The Datalogic Matrix XRF410N™ (DL-Code), named for its extended Reading Field, is a solution based on the new Matrix 410N™ platform for material handling and sortation in the logistics industry.
EASY TO SELECT THE CORRECT MODEL: No technical analysis is required. Just code dimension, conveyor width and speed are necessary to determine the correct version of XRF410N™…and it is just a single part number!
EASY TO INSTALL: The XRF410N™ is a fully functional, Matrix solution that is pre-assembled and configured at the factory, resulting in easy, fast installation on-site
INCREASE CUSTOMER PRODUCTIVITY: XRF410N™ runs the most updated Datalogic decoding engine, fully capable of successfully scan hard-to-read, damaged or poor quality codes.
EASE OF USE: XRF410N™ is equipped with the new DL.CODE software, providing even more ease of use through live image display, graphical configurations, embedded reading statistics and diagnostics.
SOLVES THE MOST DEMANDING SORTATION APPLICATIONS: Through the patent pending PackTrack 2D, XRF410N is perfect for high speed sortation with short intra-cell gaps (as with cross-belt, split-trays).
EASY TO MONITOR AND VALIDATE STATUS: The CBX500 connection box can be optionally equipped with a display and a memory block for automatic reader replacement in case of failure. The patented Green Spot indicates a good read for easy validation.
Summary
EXTREME READING CAPABILITIES
The Datalogic Matrix XRF410N™ (DL-Code) is designed and built for a broad variety of material handling applications with transportation speeds up to 2.2 m/s (433 fpm) for medium sized objects, with typical scanning depths of 400 mm (15.7 in.). The XRF410N™ is the perfect solution for e-commerce small object automated order fulfilment systems or postal logistics flats sortation applications.
ON-BAORD ETHERNET
The Datalogic Matrix XRF410N (DL-Code) is powered by a new engine, a high speed industrial micro-processor, optimized for image processing and ethernet connectivity. The result is a superior barcode reading speed and robustness, especially for 2D codes and DPM; the powerful proprietary decoding libraries provide the Matrix XRF410N with unrivalled performance even on damaged and low quality codes.
CAPTURING CAPABILITY
The Matrix XRF410N (DL-Code) strongly excels for throughput in data transfer over the Ethernet; it is capable to transmit over 4 SXGA (1.3 MP) images per second, while capturing and decoding at a normal rate; the high capacitance channel enables real time massive image transfer, even with a full working resolution
COMMUNICATION
The embedded high speed ID-NET™ communication interface enables an efficient and fast clustering of multiple reader; this offers the best modularity of the building block approach and always the optimal balance between price and performance. Matrix 410N™ makes better the remote slave reader configuration, a new function enabling the reader parameter setup over an ID-NET link; the system configuration and maintenance are so easier and efficient than ever.
SUITABLE APPLICATIONS
E-Commerce
The Datalogic XRF410N™ is the perfect solution for ECommerce, with a reconfigured retail code EAN/UPC 0.25 mm (10 mil) resolution, a small cell gap with 2D PackTrack software and code reconstruction for polybags.
General material handling with reusable totes
XRF410N™ is optimal for reusable totes identification over handling systems. Complex operations including scanning the objects inside totes are simplified by the XRF410N’s large, real time Depth of Field (DOF).
End-of-line
XRF410N™ is designed to fit medium speed material handling, such as end-of-line manufacturing, with a price level equivalent to entry-level scanning technology.
Postal Sorting
XRF410N™ is optimal for top reading of flyers, letters and small parcels typical in the postal environment.
Medium object sortation for couriers
XRF410N™ is a perfect fit for medium size conveyors in logistics productions. For instance, a single XRF410N™ covers a 600 mm conveyor with, with a DOF of 400 at 2.2 m/s.
Specifications
DECODING CAPABILITY
1D / Linear Codes:
1D Stacked: Interleave 2/5, Code 128, Code 39, EAN/UPC, PDF417, Micro PDF417, Pharmacode
GS1 DATABAR (RSS) family, and many more
2D Codes:
Data Matrix, QR Code, Maxicode, Aztec, Microglyph
Postal Codes:
Postal: Royal Mail, Japan Post, Planet, Postnet and many more
Code Quality Verification:
AS9132A (Data Matrix Quality Requirements for Parts Marking),
ISO/IEC 15415 (Print quality test specifications for 2D codes),
ISO/IEC 15416 (Print quality test specifications for linear codes),
ISO/IEC 16022 (DataMatrix), ISO/IEC 18004 (QR-Code)
AIM DPM (Global Direct Part Mark Quality Guideline)
CONNECTIVITY SPECIFICATIONS
Communication Interfaces:
RS232 + RS232/RS422/RS485 up to 115.2 Kbit/s
Ethernet IEEE 802.3 10 Base T and IEEE 802.3U 100 BaseTX compliant
ID-NET™ port up to 1 Mbps
Connectivity Modes:
Pass Through, Master/Slave, Multiplexer, Ethernet point to point
Digital Inputs:
Two SW programmable, optocoupled and polarity insensitive
Digital Outputs:
Two SW programmable, optocoupled
Device Programming:
X-PRESS™ Human Machine Interface, Windows™ based SW (VisiSet™) via serial or Ethernet link
User Interface:
X-PRESS™ Human Machine Interface
Beeper, Programmable Push Button, LEDs (Status, Com, Trigger, Good, Ready, Power on, Network presence, Good read Spot)
PHYSICAL CHARACTERISTICS
Dimensions:
123 x 60,5 x 87 mm (4.84 x 2.38 x 3.42 in) with protective lens cover
Weight:
482 g (17 oz.) with lens and internal illuminator
Case Material:
Aluminum
Operating Temperature:
0° to + 50 °C (32 to 122°F)
Required, some fixed scanners have communication cables molded into the housing to connect to the connection box, output cables may still be required. Please refer to topography diagram in Reference manual for more information.
(Optional) WebSentinel Plus is a very advanced monitor and information collector, a supervisory software solution for monitoring operational activities of reading devices through a single web browser-based interface. It collects data from scan points through an Ethernet TCP/IP network, and presents the information flow as visual onscreen information. It also stores this information in a database and, periodically or on demand, produces performance, diagnostic, and tracking reports.