SICK Bar Code Reader 730 mm Cable 4.5 W 30V

Overview

At a glance

• CAN, Ethernet TCP/IP, PROFINET, and EtherNet/IP available on board, no additional gateway needed (depending on variant)
• SMART620 code reconstruction technology
• Flexible sorting, filtering, and logical functions
• Advanced, easy-to-use SOPAS configuration software
• High scanning frequency of up to 1,200 Hz
• Small housing
• Advanced remote diagnostics and network monitoring capabilities available over Ethernet
• IP 65 or IP 69K rated (depending on type)

Your Benefit

• High read rate of damaged, dirty, and partially covered bar codes due to enhanced SMART620 code reconstruction
• Increased scanner intelligence enables sophisticated configuration of logical operations, reducing the control system programming effort. Data is then delivered in the desired format
• No supplementary Ethernet gateway required with Ethernet models – lowers costs
• The CLV62x scanner can be used as a multiplexer in any CAN scanner network from SICK – no supplementary multiplexer necessary
• Real-time code identification even at very high conveyor speeds
• Compact design and easy operation enable installation in situations with limited space

The CLV62x product family consists of compact, powerful fixed mount bar code scanners which were designed for a wide range of applications. Powerful, simple operation and flexibility are terms which characterize the CLV62x product family. The CLV62x combines a high reading performance with the SMART620 code reconstruction system: A reading algorithm that can accurately identify bar codes even if they are damaged or partially covered. The CLV62x is available as a standard variant, or with an integrated Ethernet interface, including Ethernet/IP and PROFINET protocols. The high-performance scanner features a range of additional functions such as remote diagnostics, which are enabled by the integrated web server and integrated evaluation of read statistics.

Applications

• Traceability of products
• Rack identification
• Identifying 1D codes
• Identification of codes in paper stack processing
• Identifying stacks
• Advanced identification technology
• Automated tote identification with bar codes
• Identifying bar codes on workpiece carriers
• Identification of bar codes for transparency in the assembly process
• Automated port loading and FOUP identification
• Identification of cells
• Automated tote identification with bar codes
• Identification of trays in vertical storage systems
• Baggage tub identification using bar code technology
• Dynamic freight measuring
• Identification of plants and protection of conveyor systems
• 4Dpro: Intelligent integration of identification technologies
• A single bar code scanner type for various information points in the material flow