![background image](http://html.mh-extra.com/html/sick/icr880-generation-3/icr880-generation-3_operating-instructions-manual_1264318032.webp)
3
PRODUCT DESCRIPTION
32
8011325/18IM/2020-07-02|SICK
O P E R A T I N G I N S T R U C T I O N S | ICR880/890
Subject to change without notice
3.4.7
Image request
The image taken can be issued for further processing via the Gbit Ethernet interfaces,
regardless of the decoding result. Hence an analysis is possible, for example, in the case
of a failed decoding process.
Fig. 15: Captured image for analysis (example)
In the case of successful data processing (decoding), the mark of the corresponding
image areas can be issued.
Decoding
The camera system analyzes the image taken. The system graphically displays the results
of this analysis:
•
Blue rectangle: regions of interest
•
Green rectangle: successful decoding
3.4.8
Code configuration
The ICR880/890 camera system can decode the following code types:
Type
Type
1D codes
Codabar
Code 39
UPC/EAN family
2/5 interleaved
Code 93
Code 128 family
2D codes
Data Matrix EEC200
MaxiCode
Aztec code (optional)
PDF417
QR code
Tab. 7: Code types
3.4.9
Network
The camera system is operated via the controller unit as standard. Data is also output via
this controller.
The camera systems and the controller unit are networked via CAN bus.
In addition to connecting the sensors to the CAN network, the SIC2000 controller unit also
enables parallel integration into an Ethernet network. If the performance of the CAN
network is not sufficient, the bandwidth can be increased and a higher throughput can be
achieved via the Ethernet network.