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Siemens AR6181-MX Installation And Configuration Manual Download Page 17

DIP switch settings 

 

DIP 7 

DIP 8 

Information to be read 

Card type 

on 

off 

ID number, BCD (4 bit) or 

ASCII

 (7 bit) coded data 

ISO14443A 

 

CerPass protocol (RS485) 

ID number 
ASCII format  
(7 bit) 

Max. 16 characters of information,  
transmitted as a 7 bit ASCII format 

UCI protocol (RS485) 

ID number 
BCD-format  
(4 bit) 

Max. 32 digits of information,  
transmitted as a 5 bit ABA format 

Clock/Data: Omron 

ID number 
BCD (4 bit) or 
ASCII (7 bit)  
format 

Transmitted as every 4 bit (half byte) in a 5 bit ABA format. ASCII formatted 
data will be transmitted in two halves (high/low half byte of ASCII character) 
means as two digits per char. 

Clock/Data: Wiegand 

ID number 
BCD (4 bit) or 
ASCII (7 bit)  
format 

Transmitted without conversion as bit stream of coded data 

Please note: 

Within this selection only ISO14443A cards with personalized application data 
within a sector/block or a block will be read.  

The ID number is an information written by the user into the read/write area of the 
qualified transponders / cards (Write areas sector/block or block within qualified 
transponders / cards). 

No reaction or malfunction will be at the reader AR6181-MX if other coded cards 
are presented. 

DIP 7 

DIP 8 

Information to be read 

Card type 

on on 

ID number, BCD (4 bit) or SIPASS (7 bit) coded data 

ISO14443A 

 

CerPass protocol (RS485) 

ID number 
BCD format  
(4 bit) 

Max. 16 numeric digits (value 0 . . . 9) of information,  
transmitted as a 7 bit ASCII format;  
Each digit is send as one numeric ASCII character 

UCI protocol (RS485) 

ID number 
ASCII format  
(7 bit) 

Max. 16 characters of information,  
transmitted as a 7 bit ASCII format, 
Option: Conversion of older SIPASS card format 

Clock/Data: Omron 

Impermissible 
 

 

Clock/Data: Wiegand 

Impermissible  

Please note: 

Within this selection only ISO14443A cards with personalized application data 
within a sector/block or a block will be read.  

The ID number is an information written by the user into the read/write area of the 
qualified transponders / cards (write areas sector/block or block within qualified 
transponders / cards).  

No reaction or malfunction will be at the reader AR6181-MX if other coded cards 
are presented. 

17 

Siemens Building Technologies

 

 

Fire & Security Products 

 

12.2004

 
 

Summary of Contents for AR6181-MX

Page 1: ...82 MX Card reader AR6181 MX AR6182 MX Installation and Configuration 6FL7170 8BK 6FL7170 8BL RS485 CerPass and UCI Protocol Clock Data Interface Omron and Wiegand Fire Security Products Siemens Building Technologies ...

Page 2: ...le to any third party without our prior express written authorization nor to use it for any purpose other than for which it was delivered to him Thank you for deciding to purchase the AR618x MX We hope you are completely satisfied with this product If you have any questions or comments please feel free to contact your local SIEMENS branch who will be happy to help The ID card readers AR6181 MX and...

Page 3: ...n transponder 20 8 2 1 Serial number 21 8 2 2 ID number 21 8 3 Data formats of the Transponder 22 8 3 1 BCD format 22 8 3 2 ASCII format 23 8 3 3 Wiegand format 23 9 Card reader configuration 24 9 1 Defining parameters 25 9 2 Launching the terminal program 25 9 3 Configuration mode of the Terminal program 27 9 3 1 Commands 29 9 3 1 1 Firmware new load 29 9 4 Reader interface 32 9 5 Output data for...

