Microscan V420-F000M03M-SWX Industrial Serial Barcode Reader
The Omron Microscan V420-F000M03M-SWX is a compact and dependable fixed-mount barcode scanner designed for tackling diverse industrial automation and machine vision applications. It balances cost-effectiveness with versatility, also excelling in reading 1D and 2D barcodes under a range of conditions.
Key Features:
- Ultra-compact design: Measuring only 44.5mm x 38.1mm x 25.4mm, it easily integrates into tight spaces within existing setups.
- Rugged construction: IP54 rated, it withstands dust and water splashes in mildly harsh industrial environments.
- 0.3 MP monochrome CMOS sensor: Captures adequate details of clear and well-printed barcodes.
- X-Mode decoding algorithms: Enhances reading performance in challenging conditions like low light, high contrast, and slightly distorted codes.
- Standard white LED illumination: Provides sufficient brightness for most standard applications.
- Red aiming beam: Assists with precise barcode targeting.
- Flexible communication options: High-density 15-pin connector offers Serial RS-232, USB 2.0, and Ethernet over USB for seamless system integration.
- Optional accessories: Cables, power supplies, and optical accessories cater to various mounting and lighting needs.
Comparison with similar models:
- V420-F000M12M-SWX: Similar features but offer a higher resolution sensor and a wider field of view, suitable for more complex barcodes or multiple codes simultaneously.
- V420-F050N12M-SWX: More advanced features like liquid lens autofocus and color sensor, but bulkier in size.
- V420-F000M03M-SRX: Similar basic functionalities but lacks Ethernet over USB communication option.
Overall, the Omron Microscan V420-F000M03M-SWX presents a cost-effective option for diverse industrial applications where space is limited, basic functionalities are sufficient, and potential for slightly challenging barcodes exists. Also, its compact size, reliable data acquisition under moderate conditions, flexible communication options, and X-Mode decoding algorithms make it a suitable choice for tasks requiring efficient barcode reading within a controlled budget.
