronic Scanner?
To resolve a safety configuration incompatibility (unknown parameter) on your Leuze electronic Scanner, swap out the safety sensor or change the configuration. The type of safety sensor must be the same as the type stored in the connection unit or in the Sensor Studio software.
What to do if Leuze electronic Safety Equipment safety configuration is not compatible due to unknown inputs SE1 and SE2?
If your Leuze electronic Safety Equipment displays a safety configuration incompatibility because of unknown inputs SE1 and SE2, replace the safety sensor or change the configuration. Make sure the safety sensor type is the same as the type stored in the connection unit or in the Sensor Studio software.
What to do if safety configuration is not compatible (unknown inputs SE1 and SE2) on Leuze electronic RSL 410?
To resolve a safety configuration incompatibility (unknown inputs SE1 and SE2) on your Leuze electronic Scanner, swap out the safety sensor or change the configuration. The type of safety sensor must be the same as the type stored in the connection unit or in the Sensor Studio software.
What to do if safety configuration is not compatible (unknown EDM inputs) on Leuze electronic RSL 410 Scanner?
To resolve a safety configuration incompatibility (unknown EDM inputs) on your Leuze electronic Scanner, swap out the safety sensor or change the configuration. The type of safety sensor must be the same as the type stored in the connection unit or in the Sensor Studio software.
What to do if external relay does not switch off (EDM at OSSD A) on Leuze electronic RSL 410?
If the external relay does not switch off (EDM at OSSD A) on your Leuze electronic Scanner, check the wiring of the downstream relays and that they are functioning correctly.
What to do if the field pair is not defined on Leuze electronic RSL 410 Scanner?
If the field pair is not defined on your Leuze electronic Scanner, check the wiring of function inputs F1 to F10 and that the parameter settings in the configuration are correct.
General| Brand | Leuze electronic |
|---|---|
| Model | RSL 410 |
| Category | Scanner |
| Language | English |
Lists other documents related to the safety sensor for comprehensive understanding.
Instructions to download configuration software from the Leuze website.
Explains warning symbols and signal words used in the manual for hazard communication.
Refers to checklists for initial start-up and periodic testing procedures.
Defines the intended use and application of the safety sensor for personnel protection.
Details improper uses that could lead to hazardous situations or damage.
Outlines responsibilities of manufacturer and operator for ensuring safe operation.
Specifies requirements and qualifications for personnel installing the sensor.
Lists conditions under which Leuze electronic is not liable for damages.
Provides laser safety information and compliance details for the device.
Provides a general overview of the RSL 400 safety sensors and their features.
Describes the function and components of the safety sensor's connection unit.
Explains the function of LED indicators and alphanumerical displays for status.
Mentions optional mounting systems for simplifying installation and alignment.
Describes the optional loop guard for protecting the optics cover.
Lists the necessary PC and software specifications for using Sensor Studio.
Provides step-by-step instructions for installing the Sensor Studio software.
Details the main components of the Sensor Studio software user interface.
Explains the FDT frame menu and its functionalities like Project Wizard.
Explains how to create and manage configuration projects for the safety sensor.
Details how to change user access levels and their associated passwords.
Describes how to access identification and configuration data within the software.
Explains how to view process-related information and sensor data in the software.
Refers to the chapter on configuring the safety sensor parameters.
Explains how to perform diagnostics, check alignment, and reset the sensor.
Covers configuration of communication, data telegrams, and event logs.
Explains how user management and access levels control sensor functions.
Details the available function modes for configuring protective and warning fields.
Describes the basic protective function with a single field pair.
Explains the four-field mode, monitoring one protection and three warning fields.
Details how to select resolution for different detection types.
Explains how the sensor adapts protective functions based on vehicle speed.
Defines and explains how to select the safety sensor's response time.
Describes options for automatic start-up and restart functionalities.
Explains the automatic start-up function when supply voltage is present.
Details the start interlock and automatic restart functionality.
Explains the RES function to prevent automatic system start-up after field clearing.
Describes using the sensor for protecting stationary danger zones.
Explains applying the sensor for point of operation protection.
Details using the sensor to protect access points to danger zones.
Describes applications for protecting people in the path of mobile systems.
Explains using the sensor for danger zone guarding on side-tracking skates.
Provides fundamental information and prerequisites for mounting the safety sensor.
Offers guidance on selecting appropriate locations for mounting the safety sensor.
Provides step-by-step instructions for physically mounting the safety sensor.
Illustrates various mounting scenarios and bracket usage for the safety sensor.
Guides on sizing protective fields based on safety distances and application needs.
Details calculations for safety distance in stationary danger zone guarding applications.
Explains safety distance calculations for point of operation guarding.
Covers safety distance calculations for stationary access guarding applications.
Discusses mobile danger zone guarding for driverless transport systems.
Explains calculating minimum distance for mobile applications.
Guides on setting protective field dimensions for mobile applications.
Describes mobile side guarding for vehicles on DTSs.
Lists available mounting accessories like systems and brackets.
Details the BTU800M mounting system for adjustable sensor alignment.
Explains the loop guard accessory for optics protection.
Covers power supply requirements and functional earthing for the safety sensor.
Describes the sensor's interfaces for control system and PC communication.
Details the pin assignments for the 8-pin M12 control connector.
Details pin assignments for the 4-pin M12 Ethernet connector.
Describes the CU408-M12 connection unit and its components.
Provides an example circuit diagram for the RSL 410 with a safety relay.
Emphasizes correct safety configuration for intended application and risk analysis.
Explains how to connect the safety sensor to a PC via Ethernet or Bluetooth.
Guides on starting the configuration software and selecting a project.
Details the steps for configuring protective functions and parameters.
Explains how to enter device and project data for configuration.
Guides on activating protective functions and contactor monitoring (EDM).
Details creating and configuring protective/warning field pairs using banks.
Explains how to save configuration as PDF or XML files.
Details transferring saved configurations to the safety sensor for activation.
Explains how to change user access levels within the device manager.
Guides on resetting the safety configuration to default settings.
Instructions for powering on the safety sensor and its requirements.
Explains how to align the sensor using its integrated electronic spirit level.
Details how to unlock the start/restart interlock using the reset button.
Instructions for temporarily shutting down the machine and safety sensor.
Explains how to restart the machine and safety sensor after temporary shutdown.
Guides on replacing the scanner unit and transferring configuration.
Outlines pre-start-up checks and tests after modifications or downtime.
Provides a checklist for integrators before initial start-up and after modifications.
Specifies periodic testing requirements for competent persons to detect tampering.
Details periodic checks to be performed by the operator for detecting damage or tampering.
Provides guidance on troubleshooting and rectifying errors based on display messages.
Explains the classification and meaning of diagnostic messages displayed by the sensor.
Provides instructions for replacing a defective scanner unit.
Details procedures for cleaning the safety sensor's optics cover based on contamination.
States that the device requires no operator maintenance; repairs by manufacturer only.
Advises observing national regulations for electronic component disposal.
Lists key safety-relevant technical data like SIL, PL, and mission time.
Presents detailed dimensional drawings of the safety laser scanner.
Provides dimensioned drawings for mounting accessories like systems and brackets.
Lists logic and electrical signals representing safety sensor status.
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