Satel ETHM-1 - Manual (Page 13)

SATEL 2014-04-02
0xE8 user DALLAS/proximity card/key fob managing:
Read card/DALLAS list: + 4/8 bytes - user code (see example for 0xE0)
+ 1 byte
- '0' (ASCII 48 char)
Function result - 64 bytes:
1 byte - 0xE8
1 byte - '0'
31 bytes - proximity card list
31 bytes - DALLAS list
Read user proximity card: + 4/8 bytes - user code (see example for 0xE0)
+ 1 byte
- '1' (ASCII 49 char)
+ 1 byte - user number (1..248) which proximity card to read
Function result - 8 bytes:
1 byte - 0xE8
1 byte - '1'
1 byte - user number
5 bytes - proximity card number
Write user proximity card: + 4/8 bytes - user code (see example for 0xE0)
+ 1 byte
- '2' (ASCII 50 char)
+ 1 byte - user number (1..248) which proximity card to write
+ 5 bytes - proximity card number
Read user DALLAS: + 4/8 bytes - user code (see example for 0xE0)
+ 1 byte
- '3' (ASCII 51 char)
+ 1 byte - user number (1..248) which DALLAS to read
Function result - 9 bytes:
1 byte - 0xE8
1 byte - '3'
1 byte - user number
6 bytes - DALLAS number
Write user DALLAS: + 4/8 bytes - user code (see example for 0xE0)
+ 1 byte
- '4' (ASCII 52 char)
+ 1 byte - user number (1..248) which DALLAS to write
+ 6 bytes - DALLAS number
Read user INT-RX key fob: + 4/8 bytes - user code (see example for 0xE0)
+ 1 byte
- '7' (ASCII 55 char)
+ 1 byte - user number (1..248) which INT-RX key fob to read
Function result - 14 bytes:
1 byte - 0xE8
1 byte - '7'
1 byte - user number
4 bytes - INT-RX key fob 28-bit serial number (high..low)
6 bytes - settings of key presses (zones number to violate in INTEGRA panel)
1 byte - bit list of keys that generate no events
Write user INT-RX key fob: + 4/8 bytes - user code (see example for 0xE0)
+ 1 byte
- '8' (ASCII 56 char)
+ 1 byte - user number (1..248) which INT-RX key fob to write
+ 4 bytes - INT-RX key fob 28-bit serial number (high..low)
+ 6 bytes - settings of key presses (zones number to violate in INTEGRA panel)
+ 1 byte - bit list of keys that generate no events
Read user ABAX key fob: + 4/8 bytes - user code (see example for 0xE0)
+ 1 byte
- '9' (ASCII 57 char)
+ 1 byte - user number (1..248) which ABAX key fob to read
Function result - 14 bytes:
1 byte - 0xE8
1 byte - '9'
1 byte - user number
3 bytes - ABAX key fob 20-bit serial number (high..low)
6 bytes - settings of key presses (zones number to violate in INTEGRA panel)
1 byte - bit list of keys that generate no events
1 byte - bit list (max. three '1's) of INTEGRA output status used as acknowledge
Write user ABAX key fob: + 4/8 bytes - user code (see example for 0xE0)
+ 1 byte
- 'A' (ASCII 41 char)
+ 1 byte - user number (1..248) which ABAX key fob to write
+ 3 bytes - ABAX key fob 20-bit serial number (high..low)
+ 6 bytes - settings of key presses (zones number to violate in INTEGRA panel)
+ 1 byte - bit list of keys that generate no events
+ 1 byte - bit list (max. three '1's) of INTEGRA output status used as acknowledge
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