| RFID ve CAB Termal Transfer Yazıcı | ||
![]() 13.56 MHz |
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Frequencies Three different bands can be used. Low-frequency range solutions with 125 KHz, high-frequency range with 13.56 MHz, ultra-high-frequency range solutions with 868 MHz (Europe) respectively 915 MHz (USA) determine read/write distances of the transponders. With 125 KHz only distances up to 0.5 m can be covered, with 13.56 MHz distances up to 1.5 m. 868/915 MHz reach up to 8 m coverage. The ability to read stored data can be constrained by metall and damp surfaces. In the ultra-high-frequency range no standardized frequencies are available world-wide. This means there are different use of each frequency in Europe, the U.S. and Asia. |
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| 13.56 MHz ISO Norm (ISO 15693) for high-frequency range 13.56 MHz applies worldwide. This norm defines all read/write commands – therefore transponders of most manufacturers (Infineon, Philips, Texas Instruments) can be used. Most experiences regarding handling, production and utilization have been made with this frequency. |
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| 868/915 MHz For a short time there has been the ISO Norm 18000-6A/B for the ultrahigh-frequency range. The first read/write units have been introduced. These units are still too large to install into printers. A disadvantage of this |
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| Important details about smart labels and the use of RFID transfer printers are provided in this datasheet. frequency are so-called “reading holes” which can be corrected by the use of multiple reading devices. | ||
| Active transponders An active transponder has its own power supply. The life span of the transponder is determined e.g. by the durability of the battery. These transponders are being employed in livestock husbandry, marking of domestic animals, in palettes and car anti-theft devices. The range for reading and writing data can cover several meters. High costs and the structural shape these transponders make them unsuitable for use in labels. |
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| Passive transponders Smart labels use passive transponders. These transponders do not have its own power supply. The required electricity for reading and writing is being provided by the measuring device via electromagnetic coupling. The chip and antenna are situated in a carrier which can be placed in labels. The memory capacity of the chips depend on manufacturer and frequency. Different sizes and shapes are available – basically the antenna defines both. Thereby varying distances for data transfer are being realised. Electrographic surfaces can shorten reading distances. Also of their thinness the labels are suited for the use in thermo transfer printers. |
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The printers A3, A4, A6 and A8 of the cab A-Series can be factory equipped with an RFID unit. At the moment 13.56 MHz range is being supported. |
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