Industrial laser scanner Datalogic AL5010 1000067753

Datalogic AL5010 1000067753 – Industrial Scanner with 2 Standard Density Lasers

Datalogic AL5010 1000067753 is the 2 Standard Density lasers version of the AL5010 range, designed for industrial applications where a larger scanning area and aggressive code reading are required. With up to 1200 scans per second and dual-laser simultaneous scanning technology, this model provides redundancy and superior performance for logistics, traceability and automated inspection applications.

Built in an IP65 housing, the scanner withstands harsh industrial environments, with dust and moisture, with a lifespan of over 50,000 hours MTBF.

Key Specifications – Datalogic AL5010 1000067753:

• Configuration: 2 lasers – Standard Density

• Scanning speed: up to 1200 scan/s

• Minimum resolution: 0.18 mm (7 mils)

• Reading distance: up to 1200 mm (48 in) on standard 20 mil codes

• Depth of field: up to 838 mm

• Aperture angle: 60°

• Mirror oscillation: ±20°

• Codes supported: all 1D symbologies (up to 10 simultaneously)

• Connectivity: EtherNet/IP, Ethernet TCP/IP, RS232/RS422, DeviceNet, Profibus

• Protection: IP65, rugged housing

• Reliability: >50,000 hours MTBF at 25°C

• Consumption: <25W, 12–30 VDC power supply

Main features:

• Simultaneous dual-laser scanning – for faster and more accurate reading

• Wider field of view than 1-laser version

• PackTrack™ – correct reading of objects placed nearby

• DRX technology – for damaged or offset codes

• Integrated HTML5 web server for remote configuration

Recommended applications:

• Warehouses and automated logistics – scanning pallets, parcels, boxes

• Fast production lines where a large field of view is essential

• Automated picking and parts traceability

• Label inspection and packaging quality control

• Industrial applications where high reliability is critical

🔹 Datalogic AL5010 1000067753 is the perfect choice for companies that need a robust industrial scanner, with dual laser coverage, to ensure fast and accurate reading în demanding environments.