What to do if my SICK Scanner is dazzled?
If your SICK Scanner is being dazzled, check for external light sources such as headlights, infrared lights, stroboscopic lights, or sunlight. If necessary, remount the device to avoid the glare.
What to do if channel 1 to 6 of the contamination measurement contaminated in SICK S3000 PROFINET IO?
If channel 1 to 6 of the contamination measurement are contaminated, clean the front screen of your SICK Scanner.
What to do if SICK S3000 PROFINET IO shows no front screen fitted or dazzling of the contamination measurement?
If your SICK Scanner indicates that no front screen is fitted or there's dazzling of the contamination measurement: * Fit a new front screen and then carry out a front screen calibration. * If a front screen was fitted when the error occurred, check whether the scanner is being dazzled by an external light source such as a headlight, infrared light source, stroboscopic light, or the sun.
What to do if traceability data incorrect or front screen calibration failed in SICK Scanner?
If the traceability data is incorrect or the front screen calibration fails on your SICK Scanner, perform a front screen calibration. If the issue persists, replace the safety laser scanner.
What to do if PROFINET IO communication active, waiting for reintegration in PROFIsafe in SICK S3000 PROFINET IO Scanner?
If the PROFINET IO communication is active and waiting for reintegration in PROFIsafe, check the monitoring time (F_WD_Time) of the SICK Scanner and the cycle with which the fail-safe program is started. If this action cannot be performed, check the monitoring time (F_WD_Time) of the safety laser scanner and the cycle with which the fail-safe program is started.
What to do if SICK S3000 PROFINET IO shows 'Input signal for a non-defined monitoring case'?
If your SICK Scanner indicates an input signal for a non-defined monitoring case, check the operating process of the monitored machine or system. If necessary, verify the configuration of the monitoring cases using the CDS.
What to do if the SICK Scanner I/O module and sensor head combination is invalid?
If the combination of the I/O module and sensor head is invalid, verify that the correct I/O module has been used and replace it if necessary.
What to do if SICK S3000 PROFINET IO displays 'Incorrect operation of the control inputs'?
If your SICK Scanner indicates incorrect operation of the control inputs, check the operation of the control inputs.
What to do if SICK Scanner says 'Waiting for valid input signals'?
The display goes out automatically if an input signal is pending which corresponds to a configured monitoring case. If the display does not go out: Check the system configuration using the CDS.
What to do if SICK S3000 PROFINET IO Scanner shows 'Wait for configuration or configuration not complete'?
The display goes out automatically once the configuration has been successfully transferred. If the display does not go out: Check the system configuration using the CDS. Transfer the corrected configuration to the safety laser scanner again.
General| Field of view | 190° |
|---|---|
| Response time | 8 ms ... 80 ms |
| Protection class | IP65 |
| Number of simultaneously monitored fields | 4 |
| Scanning angle | 190° |
| Number of inputs | 2 |
| Number of outputs | 4 |
| Angular Resolution | 0.5° |
| Interfaces | PROFINET IO |
| Operating temperature | 0 °C ... +50 °C |
| Resolution for object detection | 30 mm |
| Supply voltage | 24 V DC |
| Type | Laser Scanner |
| Operating Voltage | 24 V DC |
| Ambient Temperature | 0 °C ... +50 °C |
| Storage Temperature | –25 °C ... +70 °C |
| Protective field range | 0.2 m to 3 m |
| Protection Field Range | 0.2 m to 3 m |
Explains the purpose of the safety laser scanner operating instructions.
Defines the safety laser scanners covered by these instructions.
Identifies intended users and the document's lifecycle-based structure.
Provides essential safety guidelines for the safety laser scanner.
Specifies the applications for which the safety laser scanner is suitable.
Details uses for which the safety laser scanner is not suitable.
Lists the various applications where the safety laser scanner can be used.
Outlines the necessary qualifications for personnel working with the device.
Explains the physical build and operational principle of the scanner.
Details the features and specifications of the product.
Highlights key features and capabilities of the safety laser scanner.
Provides a summary of the main components of the safety laser scanner.
Describes the function and capabilities of the I/O module.
Details the different sensor head types and their ranges.
Explains the meaning of LEDs and the 7-segment display.