Page 4: ... 10 3 1 RS485 CerPass reader protocol 42 10 3 2 RS485 UCI reader protocol 43 10 3 3 Clock Data Omron interface 43 10 3 4 Clock Data Wiegand interface 43 10 4 Defining reading keys with Mifare Standard 1k and 4k 44 11 Appendix 45 11 1 Definition of Clock Data interfaces 45 11 1 1 Omron 5 bit Magstripe Track II 45 11 1 2 Wiegand 45 11 2 Dimensions for flush mounting 46 11 3 Dimensions for surface mo...

Page 5: ...es which are not sold or recommended by the manufacturer of the unit could cause fire electric shock or injury Therefore such measures will result in a renunciation of liability and the manufacturer will not accept any guarantee claims The manufacturer s guarantee terms in the version valid at the time of the sale are applicable to the unit No liability will be accepted for unsuitably or incorrect...

Page 6: ...ls TV sets etc as these devices might also affect the reading range If the card reader is mounted on metal walls or metallized glass surfaces the distance frame which is included in the delivery should be used Please take into account the reading range will thereby be reduced More information can be found in chapter 6 Installation Installation according to the type of protection IP 65 using the ga...

Page 7: ... B ISO14443B my C SLE66CL160S UID ISO15683 my D vicinity I Code SLI TagIT HFI STM LRI512 all UID Transducer 1 x multicolour LED red green orange 1 x buzzer Interfaces RS485 2 wire 9600 Baud 8 data bits 1 stop bit no parity Protocols UCI CerPass reader protocol Clock Data unidirectional CLS CLOCK DATA OMRON emulation Wiegand emulation DIP switch 8 address setting and operating mode Digital Inputs I...

Page 8: ...eaders of the same design should not be less than 30 cm Before final installation the planned installation site should be checked for suitability You can tell the direction of the distance frame or the bottom section of the housing from the inscription TOP The arrow must point upwards TOP Å Fig 1 Installation direction 6 1 Opening the housing If you attach the top section of the housing to the bot...

Page 9: ... terminal board Do not mount the unit to the wall before you have checked the set up works Remove the top section of the housing from the bottom section Screw the bottom section of the housing incl the snapped terminal board onto the base using 3 x 16 mm self tapping screws Plug the top section onto the bottom section of the housing In doing so insert the male connector of the reader electronics c...

Page 10: ... section of the housing from the bottom section Screw the bottom section of the housing incl the snapped terminal board onto the distance frame using 3 x 16 mm self tapping screws Plug the top section onto the bottom section of the housing In doing so insert the male connector of the reader electronics cleanly into socket connector X3 on the terminal board Screw in the safety screw on the undernea...

Page 11: ...r an installation with distance frame the gasket 1 is to be stuck on the back of this distance frame The position of the slits in the gasket has to correspond to the position of the screw holes in the housing The gasket 2 has to be stuck in the distance frame Fig 6 Installation with gasket 1 and 2 Gasket for the safety screw Whether the reader will be mounted with or without distance frame the gas...

Page 12: ...lock D0 DAT Data D1 IN1 LED green Buzzer short IN2 LED red Buzzer long Terminal must not be used risk of damage Tab 1 Terminal allocation on the terminal board LED red Access denied yellow Reader connected to power supply green Access permitted yellow flashing Reader connected to power supply reader will not be polled LED when Clock Data interface is used red Control via digital input IN2 e g acce...

Page 13: ...t the end of the bus i e on the last unit In order to do this a bridge needs to be set up between terminals 1 and 2 of terminal X2 see Fig 11 To operate the bus you need a controller with a terminating resistor and active termination see below Controller without terminating resistor R A T B AR 618x MX with active termination with terminating resistor B A X2 AR 618x MX X2 AR 618x MX X2 Fig 9 Operat...

Page 14: ...Address setting for RS485 bus operation 2 wire All card readers are issued with an individual address as shown in table 2 The address option of the reader interface and door controller must be considered Bus address DIP 1 DIP 2 DIP 3 DIP 4 0 15 1 16 off off off off 0 1 off off off on 1 2 off off on off 2 3 off off on on 3 4 off on off off 4 5 off on off on 5 6 off on on off 6 7 off on on on 7 8 on...

