THE NEXT GENERATION OF HANDHELD CODE READERS
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1D/2D Code Reader SR-2000 Series HIGH RESOLUTION READING NOW POSSIBLE Field of view Depth of field Speed One reader for any code, anywhere, any speed

Breaking the stigma of code readers Just install and go! Obtain a wider field of view and greater depth of field at a longer range. Work as fast as the targets can move. No experience is required to master the SR-2000 Series. Just install the reader for vastly improved reading range and achieve even better reading stability. 1D/2D Code Reader SR-2000 Series 2× greater than conventional models The wide field of view allows for reading of multiple codes even if they are far apart. Ultra-wide field of view • No need to check code positions • Read multiple codes all at once 2× greater than...

The wider range of focus allows for reading of codes at different heights.

Ultra-wide field of view At least twice as wide a field of view compared to conventional models for easy reading of multiple codes and varying code positions. Read codes on different-sized tires When it comes to codes on tire rims, the position varies according to the tire size. The SR-2000 Series— equipped with a class-leading 3.1 megapixel high-sensitivity CMOS sensor—is easily able to handle varying code positions, from tires for smaller vehicles to truck tires. Best-in-class 3.1 megapixel CMOS Ultra-wide field of view through high-resolution imaging With 3.1 million pixels—the best in...

Read 3 stacked boxes without trouble The high-sensitivity CMOS sensor helps reduce noise, allowing for reliable reading over a wide area. Read multiple electronic boards at once With uniform illumination throughout the field of view, even challenging codes printed with low contrast can be reliably read. CPC (Compound Parabolic Concentrator) Illumination Reflector reduces loss in light intensity for uniform and bright lighting The lighting includes a reflector that is able to reduce loss in light intensity. Gold plating is used to dramatically increase reflectance. In addition, 14 LEDs are...

Greater depth of field at longer ranges With at least twice the reading distance of conventional models, there’s no need for controlling code position or tooling changes. Read codes without hindering work The newly designed lens in the SR-2000 Series offers a greater depth of field that allows the code reader to be installed outside the work flow area, ensuring a flexible layout. Moreover, even if an image has low resolution at long ranges, the high-resolution algorithm ensures reliable reading. Newly designed lens with greater depth of field High-resolution algorithm Newly developed lens...

Support for multi-code reading The lens of the SR-2000 Series offers a greater depth of field, allowing it to handle changes in reading distance that result from the different types of vehicles being transported. Long-range reading of even minute codes With the SR-2000 Series, a 0.09 mm 0.004" code is readable even at 200 mm 7.87". The lens also boasts a depth of field greater by ±10 mm ±0.39". Greater depth of field at longer ranges comparable to laser scanners Dramatic improvements thanks to collaboration between hardware, software, and decoder The SR-2000 Series achieves optimal...

Read objects on the move Stably read various moving codes, from conveyor-belt transferring at distribution centers to robotic transferring In-line reading of cardboard boxes with different heights and sizes Previously, worksites where the reading distances of cardboard boxes varied, or if the location where the barcode was affixed varied, it was necessary to install. With the SR-2000 Series, reading is possible with a greater depth of field over a larger field of view, and the high processing speed means there’s no need to set the size of the cardboard box being read. Triple core high-speed...

Read codes presented by a robot arm Image transfer is faster even for operations, such as those involving codes presented by robot arms, that require multiple images with higher pixel counts over a wider field of view. Ability to handle changes in line speed With support for encoder input, reading is possible even on lines with speeds that vary according to the number of components produced. Encoder input support Control timing of reads with encoder pulse signals to match varying speeds Controlling when to start or stop reading is possible using separate encoder pulse signals commonly found...

Fully automatic calibration One-click automatic optimization makes setup easy for anyone. Without tuning Automatic focusing Polarizing filter Auto-focus function Automatic polarization control function No adjustment of focus or aperture is required, and no selection of C-mount lenses is necessary Polarizing filter for glare removal Whereas focusing with conventional models was a manual process, focusing on the SR-2000 Series is done automatically. The development of a dedicated autofocus mechanism makes it possible for anyone to achieve clear focus with just a touch of a button. The ability...

Automatic filtering Tuned image Automatic tuning Corrections to improve code reading Codes that are difficult to read due to poor printing quality need to be made more readable. The SR-2000 automatically optimizes some 1.5 million parameter setting variations including exposure time and image processing filters. Dynamic range correction Capture brightness correction Dark codes The optimal 8 bits (256 shades) are automatically extracted for code reading from the 12-bit (4096 shades) data. This allows for stable reading even for codes that cannot be read with conventional models....

Simple setup software AutoID Network Navigator SR-H7W High-performance imaging is possible, regardless of the user The software not only helps reader setup but also improves functionality to reduce effort required for preliminary tests. Monitor the field of view to adjust the position of the code. Automatically adjust focus. Automatically select from approximately 1.5 million parameter combinations (such as whether to use the polarization filter). Tuning monitor Parameter bank function AUTOMATIC SELECTION OF OPTIMAL READING CONDITIONS The optimum settings are automatically determined from...