Defines protective and warning fields and how they form field sets.
Describes the concept and configuration of monitoring cases.
Explains scenarios for monitoring multiple areas concurrently.
Details how the device operates based on time-of-flight measurement.
Describes the various input signals for device control.
Explains the function and requirements of reset signals.
Details control signals used to switch between monitoring cases.
Describes the standby mode and its conditions.
Explains the device initialization process.
Provides examples of how the device can be applied.
Defines the responsibilities of the machine manufacturer.
Defines the responsibilities of the machine operator.
Discusses important aspects for designing the system.
Provides guidance on installing multiple scanners to avoid interference.
Details methods to avoid blind spots and unsecured areas.
Explains critical timing for switching monitoring cases.
Covers planning for horizontal stationary installations.
Details planning for vertical access protection.
Details planning for vertical hazardous point protection.
Essential safety precautions during mounting.
Step-by-step guide for mounting the safety laser scanner.
Instructions for mounting the device directly without kits.
Guidance on mounting with kit 1.
Guidance on mounting with kit 2.
Guidance on mounting with kit 3.
Instructions for using the heavy-duty mounting adapter.
Guidance on affixing the daily check information label.
Critical safety measures for electrical installation.
Details the pin assignments for connectors.
Information on the device's voltage supply.
Details for connecting via RJ45 push-pull connector.
Details for connecting via SCRJ optical fiber connector.
Describes the serial interface for configuration.
Describes the device's state upon delivery.
Information about the Configuration & Diagnostic Software.
Steps required before configuring the device.
Guidance on configuring the PROFINET IO network.
Steps for configuring PROFINET IO settings.
Instructions for reading the generic station description file.
Steps to define device name and IP address.
Details on setting up PROFIsafe parameters.
Procedure to set the PROFIsafe source and destination addresses.
Explains passivation and reintegration of the device.
Configuration of system-specific parameters.
Setting a name for the application.
Assigning a unique name to the safety laser scanner.
Field for entering user name for logging.
Option to rotate display by 180 degrees.
Configuring the scanner for different applications.
Configuring the detection resolution for applications.
Details on setting the basic response time.
Relationship between angular resolution and scanner range.
Options for configuring the restart behavior.
Steps to configure protective and warning fields.
Procedure for managing field sets across projects.
Using the CDS to suggest protective field shapes.
Using contours for monitoring in vertical applications.
Overview of supporting multiple monitoring cases.
Configuring case switching using static input information.
Setting up multiple sampling for improved detection.
Monitoring two field sets concurrently.
Methods to check monitoring case switching sequences.
Managing device power consumption during idle periods.
Configuring baud rate and output options for measurement data.
Crucial safety checks before and during commissioning.
Describes the device's power-up cycle and status indications.
Guidelines for testing the protective device.
Specific tests to perform before the first commissioning.
Procedure for recommissioning after replacement or exchange.
Essential safety precautions during maintenance.
Guidelines for regular system and device inspections.
Mandatory inspections by qualified safety personnel.
Daily checks to ensure device effectiveness by authorized staff.
Procedure for cleaning the device's front screen.
Steps for replacing a damaged front screen.
Procedure for replacing the I/O module.
Detailed steps for safely replacing the I/O module.
Actions to take when errors occur.
Available methods for diagnosing device issues.
Meaning of LED indicators and error codes.
Meaning of 7-segment display codes and remedies.
Procedure to exit lock-out operational status.
Advanced methods for detailed diagnostics.
Information on device alarms and diagnostic messages.
Guidelines for the proper disposal of unusable devices.
Input and output data mapping for the Advanced version.
Input and output data mapping for the Professional version.
List of operational statuses and diagnostic messages.
Provides general technical specifications and details.
Lists items included in the product package.
Details part numbers for ordering different scanner configurations.
Part numbers for replacement sensor heads.
Part numbers for replacement I/O modules.
Part numbers for power supply plugs and accessories.
Information on service and USB cables.
Details ordering information for mounting kits.
Lists miscellaneous accessories like cleaners and adapters.
Declaration of conformity with EU directives.
Lists regional standards applicable to the document.
A checklist for manufacturers and installers for commissioning.
Explains the purpose of the safety laser scanner operating instructions.