Page 15: ...interface and protocol selection The communication interface has to be selected either to communicate with intelligent controllers or via RS485 bus to connect to a reader interface or Clock Data interface Within the communication interface there are different protocols selectable DIP 4 DIP 5 DIP 6 Communication interface Protocol x off off RS485 bus operation UCI reader protocol x off on RS485 bus...

Page 16: ...formation please refer to 8 1 Qualified transponder types ID cards DIP 7 DIP 8 Information to be read Card type off on ID number Wiegand format compliant ISO14443A CerPass protocol RS485 ID number Wiegand format Interpretation of Wiegand format to max 13 characters transmitted as an ASCII format UCI protocol RS485 ID number Wiegand format Interpretation of Wiegand format to max 13 digits character...

Page 17: ...ards Write areas sector block or block within qualified transponders cards No reaction or malfunction will be at the reader AR6181 MX if other coded cards are presented DIP 7 DIP 8 Information to be read Card type on on ID number BCD 4 bit or SIPASS 7 bit coded data ISO14443A CerPass protocol RS485 ID number BCD format 4 bit Max 16 numeric digits value 0 9 of information transmitted as a 7 bit ASC...

Page 18: ...code SLI Tag IT HFI LRI512 STM What is to be read Serial number Data from block direct Data from sector block direct Data from block via MAD direct Where are the data located Data in block x starting at y Data in block z via MAD addressed with AID What is the data format Binary BCD 4 bit half byte ASCII 7 bit Wiegand format Which reader interface RS485 CerPass reader protocol UCI reader protocol C...

Page 19: ...AD SLE66R35 mifare Infineon 4 16 byte 1 Mifare block after authentication with KeyA or KeyB Direct indirect MAD Mifare UltraLight MF0 IC U1 Philips 7 16 byte 4 consecutive pages at 4 bytes each Direct Mifare DESfire MF3 IC D40 Philips 7 my D proximity SLE55Rxx Infineon 4 16 byte 2 consecutive blocks at 8 bytes each in public mode Direct Note If UID is greater than 40 bits 5 bytes the part to be an...

Page 20: ... 8 bit 1 byte fixed hex value Note If UID is greater than 40 bits 5 bytes the part to be analyzed has to be selected accordingly see configuration parameters C05 C06 in chapter 10 1 Config or ConfigCard parameters 8 2 Information on transponder The following information can be read from the transponder Serial number for more information please refer to chapter 8 2 Data from block direct e g ID num...

Page 21: ...re required when using the serial number UID_OUT With UID_START higher order half byte and UID_LNG lower order half byte start byte at which the serial number is used and number of bytes of the serial number max 5 bytes 40 bit UID_OUT 0x05 Use start at byte 0 and 5 byte 40 lowest order bits of the serial number e g Mifare UltraLight 0x04 Use start at byte 0 and 5 byte 32 lowest order bits of the s...

Page 22: ...ctive parameters are listed in the individual chapters 8 3 Data formats of the Transponder The following data formats of the transponder can be used Serial number Binary max 40 bits 5 byte ID number BCD 4 bit format ASCII 7 bit format Wiegand format 8 3 1 BCD format The BCD format consists of numerical values 0 9 and uses a half byte each 4 bit Two values each are saved in one byte of the ID card ...

Page 23: ...31 32 33 34 35 36 37 38 39 30 31 32 33 34 36 Hex Configuration UCI CODING 1 SIPASS Format The data stored on the ID card are max 16 bytes ASCII x x x x A P D 1 2 3 4 5 6 x x V x Not relevant APD APD number 1 6 ID card number V Version number Data are transferred as 0 0 S 0 0 0 0 0 A P D 1 2 3 4 5 6 V 0 0 0 Underlined values are fixed values added by readers S 53hex 8 3 3 Wiegand format The Wiegand...

