What to do if the input level at the electrical inputs of my Leuze RSL 420 is unclear?
If the input level at the electrical inputs of your Leuze Scanner is unclear, start by checking the wiring of the safety sensor. If the issue persists, try replacing the safety sensor or reconfiguring it. Ensure that the replacement sensor type matches the type stored in the connection unit or in the Sensor Studio software.
Lists related documents for safety sensor.
Instructions for downloading the safety sensor configuration software.
Explains warning symbols and signal words used in the manual.
Mentions checklists for testing and referencing safety sensor.
Defines the proper application and use of the safety sensor.
Lists uses considered improper for the safety sensor.
Defines qualifications and responsibilities of personnel.
Provides safety information regarding laser radiation.
Defines responsibilities of manufacturer and operator.
Explains user management and access levels for software.
Describes different operational modes of the safety sensor.
Details resolution settings for different detection types.
Describes options for automatic start/restart.
Explains switching between different protective fields.
Controls sensor behavior via a two-channel safety circuit.
Protects people in static danger zones.
Guards points of operation for hand/arm protection.
Protects people entering a danger zone.
Protects people in the path of automated guided vehicles (AGVs).
Uses sensor data for navigation of AGVs.
Formula and details for calculating necessary safety distance.
Criteria for selecting appropriate mounting sites.
Step-by-step guide for attaching the safety sensor.
Details safety distance calculation for stationary guarding.
Safety distance calculation for point of operation guarding.
Safety distance calculation for access guarding.
Details safety distance for AGV applications.
Information on power supply requirements.
Describes available interfaces like Ethernet and USB.
Details the 16-wire control cable pinout.
Pinout for the Ethernet interface.
Guidelines for cable lengths based on voltage.
Steps for defining safety parameters.
Instructions for connecting the sensor to a PC.
Process for determining configuration projects.
Steps to configure protective functions.
Defines protective and warning field pairs.
Process of transferring settings to the sensor.
Manages user access levels for configuration.
Steps to power on the safety sensor.
Guides alignment using the integrated spirit level.
Procedure to enable system start-up.
Instructions for installing a replacement unit.
Pre-operational checks and post-modification testing.
Detailed checklist for integrators before initial operation.
Periodic testing procedures for qualified personnel.
Regular checks to be performed by the operator.
General steps for addressing failures.
Interpreting error codes and messages.
Procedure for replacing the scanner unit.
Instructions for cleaning the optical components.
Information on device servicing and repairs.
Guidelines for proper disposal of the device.
Contact information for technical support.
Process for device repair and returns.
Key safety-relevant and general technical specifications.
Technical specifications related to the sensor optics.
Details on protective field parameters.
Technical specifications for the power supply.
Technical details of the safety outputs.
Physical dimensions and mounting details of the scanner.
Drawings of mounting brackets and accessories.
Explains logic and electrical signals for status representation.
Lists items included in the product package.
Catalog numbers for RSL 420 models and variants.
Catalog numbers for RSL 425 models and variants.
Lists available scanner units and connection units as spares.
Lists various accessories like cables, connectors, and mounting parts.
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