Description

The most important details:
. A robust high-performance print module,
. right-hand and left-hand version,
. 230 dpi resolution,
. maximum print width of 128 mm,
. print speed max. 300 mm/sec.,
. applicator interface with real-time clock,
. 16 MB RAM (2,9 MB input buffer),
. ribbon-out sensor (connectable),
. service-friendly.
With the new SATO S-series, Weber is presenting the first print module RFID tags world-wide. For the first time, RFID tags - which are also called "smart tags" - can be used with automatic labelling systems.

The RFID print modules of the S-series do not only support any already existing RFID standards incl. the latest UHF-RFID standards, but due to their open design, they are also fitted for further standards which are already in a development phase.

The RFID read/write units are making use of a multi-frequency for ISO 18000-6A and -6B and EM Marin 4022 and 4222.

Thus, they are even today in compli-ance with the European UHF-RFID frequency of 868 MHz according to ETSI as well as the US American frequency band 902-928 mHz according to FCC.

The SATO RFID printer has a RF read/write unit. In one step, the printer is printing and programming your smart tag with the integrated trans-ponder. The RFID printer prints graphics, text messages, barcodes onto the label surfaces, and it also reads and writes on a transponder being embedded in the label.

Firmware in the flash memory
The printer firmware can be updated via the interface. Thus, should you require a firmware update for your application, it can be downloaded from the internet or transferred from a disc.

Bad Tag Reject Arm
The printed RFID tag is checked with regard to its readability.
If it is readable, it will be applied onto the carton or the palet.
In case of any error occuring, the "bad tag reject arm" will be pending between tamp pad and product and therefore, the application of the faulty RFID tag is avoided. Thus, a 100% quality control is ensured.