industrie technik evolution AHU-XXXSX1 series, User Manual

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Register Description Default Min Max R/W
9146
ANALOG_OUTPUT1_FUNC → Analogue output operation 1 (models AHU-
4xxSx1 excluded)
0=not used
1=supply fan output
2=extraction fan output
3=heating valve output for 2/4-pipe appliances
4=cooling valve output for 2/4-pipe appliances
5=mixed-use valve output for 2-tube appliances
6=modulating electrical resistance output
7=post-heating valve output
8=post-heating electrical resistance output
9=modulating damper output
10=modulating humidifier
11=modulating dehumidifier
12=modulating rotary heat exchanger
13=modulating bypass damper for heat exchanger
030
0 0 13 R/W
9147
ANALOG_OUTPUT2_FUNC → Analogue output operation 2 (models AHU-
2xxSx1, AHU-4xxSx1 excluded)
0=not used
1=supply fan output
2=extraction fan output
3=heating valve output for 2/4-pipe appliances
4=cooling valve output for 2/4-pipe appliances
5=mixed-use valve output for 2-tube appliances
6=modulating electrical resistance output
7=post-heating valve output
8=post-heating electrical resistance output
9=modulating damper output
10=modulating humidifier
11=modulating dehumidifier
12=modulating rotary heat exchanger
13=modulating bypass damper for heat exchanger
031
0 0 13 R/W
9148
ANALOG_OUTPUT3_FUNC
→ Analogue output operation 3 (models AHU-
1xxSx1, AHU-2xxSx1, AHU-3xxSx1, AHU-4xxSx1 excluded)
0=not used
1=supply fan output
2=extraction fan output
3=heating valve output for 2/4-pipe appliances
4=cooling valve output for 2/4-pipe appliances
5=mixed-use valve output for 2-tube appliances
6=modulating electrical resistance output
7=post-heating valve output
8=post-heating electrical resistance output
9=modulating damper output
10=modulating humidifier
11=modulating dehumidifier
12=modulating rotary heat exchanger
13=modulating bypass damper for heat exchanger
032
0 0 13 R/W
9149 Reserved address
9150 COR_INT_TEMP → Correction of internal temperature (Δ°C [Δ°F])
(Note1)
101
0 -50 [-90] 50 [90] R/W
9151 COR_INT_HUM → Correction of internal humidity detected
(Note2)
102
0 -100 100 R/W
9152 COR_REM_AI1 → Correction of temperature AI1 (Δ°C [Δ°F])
(Note1)
103
0 -50 [-90] 50 [90] R/W
9153 COR_REM_AI2 → Correction of temperature AI2 (Δ°C [Δ°F])
(Note1)
104
0 -50 [-90] 50 [90] R/W
9154 COR_REM_AI3 → Correction of temperature AI3 (Δ°C [Δ°F])
(Note1)
105
0 -50 [-90] 50 [90] R/W
9155
WEIGHT_REM_AIR → Weighting % of the remote control sensor in relation
to the internal sensor (if
019
=1 (AI1) or
021
=1 (AI2) or
023
=1 (AI3))
106
0 0 100 R/W
9156
BASIC_HEAT_SET → Heating setpoint for control without compensation
(°C [°F])
(Note1)
107
200 [68]
111 110
R/W
9157
BASIC_COOL_SET → Cooling setpoint for control without compensation
(°C [°F])
(Note1)
108
250 [77]
113 112
R/W
9158
BASIC_SET_4_PIPE → Setpoint for 4-pipe control without compensation
(°C [°F])
(Note1)
109
210 [70]
111 110
R/W
9159
DEV_SET_UPWARD_HEAT
→ Maximum heating control setpoint value (°C
[°F])
(Nota1)
110
400 [104]
111
500 [122] R/W
9160
DEV_SET_DOWNWARD_HEAT
→ Minimum heating control setpoint value
(°C [°F])
(Note1)
111
60 [43] 60 [43]
110
R/W
9161
DEV_SET_UPWARD_COOL → Maximum cooling control setpoint (°C [°F])
(Note1)
112
400 [104]
113
500 [122] R/W
9162
DEV_SET_DOWNWARD_COOL → Minimum cooling control setpoint
(°C [°F])
(Note1)
113
60 [43] 60 [43]
112
R/W