What to do if Leuze Lighting Equipment shows teach-in error or SPG condition violated?
If your Leuze Lighting Equipment displays a teach-in error or indicates an SPG condition violation, re-teach the blanking areas or check the SPG prerequisites.
How to fix Leuze Lighting Equipment overload on OSSD2?
If there is an overload on OSSD2 in your Leuze Lighting Equipment, check the wiring or replace the connected component to reduce the load.
What to do if Leuze Lighting Equipment shows overvoltage (> +32 V)?
If your Leuze Lighting Equipment is showing an overvoltage (> +32 V), ensure the device is supplied with the correct voltage.
What to do if Leuze Lighting Equipment shows undervoltage (< +15 V)?
If your Leuze Lighting Equipment indicates undervoltage (< +15 V), ensure the device is supplied with the correct voltage.
What does interference detected on plug pin 4 mean for Leuze Lighting Equipment and how to fix it?
If your Leuze Lighting Equipment detects interference on plug pin 4, check the wiring.
What to do if Leuze Lighting Equipment CS signal dropped out before protective field was cleared again during override?
If the CS signal dropped out before the protective field was cleared again during override on your Leuze Lighting Equipment, check the CS signal sequence.
What to do if the start/restart interlock is locked on Leuze Lighting Equipment?
If the start/restart interlock is locked and the protective field is free, and there are no people in the danger zone, press the reset button on your Leuze Lighting Equipment.
What to do if Leuze Lighting Equipment alignment is incorrect?
If the alignment of your Leuze Lighting Equipment is incorrect or the protective field is interrupted, remove any objects obstructing the protective field. Then, align the transmitter and receiver correctly. If you are using blanked objects, ensure they are correctly positioned according to their size and location.
What to do if Leuze Lighting Equipment device failed (Receiver)?
Replace the device.
What to do if Leuze Lighting Equipment device failed (Transmitter)?
Replace the device.
General| Type | Safety Light Curtain |
|---|---|
| Protected Field Height | 300 mm |
| Number of Beams | 2 |
| Operating Voltage | 24 V DC |
| Response Time | 9 ms |
| Resolution | 14 mm, 30 mm |
| Output Type | OSSD |
| Connection Type | M12 connector |
| Protection Class | IP65 |
| Outputs | 2 safety outputs OSSD |
| Connection | M12 connector |
| Protection Rating | IP65 |
| Standards | EN/IEC 61496-1 |
Defines the proper application and potential misuse scenarios for the safety sensor.
Specifies the qualifications and expertise required for handling the safety sensor.
Explains the fundamental concept and operational logic of Smart Process Gating.
Details the various operating modes available for SPG functionality.
Provides instructions and considerations for the physical installation of the safety sensor.
Details the necessary steps and pin assignments for connecting the safety sensor.
Guides on the initial power-up procedure and readiness checks for the sensor.
Explains the process of correctly aligning the transmitter and receiver.
Outlines essential checks before initial startup and after system changes.
Defines the roles and responsibilities of manufacturers and operators regarding safety.
Specifies conditions under which the manufacturer's liability is excluded.
Provides an overview of different MLC models and their features.
Explains the function of LEDs and the 7-segment display for status indication.
Introduces Smart Process Gating and its core operational principles.
Lists the prerequisites and conditions for implementing Smart Process Gating.
Explains the function and usage of the start/restart interlock mechanism.
Details how the blanking function operates and its applications.
Describes typical applications of SPG for safeguarding access points.
Guidance on the proper positioning and arrangement of sensor components.
Provides detailed pinout information for connecting the transmitter and receiver.
Configuration details for Operating Mode 1 with qualified stop function.
Step-by-step instructions for powering up the safety sensor.
Procedure for correct alignment of the transmitter and receiver.
Explanation of the acknowledgement button's role in unlocking safety functions.
Checklist for integrators before initial startup and after modifications.
Guidance for regular operational checks performed by end-users.
Instructions for cleaning and maintaining the safety sensor's components.
Information on diagnosing and resolving faults using LED and display indicators.
Contact information for technical assistance, service, and repairs.
Overview of key technical data, including protective field and safety parameters.
Provides physical dimensions and weight details for the device.
Information on part numbers, nomenclature, and available accessories.
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