V430-F000M12M-NNX MicroHAWK V430 Industrial Ethernet Barcode Reader

MicroHAWK V430 Industrial Ethernet Barcode Reader 

Smallest IP65/67 and next-generation of the MicroHAWK ID-40

Compact, easy industrial barcode reader 

The MicroHAWK V430-F is the next generation of the popular ID-40 model, featuring the smallest IP65/67-rated, true-industrial Ethernet barcode reader now with expanded functionality. With best-in-class decoding for 1D/2D or DPM codes in a rugged, ultra-compact case, the V430-F is the complete package for solving any barcode reading challenge under any condition. Combining unprecedented ease-of-use, exceptional decode performance, optional liquid lens autofocus, and ultra-small form factor, the V430-F sets the benchmark as the ultimate compact imager used in industry.  Sensor resolutions ranging from 0.3MP to 5MP, multiple optics, lighting options, and the ability to use the same hardware platform for barcode reading and vision inspection make the MicroHAWK the most flexible industrial smart camera available on the market.

Features:

• Ultra-compact (44.5 mm x 44.5 mm x 25.4 mm)
• IP65/67
• High-speed Ethernet, Serial RS-232
• X-Mode advanced decoding algorithms
• Optional liquid lens autofocus
• Optional outboard LED lighting for extra illumination in red, white, blue, and IR
• EtherNet/IP , Ethernet TCP/IP , PROFINET
• Daisy chain of multiple readers for 360 degree code reading
• Passive Power over Ethernet (PoE)
• Integrated targeting and read/pass LED indicators
• WebLink browser-based setup and monitoring
• Long range auto-focus capability
• Advanced password protection
• Advanced data output formatting
• Configuration database for on-the-fly flexible manufacturing adaptation
• Broad offering of cabling, power supply, and optical accessories

The MicroHAWK® family of barcode readers offers the most versatile decoding power available. Built on the highest-performance imaging engine in its class, MicroHAWK readers offer an array of modular hardware options to take on any decoding task in four micro form factors.