The Matrix 220 imager is designed for superior performance thanks to a 1.2 MP high resolution sensor, a new image multicore processing platform, innovative lighting solutions and industrial grade electronic focus technology, which make it the ideal imager for Electronics, Automotive, Packaging and Document Handling applications. The integrated ultra-flexible illumination system makes the Matrix 220 imager perfect for reading codes marked with DPM (Direct Part Marking). The red/blue-light DPM models offer in a single model the embedded polarized and diffused light options resulting in optimal illumination on any type of surface; the Standard and DPM High Power illuminators models are the ideal solution for challenging high speed applications and DPM applications that require double image luminosity and further reading range. The electronic focus control allows easy remote job changing during assembly line reconfiguration and remote focus adjustment offering extreme reading flexibility. Matrix 220 is the first stationary industrial scanner on the market supporting OPC UA protocol for Industry 4.0 communication and Digimarc Barcode technology for added value decoding applications. In its' market segment, the Matrix 220 is the first reader to embed the High Dynamic Range (HDR) feature. This improves image quality and contrast for higher code readability and allows to use faster line speed, thanks to exposure time reduction. The Matrix 220 imager has the best ease of use because of the green and red spot lights, the X-Press button, the intuitive HMI and the DL.CODE configuration software, which has been improved with the Automatic Setup mode for a quick and easy code reading. ESD and Anti-YAG protection are available as front cover accessories to enhance the product flexibility reducing the number of models and simplifying the stock management. The IP65 and IP67 industrial grade rating and the operating temperature range from -10 to 50 ºC / 14 to 122 ºF guarantee the best quality and robustness in the Manufacturing Industry applications. The Matrix 220 imager offers cost-effective communication options with Power over Ethernet (PoE) connectivity, onboard PROFINET/IO and ETHERNET/IP industrial fieldbus. With its outstanding performance, the Matrix 220 imager delivers a high performance/price ratio offering in the Datalogic portfolio.
Datalogic MATRIX 220 305-010 Fixed bar code reader 1D/2D Optical Black, Blue
SKU: 937900009£2,267.08 ex VAT
£2,720.49 inc VAT
Out of stock
Scanning Type Fixed bar code reader Linear (1D) barcodes supported POSTNET 2D (matrix & stacked) barcodes supported Aztec Code, Data Matrix, QR Code Sensor type Optical Scanner type 1D/2D Optical sensor resolution (W x H) 1280 x 960 pixels Ports & interfaces Connectivity technology Wired Ethernet LAN data rates 10,100 Mbit/s Standard interfaces RJ-45 Performance LED indicators Yes Housing material Aluminium International Protection (IP) code IP65, IP67 Product colour Black, Blue Design Type Fixed bar code reader LED indicators Yes Housing material Aluminium International Protection (IP) code IP65, IP67 Product colour Black, Blue Power Power source type AC Input voltage 10 - 30 V Weight & dimensions Weight 173 g Technical details Type Fixed bar code reader LED indicators Yes Housing material Aluminium International Protection (IP) code IP65, IP67 Product colour Black, Blue Harmonized System (HS) code 84716070 Network Ethernet LAN data rates 10,100 Mbit/s Operational conditions Storage temperature (T-T) -20 - 70 °C Operating temperature (T-T) -10 - 50 °C Logistics data Harmonized System (HS) code 84716070 Your parcel will arrive within 5 business days (excluding weekends and public holidays) after you place your order. Items are shipped in working days only, your order may arrive anytime between 7am and 9pm. Deliveries are not made on public holidays, so you can expect your order to arrive the next working day.
Items must be returned in an unused and saleable condition within 16 days of the receipt of goods. Please read our delivery and returns policy for further information.