Page 24: ...to your PC Use serial communication line COM1 2 a converter RS485 232 and a connecting cable 24 RS485 RS232 AR6181 MX 9 V power adapter 12 V power adapter Power supply A B Wall power supply plug Mains power supply Terminal 1 12 V Terminal 2 GND R A T B RS232 1 1 cable COM1 PC The special configuration mode can be reached with the following DIP settings In this position no cards will be read or any...

Page 25: ...4k 9 2 Launching the terminal program The program HyperTerminal is a component of the Windows operating system Use the configuration mode and HyperTerminal to exchange data with the reader AR618x MX In order to be able to use HyperTerminal in the configuration mode the following settings depicted below are required 1 Launch the terminal program via the Windows Start menu and then select Programs A...

Page 26: ... 3 Confirm by clicking on OK Now select the following parameters Bits per second 9600 Data bits 8 Parity None Stop bits 1 Flow control None 4 Confirm by clicking on OK HyperTerminal has been started successfully 26 Siemens Building Technologies Fire Security Products 12 2004 ...

Page 27: ...hapter 9 2 Launching the terminal program 2 Select Properties from the File menu The following dialog box opens Select the following parameters on the Settings tab 3 Click on The following dialog box opens Specify the following parameters in the dialog box 27 Siemens Building Technologies Fire Security Products 12 2004 ...

Page 28: ...ollowing dialog box opens Select the desired file which you have edited Please see chapter 9 1 Defining parameters 5 Click on the Open button The following dialog box opens The data were then successfully loaded 28 Siemens Building Technologies Fire Security Products 12 2004 ...

Page 29: ...mware into your reader More information can be found in chapter 9 3 1 1 Example UPLOAD command to read the configuration parameters from the card reader 9 3 1 1 Firmware new load Prerequisite DIP switches 5 and 6 must be in ON position 1 Start the program HyperTerminal See also chapter 9 2 Launching the terminal program 2 Enter the command FIRMWARE The message START BOOTLOADER is displayed see fig...

Page 30: ...licking on OK The following dialog box opens Now select the following parameters Bits per second 38400 Data bits 8 Parity None Stop bits 1 Flow control None 5 Confirm by clicking on OK 6 After pressing the Return key the following message is displayed 7 Enter the command FLASHALL 30 Siemens Building Technologies Fire Security Products 12 2004 ...

Page 31: ... period the characters C and will appear at intervals of 5 seconds If no mhx file is sent within these 2 minutes the message ERROR 1 will appear and the command FLASHALL will have to be entered once more Do not disconnect the reader 8 Select Send File from the Transfer menu The following dialog box opens Enter the desired file into the filename field and Xmodem into the Protocol field 9 Click on S...

Page 32: ...ces of the reader Depending on the interface used certain transfer formats and data formats have to be applied For more information please refer to chapter 10 2 Combination options Available interfaces see chapter 6 RS485 CerPass reader protocol Data format ASCII UCI reader protocol Data format BCD ASCII Clock Data Omron Data format ABA coded 5 bit Wiegand Wiegand format Data 1 1 9 5 Output data f...

Page 33: ...00 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00 0x00 Listed values are default values factory settings of the reader AR618x MX C00 CARD_TEC Card technology defines which transponder types or standards are processed by the reader A Drivers for transponders acc to ISO IEC 14443 A 0 Deactivates drivers for transponders acc to ISO IEC 14443 A 1 Activates drivers for transponders acc to ISO IEC 14443 A...

Page 34: ...E key or when number PIN digits has been reached If no PIN is entered but E is used to confirm only the card data are sent 0x03 Special mode Keys E and C are special cases First E then card or PIN then E then card The letter B 0x42 is then listed in the transaction telegram after the PIN First C then card or PIN then C then card The letter A 0x41 is then listed in the transaction telegram after th...

