What to do if voltage supply is not sufficiently dimensioned in SICK Scanner?
If the voltage supply for your SICK Scanner is not sufficiently dimensioned or the cables used have too small a cross-section, ensure the voltage supply is adequately dimensioned and use appropriately sized cables.
How to fix a SICK Scanner that is poorly aligned to objects with bar codes?
If your SICK Scanner is poorly aligned to objects with bar codes, correct the alignment of the device with respect to the bar codes.
What to do if trigger source for read cycle not selected correctly in SICK Scanner?
If the trigger source for the read cycle is not selected correctly for your SICK Scanner, select the correct trigger source for the read cycle.
What to do if the control of the reading pulse is not correct for the object in SICK Scanner?
If the control of the reading pulse is not correct or suitable for the object with your SICK Scanner, adjust the control of the reading pulse to suit the object.
What causes incorrect reading pulse on SICK Barcode Reader?
The control of the reading pulse might not be correct or suitable for the object due to device faults (hardware/ software) with the SICK Barcode Reader.
General| Brand | SICK |
|---|---|
| Model | CLV61 Series |
| Category | Barcode Reader |
| Language | English |
Explains the purpose, prerequisites, and intended audience for the operating instructions.
Defines the applicability and limitations of these operating instructions for the CLV61x device.
Describes the meaning of various warning symbols and signal words used throughout the document.
Provides links and references to additional documentation and online resources for the device.
Details the proper application and purpose of the CLV61x fixed mount bar code scanner in industrial environments.
Lists explicit uses considered improper, including hazardous areas, extreme conditions, and unauthorized modifications.
Highlights the need for a comprehensive cybersecurity concept for device operation and provides a link for information.
Outlines manufacturer's liability limitations concerning non-adherence to documentation or incorrect use.
Warns that unauthorized modifications can lead to unforeseeable dangers and void warranty claims.
Specifies the qualifications and training required for personnel handling the device safely.
Covers general operational safety, laser radiation hazards, and electrical safety precautions.
Describes potential data loss when the device is switched off, focusing on temporary parameters.
Notes the device's construction with minimal environmental impact, avoiding silicon materials.
Explains how to identify the device using its type label and other markings.
Details the information found on the device's type label, including conformity marks and test marks.
Describes the structure and meaning of the CLV61x product family's type code.
Lists the components that are included with the device upon delivery.
Provides an overview of the device's physical characteristics and dimensions.
Illustrates the structure and dimensions of the CLV61x device with front and side viewing windows.
Details the different interface applications and their features across CLV61x variants.
Summarizes the key features and functions of the CLV61x device for easy understanding.
Explains the fundamental working principle of the device, including its components and interfaces.
Provides safety guidelines and recommendations for the proper and safe transport of the device.
Offers instructions on how to unpack the device carefully to prevent damage.
Guides users on how to inspect the delivery for completeness and potential transit damage.
Details the recommended conditions for storing the device to maintain its integrity.
Outlines the general steps involved in mounting the CLV61x device.
Covers essential requirements and considerations before proceeding with device mounting.
Specifies space, environmental, and enclosure rating requirements for successful mounting.
Describes how to attach the device to mounting brackets, including SICK and user-supplied options.
Discusses key aspects for selecting the optimal installation location, including alignment and reflections.
Provides detailed, step-by-step instructions for mounting the device securely.
Guides on mounting external modules like connection modules and read cycle sensors.
Emphasizes critical safety precautions and notes for electrical installation to prevent damage and injury.
Provides specific warnings and recommendations for electrical connections and supply voltage.
Details conditions for safe electrical operation, including grounding and equipotential bonding.
Offers general guidelines and best practices for wiring the device's electrical connections.
Provides detailed pin assignments for the D-Sub HD, 15-pin male connector.
Presents visual diagrams illustrating device and module connection configurations.
Covers the procedures for wiring various interfaces, including supply voltage and data connections.
Outlines the sequence of tasks required for commissioning the device.
Introduces the SOPAS ET software and its role in device configuration and diagnostics.
Describes the process of initial setup, parameterization, and saving configurations.
Details the steps for final adjustments and alignment for optimal reading performance.
Explains advanced configuration options like Quickstart, application wizards, and code settings.
Explains how to interpret the device's LED indicators for status and operational feedback.
Details the visual display behavior of the device's sensor LED, including color and state.
Describes the device's audible signals (beeper) and how they indicate different operating modes and results.
Outlines how the device can be configured locally or via command strings for application use.
Lists preventive maintenance tasks, their intervals, and required personnel.
Provides instructions for cleaning the device's viewing window and housing to maintain performance.
Summarizes common errors and faults, categorizing them by situation like mounting or configuration.
Guides on analyzing faults using device LEDs and system information, including status logs.
Specifies that repairs must be performed by authorized personnel and outlines warranty implications.
Provides steps for safely dismantling the device for replacement or repair.
Details the procedure for returning devices for service, emphasizing consultation with SICK Service.
Explains how to replace a device and transfer its configuration data using backup methods.
Provides guidelines for environmentally friendly disposal of the device according to regulations.
Lists the key technical features and specifications of the CLV61x product family.
Details performance metrics such as readable code structures, bar code types, and print ratio.
Describes the technical data for the various interfaces available on CLV61x devices.
Covers mechanical and electrical specifications including housing, dimensions, safety, and power consumption.
Specifies the environmental conditions the device can operate under, including EMC and temperature limits.
Refers to external drawings that detail the device's physical dimensions.
Provides graphical representations of the device's reading field performance under various conditions.
Shows dimension drawings and mounting information for SICK brackets.
Illustrates the mounting of brackets involving quick release components.
Provides information on device compliance and links to download certificates.
Details the UL certification status, requirements, and limitations for the device.
Offers links to download current dimensional drawings and CAD data in various electronic formats.
Specifies pin assignments, signal functions, and wire colors for various cables.
Presents connection diagrams for integrating the device with the CDB620-001 module.
Presents connection diagrams for integrating the device with the CDM420-0001 module.
Presents connection diagrams for integrating the device with the CDM420-0006 module.
Provides an alphabetical list of abbreviations and their full meanings used in the manual.
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