industrie technik Evolution AHU-***S*1 series, Руководство пользователя

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Register Description Default Min Max R/W
9228 SET_POST_HEATING
o
3RVWKHDWLQJVHWSRLQWǻƒ&>ǻƒ)@
(Note1)
179 240[75] 50 [41] 500 [122] R/W
9229
HYST_POST_HEATING
o
3RVWKHDWLQJSURSRUWLRQDOEDQGRUK\VWHUHVLV
ǻƒ&>ǻƒ)@
(Note1)
180 20 [36] 5 [10] 50 [90] R/W
9230
SET_EXCHANGER
o
'LIIHUHQWLDOVHWSRLQWIRUKHDWH[FKDQJHU.ƒ&>ƒ)@
(Note1)
181
20 [36] 5[10] 100 [180]
R/W
9231 HYST_EXCHANGER
o
+\VWHUHVLVIRUKHDWH[FKDQJHU.ƒ&>ƒ)@
(Note1) 182 5[10] 5[10] 181 R/W
9232
SPEED_MIN_EXCHANGER
o
0LQLPXP VSHHG RI PRGXODWLQJ URWDU\ KHDW
H[FKDQJHU
183 0 0 184 R/W
9233
SPEED_MAX_EXCHANGER
o
0D[LPXPVSHHGRIPRGXODWLQJURWDU\KHDW
H[FKDQJHU
184
100
183
100 R/W
9234
SET_ANTIFROST_EXCHANGER
o
6HWSRLQW IRU IURVW SURWHFWLRQ KHDW
H[FKDQJHUƒ&>ƒ)@
(Note1)
185 50 [41] 40 [39] 100 [50] R/W
9235
ACTION_EXCHANGER_FROST
o
$FWLRQ LQ FDVH RI IURVW SURWHFWLRQ KHDW
H[FKDQJHUDODUP
UHGXFWLRQRIWKHVXSSO\IDQVSHHG
E\SDVVRIWKHKHDWH[FKDQJHU
DFWLYDWLRQRISUHKHDWLQJHOHFWULFDOUHVLVWDQFHRIWKHKHDWH[FKDQJHU
UHGXFWLRQRIWKHVXSSO\IDQVSHHGDQGE\SDVVRIWKHKHDWH[FKDQJHU
UHGXFWLRQRIWKHVXSSO\IDQVSHHGDQGDFWLYDWLRQRISUHKHDWLQJHOHFWULFDO
UHVLVWDQFHRIWKHKHDWH[FKDQJHU
186 0 0 4 R/W
9236
SPEED_REDUCTION_EXCHANGER_FROST
o
Percentage reduction of
VXSSO\IDQVSHHGUHODWLYHWRWKHH[WUDFWLRQIDQ
187 10 0 100 R/W
9237
AUTHORIZE_ANTIFROST_FUNCTION
o
$FWLYDWLRQRIIURVWSURWHFWLRQKHDW
battery
0=frost protection not enabled
1=frost protection enabled
188
0 0 1 R/W
9238
BASIC_SET_ANTIFROST
o
6HWSRLQWIRUIURVWSURWHFWLRQKHDWEDWWHU\
(°C
[°F])
(Note1)
189 50 [41] 40 [39] 100 [50] R/W
9239
HYST_ANTIFROST
o
+\VWHUHVLVRIIURVWSURWHFWLRQKHDWEDWWHU\.ƒ&>ƒ)@
(Note1)
190 20[36] 20[36] 100 [180] R/W
9240
POS_COOLING_VALVE_ANTIFROST
o
Percentage of cooling valve
RSHQLQJLQFDVHRIIURVWSURWHFWLRQKHDWEDWWHU\DODUP
191
0 0 100 R/W
9241 MAX_HOUR_FAN_RUN
o
KRXUVFRXQWHURIIDQRSHUDWLRQ
192 2000 0 9990 R/W
9242
VISU_TYPE_FIST_DISP
o
Value displayed on display A
0=internal sensor temperature
1=external sensor temperature
AI1
2=external sensor temperature AI2
3=external sensor temperature AI3
4=control temperature (see
³&RQWUROVHQVRUV´SDJH
16
5=
LQWHUQDOKXPLGLW\UHDGLQJIRU
AHU-xxxSH1 models only)
6=operating temperature setpoint (see
³ 2SHUDWLQJ VHWSRLQW HFRQRP\
%2267KROLGD\PRGHV´SDJH
17 )
7=supply setpoint calculated in cascade control mode
8=
operating
KXPLGLW\VHWSRLQW
9=value of output 0..10 V AO1 (V)
10=value of output 0..10 V AO2 (V)
11=value of output 0..10 V AO3 (V)
193 0 0 11 R/W
9243
VISU_TYPE_SECOND_DISP
o
Value displayed on display B
0=internal sensor temperature
1=external sensor temperature
AI1
2=external sensor temperature AI2
3=external sensor temperature AI3
4=control temperature (see
³&RQWUROVHQVRUV´SDJH
16
5=
LQWHUQDOKXPLGLW\UHDGLQJIRU
AHU-xxxSH1 models only)
6=operating temperature setpoint (see
³ 2SHUDWLQJ VHWSRLQW HFRQRP\
%2267KROLGD\PRGHV´SDJH
17 )
7=supply setpoint calculated in cascade control mode
8=
operating
KXPLGLW\VHWSRLQW
9=value of output 0..10 V AO1 (V)
10=value of output 0..10 V AO2 (V)
11=value of output 0..10 V AO3 (V)
FXUUHQWKRXUPLQXWHV
WRWDOKRXUVRIIDQRSHUDWLRQ
14=value of input AI3
FRQ¿JXUHGDV9LQSXW
15=display B off
ÀRZUDWHP
3
KRXU
194 12 0 16 R/W
9244
FUNCTION_RIGHT_KEY
o
MODE button functionality
ORFDOFKDQJHRIVHDVRQLIDVHDVRQFKDQJHFRQWDFWLVQRWXVHG
1=timer extension.
RSHUDWLQJPRGHQRUPDOXVLQJWKHWLPHSHULRGVRU³QRQRFFXSLHGKROLGD\´
195 1 0 2 R/W