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BC-HM
VI.72.M4.02
Danfoss 11/97
37
Row
←
(–) Column 0-4 (+)
→
0-9
0
1
2
3
4
0
P0.0
P0.1
P0.2
P0.3
P0.4
Status
Software
System
Time switch
Slave
generation
number
channel select
adress
F: 3
F: 0.0
F: 15
1
P1.0
P1.1
P1.2
P1.3
P1.4
S1 actual
S1 reference
Total stop
Balance
Motor
flow
flow
F: 0
temperature
constant
temperature
temperature
F: 60 °C
F: 120 s
2
P2.0
P2.1
P2.4
S2 actual
S2 reference
X
p
- propor-
room
rumtemperatur
tional band
temperature
F: 70 K
3
P3.0
P3.1
P3.4
S3 actual
S3 reference
T
n
- integra-
temperature
frost temp.
tion time
F: 2 °C
F: 20 s
4
P4.0
P4.1
P4.2
P4.3
P4.4
S4 actual
S4 returbegr.
Return limit
Warm-start
N
z
-
return
max./min.
amplification
delay time
neutral zone
temperature
F: 40 °C
F: -4 times
F:180 s
F: 3 K
5
P5.0
P5.3
P5.4
S5 actual
S5 scale mid-
Tmax. flow
ext. setpoint
point for ext.
temperature
setpoint
F: 90 °C
F: 50/20 °C
6
P6.0
P6.2
P6.3
P6.4
S6 actual
Compensation
Compensation
Tmin flow
temperature
base point
I
factor
I
temperature
F: 5 °C
F: 0 times
F: 30 °C
7
P7.0
P7.1
P7.2
P7.3
P7.4
S1 actual
Alarm code
Compensation
Compensation
K
p
- propor-
room
base point
II
factor
II
tional factor
temperature
F: 25 °C
F: 0 times
F: 5 times
8
P8.0
Normal
room
temperature
Settings in connection with sensors S3, S4 and S6,
F: 20 °C
and ext. setpoint S5
9
P9.0
F:
Factory setting
Reduced
room
temperature
F: 15 °C
Factory settings - System 3
For further information see page 15 to 21.
Summary of Contents for EPU 2370
Page 24: ...24 VI 72 M4 02 Danfoss 11 97 BC HM Wiring diagram System types 1 A 1 B and 1 C...
Page 28: ...28 VI 72 M4 02 Danfoss 11 97 BC HM Wiring diagram System types 1 D and 1 E...
Page 32: ...32 VI 72 M4 02 Danfoss 11 97 BC HM Wiring diagram System types 2 A and 2 B...
Page 36: ...36 VI 72 M4 02 Danfoss 11 97 BC HM Wiring diagram System type 3...
Page 40: ...40 VI 72 M4 02 Danfoss 11 97 BC HM Wiring diagram System types 4 A and 4 B...