Bar code detector RJSD4000 +

Product Name: Barcode detector RJS D4000 + Item: bar code detector RJS D4000 + Description: American RJSD4000 + has two different scanning head can be used for connection, Auto-Optic scan head and Laser (laser) scanning head, different total of nine of optical preparation, easy to install, basically can be used in various occasions demand. Detection methods: Traditional / American Standard test items: ANSI Mode (Auto-Optic):. 1 scanning using a thermal or laser printed bar codes used to transport a portable bar code scanner 2. 3. X direction on a surface the size of a large fold . barcode (> 25mil) 4. IR light using multivariate testing 5. X direction size print barcodes 6. Measure the reflectivity 7. UPC code on the plane Laser Mode (laser): 1 bar codes on curved surfaces; 2. easy to fold or folds on the surface of the bar code; 3. wet, wet bar codes; 4. height teach small barcode; 5. AI or data formats require distracted UCC / EAN code; 6. data matching; barcode scanning width up to 30CM 7. laser printer played on ANSI decoding rate have special requirements for use in analysis of a bar code; detecting barcode types: Code 39; USS, w / mod43, AIAG B-1, B3 / 4/5/10, LOGMARS, HIBC; UPC / EAN including 2 and 5 digit supplemental codes; Code 128; USS, UCC / EAN 128 (see Unique ANSI and Laser Mode Features); USS Codabar; Interleaved 2 of 5; USS, Case Code, w / Mod 10 Check Digit Feature Description: Auto-Optic: Auto-Optic is the company for RJS ANSI barcode grading analysis developed, it is an industrial-grade ANSI detector has four aperture sizes and two wavelengths can be VIII The optical arrangement. Suitable for all ANSI X3.182 barcode needs. / Laser: The D4000 is equipped with laser scanning head burst scanner is an extremely easy to use and does not require any training, you can analyze many basic barcode parameters, decoding rate and decoding percentage calculations. Data content display print: ANSI Mode (Auto-Optic): two modes: 3,5,10,20 mil, 3,6,10,20 mil two wavelengths: 660 and 925 nmUCC / EAN128 data format detection: AI 00 AI01 Laser Mode (laser): The two-line LCD decoding rate, UCC / EAN 128 (AI) data stored print or database format detection function, 20K nonvolatile memory, Dimensions: length 198 mm x width 117 mm x height 48 mm user Interface: 1, four buttons: On, Print, Select, Enter 2, 4-line LCD 3, 5 tally - Display barcodes level (Laser models); average barcode deviation (Auto-Optic scan head mode) 4, Sound recognition test results (merits, failure, low battery) extensions: 1, the printer: TP40, TP140 provides ANSI scan reflection coefficient, linear graph 2, the battery charger (without a battery case can be used as an AC use) Parameters Analysis: ANSI Mode (Auto-Optic): demand all ANSI mode parameters applied along with traditional analysis Laser Mode (laser): The traditional parameters (except the reflection coefficient) data decoding rate comparison result INSPECTOR 4000 print parameters Introduction: ANSI Mode (Auto -OPtic): all ANSI method parameters / application compliance / plus traditional analyses; Laser Mode (laser): traditional parameters (except reflectance) data comparison percent decode dimensions: length 198 mm x width 117 mm x height 48 mm User interface: 1, Four buttons: On, Print, Select, Enter 2, 4-line LCD 3, 5 tally - Display barcodes level (Laser models); average barcode deviation (Auto-Optic scan head mode) 4, voice recognition test results ( merits and demerits, failure, low battery) extensions: 1, the printer: TP40, TP140 provides ANSI scan reflection coefficient, linear graph 2, the battery charger (in the absence of the battery case can be used as an AC use) parameter analysis: ANSI Mode (Auto-Optic): demand all ANSI mode parameters applied along with traditional analysis Laser Mode (laser): The traditional parameters (except the reflection coefficient) data decoding rate comparison result INSPECTOR 4000+ print parameters Introduction: ANSI Mode (Auto-OPtic) : all ANSI method parameters / application compliance / plus traditional analyses; Laser Mode (laser): traditional parameters (except reflectance) data comparison percent decode