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Need help?Do you have a question about the SICK EtherCAT microScan3 and is the answer not in the manual?
General| Scanning angle | 275° |
|---|---|
| Interfaces | EtherCAT |
| Protection class | IP65 |
| Supply voltage | 24 V DC |
| Resolution for protective field | 30 mm |
| Operating voltage | 24 V DC |
| Scanning range | 5.5 m |
| Number of fields | 128 |
| Number of monitoring cases | 128 |
| Response time | 30 ms |
| Operating temperature | 0 °C to 50 °C |
| Field of application | Industrial safety |
| Light source | Infrared laser, 905 nm |
| Connection type | M12 |
| Weight | 1.2 kg |
General instructions for operating the microScan3 safety laser scanner.
Identifies target audiences and relevant sections of the operating instructions.
Provides essential safety information for the safe use of the laser scanner.
Details the physical components and connections of the safety laser scanner.
Explains the operational principle and basic setup of the safety laser scanner.
Describes different types of protective fields the scanner can define and monitor.
Provides instructions and prerequisites for the safe mounting of the scanner.
Details methods to avoid undetected areas around the scanner.
Explains how to calculate the required minimum distance for safety.
Describes setup for stationary hazardous area protection with horizontal scan plane.
Details requirements for integrating the scanner into machine control systems.
Information on installing and using the Safety Designer software for configuration.
Covers configuration of EtherCAT and Ethernet network parameters.
Defines the scan plane parameters for monitoring tasks.
Specifies the minimum object size for reliable detection.
Configures how often objects are scanned for detection.
Describes how to configure protective, warning, and other fields.
Details the tools and process for drawing and configuring fields.
Explains how to define and manage monitoring cases for different machine states.
Describes how to assign created field sets to monitoring cases.
Allows visualization and testing of the configured safety functions.
Configures how data is output via UDP or TCP/IP.
Steps to verify the configuration before operating the device.
Safety precautions to be taken during the commissioning process.
Describes options for precise alignment of the safety laser scanner.
Details the device's startup process after power is applied.
Safety guidelines during operation of the machine and scanner.
Ensures safety functions are working correctly and protection is adequate.
Explains the meaning of LEDs and display information.
Safety precautions to be observed during maintenance tasks.
Procedure for cleaning the scanner's optics cover to ensure performance.
Instructions for replacing the scanner's optics cover and subsequent calibration.
Steps for replacing a damaged or defective safety laser scanner unit.
Instructions for replacing a damaged or defective system plug.
Ensures safety functions meet planned purpose and adequate protection.
Safety precautions to take when troubleshooting.
Guide to accessing diagnostic information via the device's display.
Explains error codes, symbols, and troubleshooting steps shown on the display.
Details diagnostic tools available within the Safety Designer software.
Functionality for recording and analyzing device signals.
Displays information about the most recently stored important events.
Logs errors, warnings, and information with details and solutions.
Shows EtherCAT communication status and data interpretation.
Accessing PDOs and SDOs via the machine control for diagnostics.
Guidelines for the proper disposal of unusable devices.
Details different product variants, protective field ranges, and type codes.
Specifies the effective protective field range based on variant and settings.
Defines the maximum time from event occurrence to switch-off signal.
Effective sensing ranges for protective, reference contour, and contour detection fields.
Graphs showing scanning range vs. object size for warning fields.
Graphs showing scanning range vs. required remission for warning fields.
Details network data communication protocols and objects.
Provides detailed information on process data objects (PDOs).
Lists the available data for device inputs and outputs.
Details safety-related data for RxPDO Safe Small (6-byte).
Details safety-related data for TxPDO Safe Small (6-byte).
Details safety-related data for RxPDO Safe Large (18-byte).
Details safety-related data for TxPDO Safe Large (18-byte).
Details non-safety EtherCAT process data for TxPDO Non Safe.
Provides read-only access to Service Data Objects (SDOs).
Provides identity information about the device.
Defines Sync Manager communication types for PDO assignments.
Details PDO assignments for Sync Manager 2 (output).
Details PDO assignments for Sync Manager 3 (input).
Configures the safety configuration check behavior.
Provides information on the current error status.
Shows the operating time and current time information.
Provides configuration information like device name and project name.
Retrieves device status, serial numbers, and firmware versions.
Parameters for FSoE connection communication.
Provides diagnostic information for FSoE connections.
Details the modular device profile information.
Lists detected modules of the device.
Specifies the FSoE slave address of the device.
Provides detailed drawings of the device dimensions.
Specifies requirements for the viewing slit for panel installation.
Lists the items included in the product package.
Provides part numbers and type codes for ordering the device.
Lists spare parts for the safety laser scanner unit.
Details the spare part number for the system plug.
Lists other available spare parts like optics cover and cover plate.
Lists accessories specifically for collision protection applications.
Information on other suitable accessories available from SICK.
Defines a field for detecting oncoming trucks to prevent collisions.
Indicates the machine status to the sensor, typically assigned one field set.
Area where objects are detected by the ESPE, triggering safety outputs.
Monitors environmental contours, triggers OFF state if parameters mismatch.
Time taken for the sensor to complete one scan of its detection area.
Monitors larger areas than protective fields for simple switching functions.
Information on obtaining declarations of conformity and certificates.
Excerpt of the EU declaration for product conformity.
Checklist for manufacturers/installers for initial and regular ESPE checks.
