Microscan V430-F000W03M-NNX Industrial Ethernet Barcode Reader
The Omron Microscan V430-F000W03M-NNX is a compact and budget-friendly fixed-mount barcode reader designed for reliable reading of standard 1D and 2D barcodes at 50mm in controlled, well-lit industrial environments. It offers a basic feature set for price-conscious applications where accuracy and efficiency are essential.
- 3MP monochrome CMOS sensor with X-Mode decoder: Captures details for most standard barcodes, even on challenging surfaces like plastic or metal.
- Wide field of view: Easily handles larger barcodes or multiple codes within the 50mm focal range.
- Fast decoding speed (up to 30 fps): Ensures efficient capture, even at moderate conveyor speeds.
- White LED ring light: Provides consistent illumination for most barcode types and surfaces.
- Rugged design: IP65/IP67 dustproof and waterproof construction withstands harsh environments.
- Flexible communication options: Also connects via Ethernet TCP/IP, EtherNet/IP, and PROFINET.
Ideal Use Cases:
- Conveyor belts, sorting lines, and other fixed-distance applications in well-lit industrial settings.
- Reading standard 1D and 2D barcodes on various surfaces when budget is a primary concern.
- Simple applications requiring basic barcode reading functionality without advanced features.
- Similar core features to V430-F000W50C-NNP and V430-F050W03M-NNP in terms of camera and illumination.
- Lacks the enhanced image processing and blue LED illuminator found in models like V430-F000W12M-NX and V430-F000W12M-SRP.
- More affordable than most other V430-F models.
Overall: The Omron Microscan V430-F000W03M-NNX is a budget-friendly choice for basic barcode reading in well-lit environments. Its compact size, efficient performance, and rugged design make it ideal for simple applications where cost is a priority and advanced features are not essential. Consider models with blue LED illuminators, color camera, or adjustable focus if your needs involve low-light conditions, complex colored barcodes, or wider distance ranges.