Omron MicroHAWK F320 Smart Camera F320-F064W03M-NNV

Omron MicroHAWK F320 Smart Camera F320-F064W03M-NNV

The Omron MicroHAWK F320 smart camera, model F320-F064W03M-NNV, is an advanced tool, designed for demanding industrial applications. With a 0.3 MP monochrome resolution, wide field of view and 64 mm fixed focus, this camera integrates powerful technologies such as AutoVISION and Visionscape, providing extensive functionality for automated inspections, detection and visual processing.

Key Features:

1. 0.3 MP monochrome resolution: Designed for detailed captures and consistent performance.
2. Wide field of view: Optimizes inspections for large or complex surfaces.
3. 64 mm fixed focus: Calibrated for standard distances, eliminating the need for frequent adjustments.
4. AutoVISION + technology Visionscape:
   • AutoVISION: Affordable solution for simple and fast inspections.
   • Visionscape: Ideal for advanced machine vision applications.
5. Multiple interfaces for integration:
   • RS-232 for direct connections to industrial equipment.
   • Ethernet over USB for fast and efficient data transfers.
6. IP40 protection class: Adapted to standard industrial environments.

Technical specifications:

• Model: F320-F064W03M-NNV
• Resolution: 0.3 MP (monochrome)
• Field of view: Wide
• Focus: Fixed, 64 mm
• External light: Not included
• Integrated technologies: AutoVISION + Visionscape
• Interfaces: RS-232, Ethernet via USB
• Protection class: IP40

Applications typical:

• Advanced visual inspections on production lines.
• Industrial automation for defect and component identification.
• Detection of markings, texts and barcodes for traceability.
• Monitoring of assembly processes in industries such as automotive, electronics or pharmaceuticals.

Advantages:

• Dual functionality (AutoVISION + Visionscape) to adapt to multiple requirements.
• Reliable performance under standard industrial conditions.
• Easy integration with existing systems thanks to versatile connectivity.
• Capability to perform both simple inspections and complex vision applications artificial.