What to do if ambient temperature is too high for Leuze electronic MLC 530?
If the ambient temperature is too high for your Leuze electronic Lighting Equipment, ensure correct environmental conditions.
Why is the signal weak on my Leuze electronic MLC 530?
If your Leuze electronic Lighting Equipment has a weak signal, it might be due to contamination or poor alignment. Clean the front screens of the device and then check the alignment of the transmitter and receiver.
How to troubleshoot transmitter without supply voltage in Leuze electronic Lighting Equipment?
If the transmitter of your Leuze electronic Lighting Equipment lacks supply voltage, check the power supply unit and the electrical connection. If necessary, replace the power supply unit.
What to do if the control circuit is open in Leuze electronic Lighting Equipment?
If the control circuit is open in operating mode 1, 2, or 3 on your Leuze electronic Lighting Equipment, close the input circuit with the correct polarity and timing.
What to do if ambient temperature is too low for Leuze electronic MLC 530 Lighting Equipment?
If the ambient temperature is too low for your Leuze electronic Lighting Equipment, ensure correct environmental conditions.
What causes OSSD error with unknown source in Leuze electronic Lighting Equipment?
If there is an OSSD error with an unknown source in your Leuze electronic Lighting Equipment, check the wiring, and if necessary, exchange the cable and the receiver.
How to fix short circuit against GND at OSSD1 on Leuze electronic MLC 530 Lighting Equipment?
If there is a short circuit against GND at OSSD1 in your Leuze electronic Lighting Equipment, check the wiring and exchange the cable if applicable.
How to fix short circuit against +24 V at OSSD1 on Leuze electronic MLC 530 Lighting Equipment?
If there is a short circuit against +24 V at OSSD1 in your Leuze electronic Lighting Equipment, check the wiring and exchange the cable if applicable.
What to do if receiver and transmitter channels are mismatched on Leuze electronic MLC 530 Lighting Equipment?
To resolve the issue where the receiver is set to C1 and the transmitter to C2 on your Leuze electronic Lighting Equipment, set both the transmitter and receiver to the same transmission channel and ensure they are correctly aligned.
What to do if reset button actuation duration exceeded on Leuze electronic MLC 530?
If the actuation duration (2.5 min) has been exceeded for the reset button or the cable is short-circuited on your Leuze electronic Lighting Equipment, press the reset button. If the restart is unsuccessful, check the wiring of the reset button.
General| Type | Light Curtain |
|---|---|
| Series | MLC 500 |
| Resolution | 14 mm, 30 mm |
| Protection Rating | IP65, IP67 |
| Current Consumption | ≤ 200 mA |
| Connection | M12 connector |
| Housing Material | Aluminum |
| Safety Level | Type 4 |
| Supply Voltage | 24 V DC |
| Operating Temperature | -30°C to +55°C |
Guidelines for safe use and installation of the safety sensor.
Explains warning symbols, signal words, and abbreviations used in the manual.
Checklists for initial start-up and periodic testing procedures.
Defines correct usage and potential misuse scenarios for the safety sensor.
Details correct application, misuse, and personnel qualifications.
Outlines responsibilities of manufacturer and operator.
Manufacturer's liability limitations and conditions for use.
Introduces the safety sensor series and different receiver classes.
Explains optical sync and connector types for transmitter/receiver.
Describes LEDs on the transmitter and general display functions.
Details LEDs and 7-segment display on the MLC 530 receiver.
Explains 7-segment display functions and alignment indicators.
Ensures safety circuits remain off until manual reset.
Monitors switching elements and prevents sensor interference.
Adjusts range and selects scanning behavior for availability/response.
Links OSSDs via external safety switches or electronic outputs.
Connects OSSD outputs and allows objects to pass safely.
Stationarily blanks fixed areas of the protective field.
Allows moving objects within blanked areas for operation.
Manages blanking via signals and allows objects of defined size to pass.
Temporarily suppresses protective function for material transport.
Manages muting states and resets/overrides.
Steps to reset the safety sensor after detecting faults.
Protects hands and fingers at machine operational points.
Monitors entry into danger zones and enables muting for transport.
Horizontal arrangement for protecting larger danger areas.
Guidelines for positioning transmitter and receiver units.
Provides formulas for safety distance (S, SRT) based on EN ISO 13855.
Safety distance for access over field and additional distance values.
Prevents false triggering from reflections by maintaining minimum distances.
Safety distance calculations considering blanking and reduced resolution.
Avoids optical crosstalk between adjacent safety sensors.
Basic information and warnings for muting sensor installation.
Guidance on selecting sensors and maintaining required distances.
Typical arrangements, minimum distances, and light scanner placement.
Checklist for verifying proper mounting locations and preparations.
Defines terms for sensor alignment adjustments (sliding, turning, tilting).
Describes various mounting brackets and direct table mounting.
Module for connecting sensors and controls locally.
Redirects protective field for wider coverage using mirrors.
Protects sensor screens from environmental damage.
Details the pin configuration for the transmitter unit.
Details the pin configuration for the receiver unit.
Pin assignment for the sensor connection module accessory.
Configuration for fixed blanking and contact-based safety circuits.
Configuration for fixed blanking and OSSD linkage.
Configurable for blanking, resolution, and safety circuits.
Configuration for fixed blanking and timing controlled muting.
Configuration for fixed blanking and partial muting.
Steps to power up the sensor and perform initial readiness checks.
Procedures for aligning the sensor and deflecting mirrors.
Procedures for resetting interlocks and muting functions.
Procedures for teaching fixed and floating blanking areas.
Checks before initial use and after modifications to the machine.
Detailed checklist for pre-operation and post-modification checks.
Requirements for regular checks by qualified personnel.
Daily checks performed by the operator for safety.
Instructions for cleaning sensor components and necessary precautions.
General fault diagnosis steps and transmitter LED indicators.
Interpreting receiver LEDs and 7-segment display error messages.
Detailed list of error codes, causes, and measures.
Guidelines for safe disposal of electronic components.
Provides contact details for technical assistance and repairs.
Lists protective field, safety-relevant, and system data.
Details transmitter/receiver data and OSSD technical specifications.
Specifies physical size, weight, and operational timing parameters.
Provides detailed drawings for various mounting brackets and hardware.
Explains product coding and provides examples for ordering.
Lists available accessories like connection cables and modules.
Lists essential tools for sensor alignment and functional testing.
States compliance with EC directives and relevant standards.
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