21. SCHÉMA DE BRANCHEMENT ÉLECTRIQUE
21.1. RIS 700 HE EKO 3.0
BOOST
START-NC
STOP-NO
Fan fall
1.2W max
24VDC
Fan run
1.2W max
24VDC
X16
RIS 400-700 H EKO 3.0 v2019.06
WH(BK)
Lin
PWM
A1
RD
Lout
0
A2
GN(BU)
TK
YE
TK
X29.2
6
7
8
9
X22.2
6
7 8
9
LOW
X32.1
X8
COM X32.4
X10
AC.N
X35.2
PUMP
X35.1
B.0.10
X33.14
COM
X33.13
MIDL
X32.2
HIGH
X32.3
N
TIME
X33.15
L
COM
X33.2
X37.2
CHIL
X33.9
COM X33.10
X37.4
ALARM X33.11
X37.3
COM
X33.18
X33.3
ANTI.F
X33.12
X33.4
+24
X33.17
X33.5
X33.8
FAN
X33.25
X33.6
COM
X33.26
X33.7
A1
X34.1
X33.16
A1
X34.2
X33.15
A2
X33.13
X34.3
A2
X34.4
X35.5
A3
X34.5
X35.4
A3
X35.3
X34.6
A4
X33.21
X34.7
X33.22
A4
X34.8
+5V
RD
X39.1
X40.1
RH
YE
HR
X39.2
X40.2
COM
GY
X33.19
X40.3
TA
WH
X33.20 COM
X38.1
TA
X41.1
X38.2
T.set
X33.21
X41.2
COM
X33.22
X3
X4
PE
N
L1
1
2
3
4
5
6
PE N L1
1
2 3 4 5 6 7 8 9 10
X16.7
PE
N
L1
X16.1
2
3
X16.2
4
5
6
7
1
CE7/7
PE
N
L1
Y1 Y2 G
1f, 230V AC
M5
24VAC, 3-position
Y1 - OPEN (24VAC)
Y2 - CLOSE (24VAC)
Jumper
G - System potential 24VAC
Water cooler
Power
DX Cooling
supply cable
Start/Stop
Boost
valve actuator
N
L
L
X31
N
X25
L
X29
N
X24
X42
X12
COM
X37.1
V1
COM
V2
VAL+
VAL-
VAL
DMP
DMP+
DMP-
COM
A.0.10
COM
L (open)
EXT-
L (close)
EXT+
N
AC.N
T.OUT
COM
TJ
T.WAT
TE
RS485_2
RS485_1
7
8
9
10
11 12 13 14 15 16 17
11
12
13
14
15
16
8
X16.4
9
10
11 12
13 14
15
X16.3
X16.4
1
NC
P
3
N
FA
N
Jumper
230V AC
ON/OFF
AHU status
Fire alarm
Supply air
AHU stop
AHU work
input
damper actuator
1
1 - GND
2 - AC24V open
3
3 - AC24V close
2
N
N
EXT+
L supply
EXT-
L control
N
EXT+
EXT-
21
22
18 19 20 21 22
24 25
23
17
18
19
20
21
22
23
24 25
X16.5
16
17
18
19
20
21 22
X16.4
23
24
25
X16.6
L
N
L
TJ
P
L
L
N L L
M3
M2
Transmitter 1
23 - 24V DC,
230V AC
24 - intput, 0-10V DC,
ON/OFF
NTC
25 - GND,
Supply air
Air quality transmitter
Extract air
Supply air pressure
damper actuator
temp.sensor
N
L supply
L control
26
27 28
26
27 28
X16.10
26
27
28
P
Transmitter 2
26 - 24V DC,
27 - intput, 0-10V DC,
28 - GND,
Air quality transmitter
CO2; Extract air pressure
FR |
19