Microscan V420-F081M50C-NNX Industrial Serial Barcode Reader
The Omron Microscan V420-F081M50C-NNX is a compact and versatile barcode reader designed for demanding industrial applications where accurate and efficient mid-range barcode reading is crucial, combined with the stability and security of a fixed cable connection. This makes it a reliable choice for tasks where wireless connectivity might be unreliable or unnecessary.
Key Features:
- Micro Design: Fits snugly into tight spaces and integrates seamlessly into machinery, measuring just 44.5 x 38.1 x 25.4 mm (1.75 x 1.5 x 1 in).
- Mid-Range Performance: A 0.5 MP VGA CMOS sensor and white LED light source confidently read 1D and 2D barcodes at distances up to 500 mm (19.7 in). It is perfect for mid-range scanning tasks.
- Advanced Decoding Technology: Reads a wide range of barcode symbologies, including challenging ones like damaged, low-contrast, poorly printed, or also scratched codes.
- Rugged and Reliable: IP54-rated for dust and water resistance, it thrives in harsh industrial environments.
- Fixed Cable Connection: The “NNX” variant operates with a fixed cable, providing a secure and stable connection for situations where wireless connectivity is not necessary or also might be unreliable due to interference.
- Corner-Exit Cable: Provides increased flexibility for integration into OEM applications, reducing cable clutter and also simplifying installation in tight spaces.
Additional Notes:
- The “F081” variant features a higher resolution sensor compared to the “F102” variants.
- The “M50C” variant uses a middle-range sensor compared to the “W03M” close-range sensor and also the “W12M” long-range sensor.
Overall, the Omron Microscan V420-F081M50C-NNX is a powerful and versatile mid-range barcode reader that prioritizes reliability and secure connectivity. Its also a combination of high-resolution imaging for its sensor class, fixed cable connection for stability, rugged construction, and advanced decoding technology.
This makes it the perfect choice for demanding industrial applications where space is limited, accuracy is crucial, and wireless connectivity is not a priority or might be unreliable.
