SICK Laser Bar Code Reader | CLV505-0110 / 1046318

The fixed mount barcode scanners CLV50x feature a fixed focus optical system and communicate via a USB cable connection variant. With a maximum reading distance of 330 mm and a code resolution ranging from 0.15 mm to 1 mm, they are designed for reading printed codes on labels. These scanners utilize a line scanner sensor type and have a window material made of plastic. They are not suitable for cold storage applications and have an enclosure rating of IP54. SICK’s miniature line of barcode scanners are barely larger than a USB plug and can easily be installed where space is extremely limited. The CLV50x series is also easy to configure via its online tool and configuration barcodes.

These mini barcode scanners boast excellent decoding performance, with a large depth of field that allows for flexibility in your application. This ultra-compact series is ideal for applications in the OEM and machine builder marketplace, such as packaging systems, circuit board processing, clinical analysers, robotic inspection, etc. The CLV503 is ideal for slow moving applications – with a scanning frequency of 100 Hz. The CLV505 offers a high scanning frequency of 1,000 Hz and is suitable for conveyor speeds of up to 5 m/s, depending on the application.

Extremely compact

Lightweight

Easy commissioning

Fast and reliable decoding even on poorly printed or partly damaged codes

Available as RS-232 variant with flying leads and as USB variant

Pushbutton trigger

One trigger input and two digital outputs for good read/no read outputs (for RS-232 variant only)

CLV505 available in raster version

Compact design and easy operation enable installation in situations with limited space

Fast and easy commissioning using enclosed configuration barcodes and the online tool

Excellent reading performance – even with poorly printed codes – ensures high throughput

Pushbutton trigger, on board LED, and audible beep simplify setup and troubleshooting

Factory automation

Health care manufacturing: Detection and identification of 1D codes on test tubes