Page 35: ... 0x80 Start bit digit card number 0x00 Funktion disabled WG_CN_ee 0x01 0x80 End bit digit card number 0x00 Funktion disabled WG_CN_nn 0x01 0x10 Number of BCD digits for conversion incl leading zeros WG_EV_ss 0x01 0x80 Start bit digit for even parity bit generation 0x00 Funktion disabled WG_EV_ee 0x01 0x80 End bit digit for even parity bit generation 0x00 Funktion disabled WG_EV_pp 0x01 0x80 Bit po...

Page 36: ...bered consecutively Direct access to Mifare Standard MF_KEY_TYPE 0x00 Defining KeyA for reading 0x01 Defining KeyB for reading MF_KEY_NO 0x00 0x1F Reading key key number used to read a Mifare sector MF_BLOCK 0x00 0xFF Mifare Standard block address block 3 of a sector safety block is not counted Indirect access via MAD in Mifare Standard MF_KEY_TYPE 0x00 Defining KeyA for reading 0x01 Defining KeyB...

Page 37: ...PATTERN Output format UCI CODING default 0 PIN PIN_MODE PIN_BUF default 7 General CARD_TEC TAG_BEEP TAG_LED CONFIG_CARD Transferred ID card data UCI_CODING 0 Card number in BCD ABA format 13 digits aligned right with leading zeros With PIN code No separator between data and PIN UCI CODING 1 Card number in ASCII SIPASS format 13 digits aligned right with leading zeros With PIN code Separator betwee...

Page 38: ...CARD_TEC TAG_BEEP TAG_LED CONFIG_CARD A_ID MF_BLOCK MF_KEY_TYPE MF_KEY_NO Mifare Standard MF_UL_BLOCK Mifare UltraLight SL_BLOCK my D proximity Transferred ID card data 16 characters in ASCII format of which 13 are ID card number characters aligned left filled with zeros 0x30 telegram identifier Kg PIN see Setting PIN input CerPass Reader Protocol in chapter 10 3 1 10 2 6 ID number ASCII format RS...

Page 39: ...MAD MF_BLOCK PIN PIN_MODE PIN_BUF default 7 General CARD_TEC TAG_BEEP TAG_LED CONFIG_CARD A_ID MF_BLOCK MF_KEY_TYPE MF_KEY_NO Mifare Standard MF_UL_BLOCK Mifare UltraLight SL_BLOCK my D proximity Transferred ID card data 16 characters in ASCII format of which 13 are ID card number characters aligned left filled with zeros 0x30 PIN see Setting PIN input UCI Reader Protocol in chapter 10 3 2 10 2 9 ...

Page 40: ...ifier Kg PIN see Setting PIN input CerPass Reader Protocol in chapter 10 3 1 10 2 11 ID number Wiegand format RS485 UCI reader protocol The ID number card number personalized in Wiegand format is transferred DIP switch DIP1 DIP4 reader address DIP5 DIP6 0 DIP7 1 DIP8 0 Parameter Transponder WG_CC_ss WG_CC_ee WG_CC_nn WG_FC_ss WG_FC_ee WG_FC_nn WG_CN_ss WG_CN_ee WG_CN_nn WG_EV_ss WG_EV_ee WG_EV_pp ...

Page 41: ...rd number personalized in Wiegand format is transferred DIP switch DIP1 DIP3 off DIP4 1 DIP5 1 DIP6 0 DIP7 0 DIP8 1 Parameter Transponder WG_CC_ss WG_CC_ee WG_CC_nn WG_FC_ss WG_FC_ee WG_FC_nn WG_CN_ss WG_CN_ee WG_CN_nn WG_EV_ss WG_EV_ee WG_EV_pp WG_OD_ss WG_OD_ee WG_OD_pp Direct MF_BLOCK or MF_UL_Block or SL_BLOCK Indirect MF_MAD MF_AID1 MF_AID0 Mifare MAD MF_BLOCK PIN PIN_MODE PIN_BUF default 6 G...

