TU UEM series RFID reader (short range)

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UEM TU (Short Range) RFID Tag Reader 1. PURPOSE AND PRODUCT NAME 1.1 UEM short range readers are designed for use in systems using contactless tags of ISO A and B, ISO 15693, ICode EPC and UID standards. Supported card types: Mifare Classic Mifare DESfire SmartMX Mifare Ultralight / Ultralight C ICode SLI / EPC / UID Readers can be used in electronic document service systems (passports, driver's licenses), club cards, transport payment systems and the like. Possible options are shown in Table. 1. Table 1 Product name Supported label standards ISO A ISO B ICODE USB Interfaces RS232 RS485 In a case With a connector for an external antenna UEM Mifare / ICODE USB reader XXXXX UEM Mifare / ICODE USB reader module XXXX UEM Mifare / ICODE RS reader module XXXXX UEM ISO14443 USB reader XXXX UEM ISO14443 USB reader module XXX UEM ISO14443 RS reader module XXXX 2. TECHNICAL SPECIFICATIONS 2.1 Operating frequency 13.56 MHz. 2.2 Working distance (depending on the type of RFID tag) up to 80 mm. 2.3 There is an anti-collision function. 2.4 Interfaces for communication with a PC (host) USB, RS232, RS Current consumption no more than 150 ma. 2.6 Weight and dimensions are given in Tab. 2. 2 Working distance (depending on the type of RFID tag) up to 80 mm. 2.3 There is an anti-collision function. 2.4 Interfaces for communication with a PC (host) USB, RS232, RS Current consumption no more than 150 ma. 2.6 Weight and dimensions are given in Tab. 2. 2 Working distance (depending on the type of RFID tag) up to 80 mm. 2.3 There is an anti-collision function. 2.4 Interfaces for communication with a PC (host) USB, RS232, RS Current consumption no more than 150 ma. 2.6 Weight and dimensions are given in Tab. 2.

Table 2 Product name Overall dimensions, mm Length Width Height Weight, g In the case With a connector for an external antenna UEM any USB reader X UEM any USB module UEM any RS module OPERATING CONDITIONS 3.1 Operating supply voltage: UEM USB from USB 5 V. UEM RS from an external DC source from 5 to 24 V. 3.2 Range of operating ambient temperature from -25 ºC to +85 ºC. 3.3 Permissible relative humidity up to 93% at +25 ºC. 3.4 Permissible amplitude of sinusoidal vibrations at frequencies Hz 20 m / s 2 (2g). 3.5 Ambient temperature range from -40 ºC to +85 ºC. 3.6 Permissible relative humidity 100% at +25 ºC. 3.7 Peak acceleration up to 20 ms duration 147 m / s 2 (15g). 4. CERTIFICATION 4.1 Certificate of Conformity ROSS RU.AG98.B14767 Validity from to Products: Data preparation and processing devices (RFID readers), series: UEM, UEMR. TU Serial release. 4.3 Complies with the requirements of GOST R IEC standards; GOST R; GOST R; GOST R (Section 6.7); GOST R DOCUMENTATION AND SOFTWARE USB driver; library of functions for software developers; a programmer's manual with a description of the library, protocol and command system; test program for a computer; description of the test program; source codes of examples of programs for a computer in the C ++ language. test program for a computer; description of the test program; source codes of examples of programs for a computer in the C ++ language. test program for a computer; description of the test program; source codes of examples of programs for a computer in the C ++ language.

APPEARANCE Unpackaged version Hull version Generalized diagram of working with cards and in protected mode 1. ENABLING THE PROTECTED MODE OF WORKING WITH THE READER 1.1. Writing keys to flash memory Keys via an open channel 1.2. Entering secure mode of host-reader exchange Enable secure mode on AES128

WORKING WITH MIFARE ULTRA LIGHT C CARDS 2.1. Writing the key and initialization configuration to a blank card 3DES key number i and initial Key and initial Net 2.2. Card authentication 3DES key number i Exchange of packages encrypted with 3DES-key Authentication Key 2.3. Write-read card Read-write commands Key

WORKING WITH MIFARE PLUS CARDS 3.1. Writing keys and initialization configuration to a blank card and confirming personalization Key numbers and initial Keys and initial Net 3.2. Card authentication Key number i, sector number for authentication Exchange of encrypted AES key messages Authentication Keys 3.3. Write-read card Key i number, sector number for exchange authentication on AES / MAC Keys
 
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