2D Handheld Barcode Scanner

Scanning performance

• Image sensor: CMOS
• Pixel: 640 * 480
• Lighting: White LED
• Red light LED 625 – nm
• Read code system
• 2D PDF417, QR Code, Data Matrix
• 1D Code128, UCC/EAN – 128, AIM128, EAN – 8, EAN – 13, ISBN/ISSN, upc-e, UPC – A, Interleaved 2 of 5, itf-6, itf-4, Matrix 2 of 5, Industrial 25, Standard 25, Code39, Code 93, Code 11, Plessey, MSI – Plessey, RSS – 14, RSS – Limited, RSS – Expand
• Accuracy of literacy
• P 4 mil
• Typical reading depth *
• EAN – 13 (13mil) 55-220mm
• QR Code (15mil) 35-110mm
• Barcode sensitivity * *
• Plus or minus 45 ° inclined (pitch)
• Rotation (tilt) 360 °
• Deflection (skew) + 40 °
• The view point of
• Level 45 °, 34 ° vertically
• Sign contrast
• 30% or higher
• Communication interface: RS – 232, USB
• Appearance size (mm): 101 (D) * 68 (W) * 146 (H)
• The weight of the: 115 g
• Prompt: Buzzer, LED indicator
• Working voltage: 5V DC plus or minus 10%
• The rated power: 0.31 W.
• Current @ 5V DC
• Working current 62 mA (typical value), 115.5 mA (maximum)
• Standby current 33 mA
• Environmental parameters
• Working temperature: – 20 ℃ ~ 50 ℃
• Storage temperature: – 40 ℃ ~ + 70 ℃
• Relative humidity: 5% ~ 95% (no condensation)
• Electrostatic protection: Plus or minus 15 kV (air discharge), plus or minus 8 kV (direct discharge)
• 1.2 meters
• Protection level (optional)
• IP42
• International certification
• FCC Part15 Class B, CE EMC Class B
• Cable: USB USB cable to connect to the machine and information receiving host.
• The rs-232 RS232 data line is used to connect the machine and the information receiving host.
• Power adapter: 5V power adapter with RS232 data line to power the equipment.
• * test conditions: temperature = 23 ℃; Ambient illumination = 300 LUX incandescent lamp; The sample code developed in the new world
• * test conditions: test distance = (minimum depth + maximum depth) / 2; The environment temperature = 23 ℃; Ambient illumination = 300 LUX incandescent lamp
• The 2 d: QR CODE; 10 Bytes; Minimum width = 15 mil; PCS = 0.8;