Defines the safety laser scanners covered by these instructions.
Identifies intended users and the document's lifecycle-based structure.
Provides resources for additional information online.
Explains symbols used for safety notes and instructions.
Explains the meaning of symbols on the device's 7-segment display.
Explains the meaning of symbols related to device LEDs.
Provides essential safety guidelines for the safety laser scanner.
Specifies the applications for which the safety laser scanner is suitable.
Details uses for which the safety laser scanner is not suitable.
Lists the various applications where the safety laser scanner can be used.
Outlines the necessary qualifications for personnel working with the device.
Qualification needed for electrical installation tasks.
Qualification needed for configuration tasks.
Qualification needed for commissioning tasks.
Qualification needed for operation and maintenance.
Explains the physical build and operational principle of the scanner.
Further details on operation, contour monitoring, and mode of operation.
Details the features and specifications of the product.
Highlights key features and capabilities of the safety laser scanner.
Provides a summary of the main components of the safety laser scanner.
Describes the function and capabilities of the I/O module.
Details the functions supported by different I/O modules.
Details the different sensor head types and their ranges.
Explains the meaning of LEDs and the 7-segment display.
Defines protective and warning fields and how they form field sets.
Further details on field sets, including triple field mode.
Describes the concept and configuration of monitoring cases.
Explains scenarios for monitoring multiple areas concurrently.
Illustrates dual and triple field modes for simultaneous monitoring.
Details how the device operates based on time-of-flight measurement.
Describes the various input signals for device control.
Explains the function and requirements of reset signals.
Details control signals used to switch between monitoring cases.
Describes the standby mode and its conditions.
Explains the device initialization process.
Introduces example applications for planning.
Details on hazardous point protection and access protection examples.
Explains protection for vehicles like AGVs.
Defines the responsibilities of the machine manufacturer.
Defines the responsibilities of the machine operator.
Discusses important aspects for designing the system.
Details on avoiding obstacles and mounting.
Guidance on preventing crawling beneath and mounting notes.
Provides guidance on installing multiple scanners to avoid interference.
Illustrates various mounting configurations for multiple scanners.
Details methods to avoid blind spots and unsecured areas.
Examples of measures to prevent unsecured areas.
Methods for implementing undercuts and vehicle paneling.
Explains critical timing for switching monitoring cases.
Illustrates the timing calculation for switching cases.
Covers planning for horizontal stationary installations.
Details on calculating protective field size and minimum distance.
Formula and factors for calculating minimum safe distance.
Advantages and disadvantages of different scan plane mounting options.
Details planning for vertical access protection.
Calculating minimum distance for access protection.
Details planning for vertical hazardous point protection.
Understanding distance requirements for hazardous point protection.
Planning considerations for mobile applications.
Calculating protective field length for mobile applications.
Explains stopping distance and its relation to vehicle speed.
Details components like SBr, SAnF, SAnS in stopping distance.
Calculating the protective field width for vehicles.
Ensuring correct scan plane height for detection.
Essential safety precautions during mounting.
Step-by-step guide for mounting the safety laser scanner.
Details on mounting options and orientation.
Instructions for mounting the device directly without kits.
Guidance on mounting the device indirectly using kit 1.
Guidance on mounting with kit 2, allowing angle adjustment.
Guidance on mounting with kit 3 for parallel scan plane.
Instructions for using the heavy-duty mounting adapter.
Guidance on affixing the daily check information label.
Details on using the heavy duty mounting adapter.
Guidance on proper placement of the daily check label.
Critical safety measures for electrical installation.
Details the pin assignments for connectors.
Information on the device's voltage supply.
Details for connecting via RJ45 push-pull connector.
Details for connecting via SCRJ optical fiber connector.
Describes the serial interface for configuration.
Illustrates system connections for RJ45 and SCRJ.
Information on voltage supply and EMC wiring.
Details terminal assignments on the power supply plug.
Pin assignment details for RJ45 connectors.
Notes on SCRJ connectors, cable length, and attenuation.
Details the local configuration connection (M8 x 4).
Describes the device's state upon delivery.
Information about the Configuration & Diagnostic Software.
Steps required before configuring the device.
Further details on preparing for configuration.
Connecting the PC to the device for configuration.
