Siemens AR6181-MX Installation And Configuration Manual page 34

Configuration parameters
UCI_Coding UCI reader protocol, UID and ID number
0x00
0x01
TAG_BEEP 0x00
0x02 ... 0xFF
TAG_LED 0x00
0x02 ... 0xFF
PIN_MODE 0x00
0x01
0x02
0x03
PIN_BUF
0x00
0x01 ... 0x08
ID_START 0x00 ... 0x1F
ID_LEN 0x01 ... 0x20
34
Siemens Building Technologies
Fire & Security Products
C01
CSN: ABA code, ID No.: ASCII code
CSN: SIPASS code, ID No.: SIPASS card format
No acoustic signal with detected transponder
x number of timer ticks per 10ms
No LED off flash
x 10 ms switch off LED
PIN before card
Enter PIN and confirm with <E>; the entered PIN is transferred
PIN is entered, but not confirmed with <E>; a card has to be read within 10 sec In this case,
the card works analog to the <E> key
ID mode:
Enter PIN and confirm with <E>; PIN is aligned left and transferred in the UCI protocol
instead of the card data
Input: 1,2,3,4 E Output: 1 2 3 4 0 0 0 0 0 0 0 0 0 0 0
Card before PIN
After a card has been read, a PIN can be entered within the started waiting time of 10 sec.
Transfer with 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.
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 the PIN
Definition of the max. number of PIN digits
Note: In PIN:MODE 0x03 the keys are not part of the PIN.
Default buffer length, depending on interface:
Configuration
RS485, UCI reader protocol
RS485, CerPass reader protocol
Clock/Data, Wiegand
Clock/Data, Omron
Parameters to change number of PIN digits
First data nibble to be transferred from the ID number (with ASCII data, the values have to be
divisible by 2)
Number of data nibbles to be transferred (with ASCII data, the values have to be divisible by 2)
PIN digits
7
6
8
8
12.2004