What to do if Leuze electronic RSL 430 field violation due to glare?
If you experience field violation due to glare with your Leuze electronic Safety Sensor, mount the sensor so that the light source does not directly hit the outlet disc.
Why Leuze electronic RSL 430 safety configuration is not compatible: unknown field pair monitoring parameters?
If the safety configuration is not compatible with your Leuze electronic safety sensor due to unknown field pair monitoring parameters, swap 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.
Why Leuze electronic RSL 430 Security Sensors safety configuration is not compatible: unknown field pair monitoring mode?
If the safety configuration is not compatible with your Leuze electronic safety sensor because of an unknown field pair monitoring mode, swap out the safety sensor or change the configuration to ensure the sensor type matches what is stored in the connection unit or Sensor Studio software.
Why Leuze electronic Security Sensors safety configuration is not compatible: unknown EDM inputs?
If the safety configuration is not compatible with your Leuze electronic safety sensor due to unknown EDM inputs, 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.
Why Leuze electronic RSL 430 Security Sensors safety configuration is not compatible: unknown inputs SE1 and SE2?
If the safety configuration is not compatible with your Leuze electronic safety sensor due to unknown inputs SE1 and SE2, swap out the safety sensor or change 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.
Why Leuze electronic Security Sensors safety configuration is not compatible: unknown output signals?
If the safety configuration is not compatible with your Leuze electronic safety sensor due to unknown output signals, swap out the safety sensor or change the configuration. Ensure the safety sensor type is the same as the type stored in the connection unit or in the Sensor Studio software.
Why Leuze electronic RSL 430 safety configuration is not compatible?
If the safety configuration is not compatible with your Leuze electronic safety sensor, you may have an unknown bank switchover. Swap out the safety sensor or change the configuration, ensuring the sensor type matches what is stored in the connection unit or Sensor Studio software.
What to do if Leuze electronic Security Sensors switching fault at inputs SE1 and SE2?
If you have a switching fault at inputs SE1 and SE2 on your Leuze electronic safety sensor, check the wiring of the external safety device and verify that the parameter settings in the configuration are correct.
What to do if Leuze electronic RSL 430 Security Sensors experience EDM fault at system start?
If you're experiencing an EDM fault at system start with your Leuze electronic safety sensor, check the wiring of the downstream relays and ensure they are functioning correctly.
What to do if Leuze electronic RSL 430 Security Sensors are Dazzled RSL?
If the RSL is dazzled on your Leuze electronic safety sensor, mount it so that the light source does not hit the outlet disc directly.
General| Brand | Leuze electronic |
|---|---|
| Model | RSL 430 |
| Category | Security Sensors |
| Language | English |
Defines the specific applications and purposes for which the safety sensor is designed.
Details uses considered improper and unsuitable for the safety sensor.
Specifies the qualifications and prerequisites for personnel handling the safety sensor.
Guides on creating and managing configuration projects, including access levels and settings.
Describes different operating modes like one/two protective functions and four field mode.
Details selectable resolution options for various detection scenarios.
Covers automatic start/restart and start/restart interlock functions.
Details modes and configuration for switching between protective/warning field pairs.
Controls sensor behavior via a two-channel safety circuit, including contact-based and electronic.
Protects people in the path of automated guided vehicles (AGVs).
Safeguards personnel on transverse side-tracking skates and mobile side guarding.
Details safety distance calculation for parallel approach in danger zone guarding.
Covers minimum distance calculation and protective field dimensions for AGVs.
Describes the sensor's interfaces for control, Ethernet, and USB communication.
Essential steps for defining the safety configuration, emphasizing correct setup.
Instructions for connecting the safety sensor to a PC via Ethernet, Bluetooth, or USB.
Guide on starting the software and selecting or creating a configuration project.
Detailed steps for configuring protective/warning fields, parameters, and functions.
Sets permissible sequences for field pair changeovers when monitoring is active.
Details on transferring configuration data to the safety sensor for effective changes.
Checklist for integrators before initial start-up and after modifications.
Regular function tests for operators, including effectiveness checks.
Guidance on identifying and rectifying faults using display elements and error messages.
Explanation of diagnostic message classes and their corresponding meanings.
Procedure for replacing a defective scanner unit with a compatible one.
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