
9
CARLO GAVAZZI
CONTROLS
SERIAL COMMUNICATION PROTOCOL
WM24-96
V1 R0
Page
2.2 ALARM, STATUS, METER VALUES MAP (RAM, PAGE 0)
ADDRESS BYTE VARIABLE Type ADDRESS BYTE VARIABLE Type
1 st_in1 S 4 varh (t3) E
00B4 1 st_out S 4 m
3
water tot M
00CF 1 Reserved
4 m
3
gas night M
4 Wh (t2)x E
4 Wh (t4) E
4 varh l+ E 00FC 4 varh (t4) E
4 varh (t2) E
4 varh L- E
4 Wh (t3) E
4 m
3
gas tot M
00F0*
4 m
3
gas day M
NOTE *: the variable stored in this address is depending on the parameter “counter”.
The contents of the S-type variables and the meaning of every byte are explained in the following
paragraphs.
2.2.1 st_in1: modules identification and programming enable
bit 7
bit 5 bit 4 bit 3 bit 2 bit 1 bit 0
R R R R R R IN_CFOUT IN_ENPGM
R = Reserved.
IN_ENPGM = Programming:
0 = disabled
1 = enabled
IN_CFOUT = Digital output module:
0 = present
1 = not present
2.2.2 st_out: digital input and output status
bit 7 bit 6 bit 5 bit 4 Bit 3 bit 2 bit 1 bit 0
R R
R = Reserved.
OUT_LOGICO1 = Alarm 1 status (independent from “delay”):
0 = Alarm OFF
1 = Alarm ON
OUT_LOGICO2 = Alarm 2 status (independent from “delay”):
0 = Alarm OFF
1 = Alarm ON
OUT_FISICO1 = Alarm 1 status:
0 = Alarm OFF
1 = Alarm ON
OUT_FISICO2 = Alarm 2 status:
0 = Alarm OFF
1 = Alarm ON
READ_IN3 = Digital input 3 status (0 = open; 1 = closed)
READ_IN2 = Digital input 2 status (0 = open; 1 = closed)
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