Microscan V420-F064W03M-SRP Industrial Serial Barcode Reader
The Omron Microscan V420-F064W03M-SRP is a micro-sized, high-performance barcode scanner designed for demanding industrial applications. Its compact size, powerful scanning capabilities, and user-friendly features make it a versatile choice for accurate data capture in tight spaces.
Key Features:
- Micro-sized: Measuring just 44.5 x 38.1 x 25.4 mm, it easily integrates into compact setups.
- Corner-exit cable: Minimizes cable clutter and simplifies installation.
- High-density 15-pin connector: Supports serial, USB 2.0, and Ethernet over USB connections for flexible data transmission.
- Powerful scanning engine: Reads a wide range of 1D, 2D, and DPM barcodes, even at high speeds and under challenging conditions like poor lighting or damaged labels.
- Advanced decoding algorithms: Ensures accurate and fast reading, even for complex or distorted barcodes.
- Durable construction: Built to withstand harsh industrial environments and continuous operation.
- IP54 rating: Dustproof and water-resistant for reliable performance in challenging conditions.
- Easy integration: Designed for seamless integration into existing systems and automation processes.
- SRP version: Includes a WebLink browser-based setup and monitoring interface for simplified configuration and management.
Applications:
The V420-F064W03M-SRP is ideal for various industrial applications where space is limited and accurate data capture is crucial, such as:
- Manufacturing: Product identification, quality control, tracking and tracing, sorting, and data acquisition.
- Logistics: Package sorting, shipment tracking, warehouse management.
- Healthcare: Patient identification, medication control, sample tracking.
- Automotive: Component identification, assembly line tracking, quality control.
Overall, the Omron Microscan V420-F064W03M-SRP is a compact and powerful barcode scanner that combines high performance, reliable operation, and user-friendly features for demanding industrial applications where space constraints are present.