This product has been discontinued.
Using KEYENCE's advanced decoding knowledge and techniques, the SR-600 Series emerges as a leader in compact 2D code readers.
A reverse Ernostar lens is utilized to minimize aberration. Although small, the reverse Ernostar lens is practically free from image distortion and offers excellent reading performance. Since it is glass, the reverse Ernostar lens resists environmental changes and maintains stable reading, even under severe manufacturing conditions.
Fastest in its class: New optical design with high-speed, high-sensitivity imaging allows the SR-600 Series to read codes moving as fast as 160m/min.
Simple setup with advanced reading ability. Up to 16 parameter banks allow greater flexibility when reading conditions change.
• Expansion/Shrink filter ••• Reads dot
• Hi-DR Function ••• Reduces glare and provides excellent contrast
• Parameter Bank & Alternate Function ••• Automatically compensate for changes in reading conditions
Easy calibration can be performed by simply pressing the TUNE button. Built-in USB connectivity enables [Live] monitoring, testing, and function changes via the easy-to-use AutoID Navigator software.
Simple, step-by-step calibration enables you to easily and automatically set the optimum reading conditions. You can perform tuning with ease while actually monitoring read images.
The Parameter Bank & Alternate Function allow the user to register up to 16 different reading conditions. This allows the reader to automatically compensate for changes in reading conditions, such as code contrast.
The main body has been designed from environmentally resistant magnesium die-cast, which meets IP65 specifications for use, even in harsh environments.
Three different reader types, tailored to accurate, high-resolution decoding, are available. A minimum resolution of 0.08mm is possible when reading 2D codes.
The SR-600 Series supports USB and Ethernet interfaces, as well as RS-232C, RS-422A and RS-485. This wide range of supported interfaces enables versatile system configuration.