The Datalogic Matrix 300™ Visiset is an ultra-compact image-based bar code reader designed for performance on high speed and Direct Part Marking (DPM) applications.
Integrated dual illuminator: darkfield/bright field
Fast and high-resolution image sensor: 1.3 megapixels, ‘true’ 60 frames/s
Power over Ethernet Option
Extreme Industrial grade: IP67,0-50°C operating temperature
Precise dual laser aiming system
On-board PROFINET-IO
Summary
EXTREME READING PERFORMANCE
The Datalogic Matrix 300™ Visiset combines a high resolution sensor with ultra-fast image acquisition: 1.3 megapixels, 60 frames per second. The optical system incorporates a liquid lens module for the electronic control of the focus. As result the reader offers automatic focus adjustment without the addition of moving parts.
The integrated illuminator is embedded over the entire front surface of the reader. This innovative design results in bright and uniform illumination of the bar code. The lighting design uses both bright field and dark field patterns which provide perfect illumination on normal, etched, highly reflective or textured surfaces.
CONNECTIVITY
With exceptionally small physical dimensions and rotating connector, the Datalogic Matrix 300™ Visiset can be easily integrated into the tightest spaces.
The Power over Ethernet (POE) option is one of the unique cost-effective features, power and communication are provided to the reader through a standard single Ethernet connection.
The Datalogic Matrix 300™ Visiset is the most cost-effective solution for bar code imagers, providing onboard PROFINET-IO and eliminating external communication boxes or converters. The Matrix 300™ Visiset interfaces directly with a PROFINET enabled PLC, reducing the complexity and cost of the solution. The M12, 4 pole connection sets a standard that allows for easy integration into existing systems.
SUITABLE APPLICATIONS
Manufacturing, Electronics and Automotive
DPM code validation after marking
Work-in-progress control
Parts and assemblies traceability
Food and Beverage
Work-in-progress traceability
Document Processing
High-speed process control
Medical device traceability
Clinical Lab Automation
Biomedical analysis machines
Specimen collection machines
Logistics Automation
Carton and tote traceability
Automated warehousing
Specifications
DECODING CAPABILITY
1D / Linear Codes:
All standard 1 dimensional symbologies
2D Codes:
Data Matrix, QR Code, Micro QR, Maxicode, Aztec
Postal Codes:
Royal Mail, Japan Post, Planet, Postnet and many more
Communication Interfaces:
Ethernet 10/100: Ethernet IP, TCP/IP, UDP, FTP, MODBUS TCP
Serial RS232/RS422/RS485 up to 115.2 Kbit/s + Aux RS232
On-board PROFINET-IO
Connectivity Modes:
Pass Through, Master/Slave, Multiplexer, Ethernet point to point
Reader Networkng:
Datalogic ID-NET™
Digital Inputs:
2 opto-isolated. Polarity insensitive and SW Programmable.
Digital Outputs:
3 SW programmable PNP/NPN ( short circuit protection ) . OUT3 programmable as input
Output current 100 mA max, Saturation voltage < 3 V @ 100 mA
Device Programming:
Windows™ based SW (VisiSet™) via Serial or Ethernet
User Interface:
X-PRESS™, Embedded Human Machine Interface
Beeper, Push Button, 7 LEDs (Status, Comm. , Trigger, Good Read, Ready, Power on, Network)
PHYSICAL CHARACTERISTICS
Dimensions:
95 x 54 x 43 mm (3.73 x 2.13 x 1.69 in) Connector @ 0°
75 x 54 x 62 mm (2.95 x 2.12 x 2.45 in) Connector @ 90°
Weight:
485 g (17 oz.) with lens and internal illuminator
Case Material:
Aluminium, Plastic protective window cover
Operating Temperature:
0° to + 50 °C (32 to 122°F)
Storage Temperature:
-20 to 70 °C (-4 to 158 °F)
Esd Safe:
YES, with ESD Safe front cover accessory
Protection Class:
IP67
Yag Laser Protection:
YES, with YAG cut filter accessory
Frame Rate:
60 frames/s
Sensor:
Image Resolution 1280 x 1024 (1.3 megapixels) – CMOS global shutter
Optical Focus Control:
Electronic for liquid lens model (LQL-9MM)
Manual for fixed lens model (LNS-6MM)
Aiming System:
Dual laser pointer (CDRH/IEC Class II)
Power Supply:
Standard: 10 VDC to 30 VDC / Power over Ethernet: 48 Vdc (IEEE.802.3af)