Guidance on configuring the PROFINET IO network.
Steps for configuring PROFINET IO settings.
Instructions for reading the generic station description file.
Steps to define device name and IP address.
Details on setting up PROFIsafe parameters.
Details PROFIsafe parameters like F_SIL, F_CRC_Length, etc.
Procedure to set the PROFIsafe source and destination addresses.
Explains passivation and reintegration of the device.
Configuration of system-specific parameters.
Setting a name for the application.
Assigning a unique name to the safety laser scanner.
Field for entering user name for logging.
Option to rotate display by 180 degrees.
Configuring the scanner for different applications.
Configuring the detection resolution for applications.
Details on setting the basic response time.
Relationship between angular resolution and scanner range.
Options for configuring the restart behavior.
Details on restart interlock and delay configurations.
Safety notes regarding restart control switches.
Information on the number of configurable field sets.
Steps to configure protective and warning fields.
Procedure for managing field sets across projects.
Using the CDS to suggest protective field shapes.
Explains how the CDS suggests fields based on contour.
Using contours for monitoring in vertical applications.
Details contour reference for vertical operation.
Overview of supporting multiple monitoring cases.
Information on configurable monitoring cases.
Configuring case switching using static input information.
Setting up multiple sampling for improved detection.
Recommended multiple sampling settings for applications.
Monitoring two field sets concurrently.
Methods to check monitoring case switching sequences.
Managing device power consumption during idle periods.
Configuring baud rate and output options for measurement data.
Crucial safety checks before and during commissioning.
Describes the device's power-up cycle and status indications.
Guidelines for testing the protective device.
Specific tests to perform before the first commissioning.
Documenting test results and configurations.
Procedure for recommissioning after replacement or exchange.
Notes on recommissioning and configuration transfer.
Essential safety precautions during maintenance.
Guidelines for regular system and device inspections.
Mandatory inspections by qualified safety personnel.
Daily checks to ensure device effectiveness by authorized staff.
Step-by-step guide for daily checks.
Procedure for cleaning the device's front screen.
Notes on cleaning the front screen and static discharge.
Steps for replacing a damaged front screen.
Detailed steps for replacing the front screen and seal.
Final steps for installing the front screen and screws.
Procedure for replacing the I/O module.
Detailed steps for safely replacing the I/O module.
Notes on compatibility and recommissioning after I/O module replacement.
Actions to take when errors occur.
Available methods for diagnosing device issues.
Meaning of LED indicators and error codes.
Meaning of LED indicators and error codes.
Meaning of 7-segment display codes and remedies.
More error and status indications on the 7-segment display.
Procedure to exit lock-out operational status.
Advanced methods for detailed diagnostics.
Information on device alarms and diagnostic messages.
Methods for undertaking detailed diagnostics using CDS.
Information on device alarms and diagnostic messages.
Guidelines for the proper disposal of unusable devices.
Input and output data mapping for the Advanced version.
Input and output data mapping for the Professional version.
List of operational statuses and diagnostic messages.
Provides general technical specifications and details.
Provides general technical specifications and details.
Details storage, humidity, vibration, and dimensions.
Details protective field ranges at different resolutions and response times.
Details scanning angle, radiance factor, and supplements.
Details electrical properties like voltage and bus connection.
Details supply voltage, ripple, and current consumption.
Lists supported services like PROFINET IO, LLDP, SNMP.
Diagram showing scanning range for warning fields with Short Range head.
Diagram showing scanning range for warning fields with Medium Range head.
Diagram showing scanning range for warning fields with Long Range head.
Explains factors affecting total response time.
Calculates response time for input information.
Provides technical drawings of the safety laser scanner.
Illustrates scan plane origin dimensions.
Lists items included in the product package.
Details part numbers for ordering different scanner configurations.
Part numbers for replacement sensor heads.
Part numbers for replacement I/O modules.
Part numbers for power supply plugs and accessories.
Information on service and USB cables.
Details ordering information for mounting kits.
Provides dimensional drawings for mounting kits.
Lists miscellaneous accessories like cleaners and adapters.
Declaration of conformity with EU directives.
Lists regional standards applicable to the document.
A checklist for manufacturers and installers for commissioning.
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