Product type designation | RF620L transponder |
| SIMATIC RF620L SMARTLABEL 4" X 6" UCODE-TECHNOLOGY EPC V1.19 FOR PAPER AND CARTON -20 UP TO +70 DEGR/C MIN. ORDER QTY: 1500 PCS 500 PCS PER ROLL |
Wireless frequencies |
Operating frequency | 865 ... 928 MHz |
Range / maximum | 4 m; observe system manual RF600: overrange is possible, range is reader dependent: observe http://support.automation.siemens.com/WW/view/en/67384964 |
Protocol / with radio transmission | EPCglobal Class 1 Gen 2 / ISO 18000-6C |
Transfer rate / with radio transmission / maximum | 320 kbit/s |
Product feature / multitag-capable | Yes |
Polarization | Linear |
Electrical data |
Product component / Backup battery | No |
Memory |
Type of memory | EEPROM |
Storage capacity / of the user memory | 12 byte |
Type of memory organization | EPC memory 96 bits, TID memory 4 bytes |
Number of read cycles / at ambient temperature < 40 °C / maximum | 100000000000000 |
Number of write cycles / at ambient temperature < 40 °C / maximum | 100000 |
Data retention time / at ambient temperature < 40 °C / not less than | 10 y |
Property of memory | lock, unlock, kill, write protection, password protection |
Type of transponder chip used | UCODE EPC V1.19 |
Mechanical data |
Material | Paper |
Color | white |
Mounting distance / relating to metal surfaces / recommended / minimum | 3 mm |
Permitted ambient conditions |
Ambient temperature | |
during read/write access | -20 ... +70 °C |
outside the read/write area | -20 ... +70 °C |
during storage | 15 ... 25 °C |
Ambient condition / for operation | Maximum storage life 2 years |
Protection class IP | IP60, in glued condition, the label must be protected against humidity |
Resistance to mechanical stress | Torsion and bending stress conditionally permissible |
Design, dimensions and weight |
Width | 101 mm |
Height | 0.3 mm |
Depth | 152 mm |
Net weight | 3 g |
Mounting type | one-side adhesible |
Product properties, functions, components / general |
Product feature | |
printable | Yes |
Printing process | Thermal transfer process |