RJS Technologies, I5000-Combo2-6mil, Combo (Auto Optic: 3,6,10,20 Mil Aperture and CR2 Scanner) Linear Bar Code Verifier
Features:
- Point-and-Shoot traditional verification method (Requires CR3 scanner)
- Meets ISO 15416 and ANSI X3.182 verification method (Requires Auto Optic scanner)
- Point-and-Shoot traditional verification method
- Auto-Optic scan head that allows menu selections for four aperture sizes and two light wavelengths
- Detailed data content and bar code encode testing and results information (most important with GS1-128 bar codes)
- Auto-discriminates between all popular symbologies
- Bidirectional scanning
- Large color LCD display
- Viewable Scan Reflectance Profile with color-coded Modulation, Decodability, and Defects
- Narrow bar width calculator
- Integrated lithium ion battery
- Field upgradeable firmware (free lifetime software upgrades)
- Searchable database storage (1,000 inspection records)
This truly unique and powerful instrument is also easy to use. All the popular linear symbologies are supported. Store and print capability (1,000 scans), multiple scan averaging, and sub-symbology choices are easily accessed through a simple seven-button user interface. Analysis information appears immediately on a large LCD. Detailed bar code encode data and a color-coded scan reflectance profile (indicating Decodability, Modulation, and Defects) make troubleshooting very easy. Lifetime free firmware upgrades can be downloaded and installed to keep up with the latest standards.
The Inspector 5000 CR3 Scanner provides a Point-and-Shoot Traditional Method that also includes the ISO 15416 and ANSI X3.182 Decodability parameter grades. This unique portable bar code verifier can interface with either a CR3 scanner or the patented RJS Auto-Optic scan head. Store and print capability, multiple scan averaging, and subsymbology choices are easily accessed through a simple seven-button user interface with a large color LCD. The scanners are easily installed by the user, which makes the unit quickly adaptable to practically any verification requirement.
