ANPR LUMO
| installation guide
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7.3.7
SERIAL
With this action you can send a message through the RS485 port
BAUD RATE
The baud rate of the serial message, default 115200
MESSAGE
The composed message for the action using the message placeholders, see appendix A.
7.3.8
SERIAL OSDP
With this action you can send an OSDP message through the RS485 port.
OSDP communication mode must be enabled in SYSTEM SETTINGS - SERIAL SETUP. See page 37.
MESSAGE
The composed message for the action using the message placeholders, see appendix A.
The ANPR LUMO will send the message data in raw bit array format (OSDP_RAW).
The data report will be sent in response to a poll command (OSDP_POLL).
7.3.9
WIEGAND 26
The license plate will be converted using the Wiegand 26 bit SHA-1 security hashing algorithm.
Wiegand 26-bit SHA-1 conversion procedure:
1)
Receive license plate message hk 55 evb
2)
Turn into upper case HK 55 EVB
3)
Remove spaces HK55EVB
4)
Calculate SHA-1 digest A44F633C 8A6D1581 50CCEB3E F83D9DE0 BA80CF15
5)
Truncate. Keep least significant 24-bits A80CF15
6)
Add parity bits according to Wiegand 26-bit format
7.3.10
WIEGAND 64
The license plate will be converted to a Wiegand 64-bit format.
In this mode, every received license plate message is converted to a Wiegand 64-bit
The first four bits are always 0110.
Next 10 groups of 6 bits. Each 6-bit group contains a license plate character. See
character conversion table below.
If the license plate string contains less than 10 characters, the first groups are «
empty » (= 000000).
If a character is not found in the conversion table, then the conversion uses
« other » (=111111)
CHAR 6-BIT
CHAR 6-BIT
CHAR 6-BIT
CHAR
6-BIT
'0'
010000 'A'
011010 'K'
100100 'U'
101110
'1'
010001 'B'
011011 'L'
100101 'V'
101111
'2'
010010 'C'
011100 'M'
100110 'W'
110000
'3'
010011 'D'
011101 'N'
100111 'X'
110001
'4'
010100 'E'
011110 'O'
101000 'Y'
110010