Page 42: ...cess differs from the one described here are described below with the individual settings 10 3 1 RS485 CerPass reader protocol PIN_MODE 0x00 PIN before transponder PIN input and completion with E key PIN code as ID card number telegr identifier Kg PIN input and transponder within 10 seconds ID card number with PIN code telegr identifier Hk 0x02 Transponder before PIN Transponder LED flashes green ...

Page 43: ... key followed by transponder ID card number with PIN code and identifier B in PIN buffer C key followed by transponder ID card number with identifier A 0x41 in PIN buffer Pin input C key followed by transponder ID card number with PIN code and identifier A in PIN buffer PIN input and transponder without E or C key ID card number with PIN code corresp with PIN_MODE 0x00 PIN_BUF 0x00 Only E key ID c...

Page 44: ...A4 A5 0 1 2 3 4 5 Mifare reading key no xx Kxx Key00 0xA0 0xA1 0xA2 0xA3 0xA4 0xA5 The access key for the MAD addressed block has to be configured additionally This access key can be freely assigned by the user or is defined when the ID cards are generated and personalized into the described cards 0 1 2 3 4 5 Mifare reading key no yy Kyy Key00 0xaa 0xbb 0xcc 0xdd 0xee 0xff With Mifare cards a corr...

Page 45: ...tion According to ISO7811 2 Track 2 start sentinel data stop sentinel LRC Data format 5 bit 4 Data bits 1 parity 11 1 2 Wiegand Signal diagram 45 CLOCK DATA0 DATA DATA1 CLS tv ts 1 1 1 0 0 0 tn tn 1 ms tv ts 10 12 ms Structure of information The characters digits read out of cards transponder will be transmitted directly 1 1 no change without adding any information frames If there is a special for...

Page 46: ...Appendix 11 2 Dimensions for flush mounting All dimensions in mm 46 Siemens Building Technologies Fire Security Products 12 2004 ...

Page 47: ...Appendix 11 3 Dimensions for surface mounting with distance frame All dimensions in mm 47 Siemens Building Technologies Fire Security Products 12 2004 ...

Page 48: ...2 0 30 1E 10 0 7 07 2 1 31 1F 10 1 8 08 2 2 32 20 10 2 9 09 3 0 33 21 11 0 10 0A 3 1 34 22 11 1 11 0B 3 2 35 23 11 2 12 0C 4 0 36 24 12 0 13 0D 4 1 37 25 12 1 14 0E 4 2 38 26 12 2 15 0F 5 0 39 27 13 0 16 10 5 1 40 28 13 1 17 11 5 2 41 29 13 2 18 12 6 0 42 2A 14 0 19 13 6 1 43 2B 14 1 20 14 6 2 44 2C 14 2 21 15 7 0 45 2D 15 0 22 16 7 1 46 2E 15 1 23 17 7 2 47 2F 15 2 48 Siemens Building Technologie...

Page 49: ...Appendix 11 5 EC Declaration of Conformity 49 Siemens Building Technologies Fire Security Products 12 2004 ...

Page 50: ...4443A B Proximity read range 19 Config parameters 19 20 25 33 ISO15693 Vicinity read range 20 C00 33 L C01 34 LED 12 C02 35 O C03 35 C04 36 Output data formats 32 C05 36 P C06 36 ConfigCard parameters 33 PIN code 42 Configuration Power supply 13 Card reader 24 Protocol selection 15 Configuration mode R HyperTerminal 27 Reader interface 32 Configuration parameters 33 Reading key 25 44 Connecting 12...

Page 51: ......

Page 52: ...sruhe www sbt siemens com 2004 Copyright by Siemens Building Technologies AG Data and design subject to change without notice Supply subject to availability Printed in the Federal Republic of Germany on environment friendly chlorine free paper Dokument Nr A24205 A335 B249 Ausgabe 12 2004 ...

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