Daikin EWAP280MBYNN [189/452] Changeable input 1
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Daikin EWAP280MBYNN [189/452] Changeable input 1

Daikin EWAP400MBYN [189/452] Changeable input 1
ESIE 05-07 Wiring Layout
Part 1 – System Outline 1–177
3.19 Wiring Diagram: EWTP200~340MBYNN
Diagram
>
S8L
F7B
76
86
Input 4
86
Changeable
J7-ID11
Power Supply
1 50Hz 230V
1
F4U
1
2
F5U
2
10A
15
5
1
24VAC
TR2
10
J17-NC12
J17-C12
A1P
3
E3H
3
XZY
UV
3
M
K17S
2
1
4
3
42
V
U
W
M1C
6
5
6
W
24
11
12
A1
OP57
K1M
lL
31
204 203
kK
K2M
531
U1 V1 W1
3
M16F
6 246
U1 W1V1
M17F
3
246
U2 W3V2
M14F
3
315
K7F
51
K3M
53
33
3231
34
2
64
4
Input 2
Input 1 Input 3
J13-NO4
10
E1HC
10
8
K7F
A2
Q17F
21
A1
21
8
22
Q16F
24
24
Q12F
22
20
20
K8F
A2
10
26
26
A1
31
10
10
Y11S
12
Q18F
Q15F
.
25
.
30
35
35
U2 V2 W2
M15F
3
U2 V2 W2
M11F
3
264
135
K8F
V2U2 W2
M18F
3
5
15
5
5
S5E
12
11
10
TR1
32
9
31
230VAC
1
101
400V
102
3
21
K1M
22
J16-NO9
22
J16-C9
K1M
63
64
DO
J13-C4
15
J1-G
POWER
SUPPLY
J1-GO
105
111
110
62
22
1A
21
62
S5E
Q1M
A1
K2A
A2
28
K3M
A1
10
A2
6
6
27
22
K2M
21
5
J12-C1
J12-NO1
Y16S
K1M
A1
33
K2M
A2
22
32
21
K3M
13
14
K2M
Y15S
A1
A2
10
39
39
J12-NO2
K1M
13
14
13
14
24
K3A
A1
10
A2
39
7
7
5
S3T
5
60
124
K17S
A1
126
95
A2
K1A
14
96
125
12
K3A
120122
63
11
11
123
1412
K2A
63
63
11
64
R1P
121
1412
K1A
14
J12-C1
23
11
15
DO
J12-NO3
5
J5-ID7
77
77
J5-ID3
75
J7-ID9J5-ID8
78
78
79
79
J7-ID10
85
85
OP57
11
12
V1
5
106
2
24VAC
61
61
S1PH
S14PH
84
P>
P>
1
1
2
583
4
61
K17S
98
97
Changeable
76 76
Changeable
Changeable
76
J18-C13
J18-NO13
DO
81
81
88
88
43
44
K1M
80
80
87
87
74
74
73
73
+t°
R5T
+t°
R3T
+t°
R4T
J3-BC5
J6-B6
AI
J3-B5
J3-B4
J6-GND
J15-NO8
DO
J15-C8
J14-NO7
72
72
DO
J14-C7
71
71
F12B
F6B
F9B
DI
J5-IDC1
J5-ID4
J5-ID5
J5-ID2
J5-ID1
J5-IDC1 J7-IDC9
A1P A1P
K3M
J3-BC4
AI
60
DO
60
J5-ID6
A1P
A1P
A1P
A1P
DI DI
A1P
A1P
A1P
A1P
A1PA1P
DO
F8U
DO
A1P
L3
3 50Hz 400V
Power Supply
F2UF1U
L1
F3U
L2
PE
L2L1 L3
Std
S13S
PE
42
13
6
5
3
V1U1
M12F
W1
3
M13F
U1 V1 W1
F13B
R1P
L1 L2 L3
Q13F
23
23
Q11F
Q14F
29
29
27
27
230VAC
OP52
Tx-
GND
Tx+
GND
J11
TX+
TX-
A1P
5T+ 5T- 3T+ 3T- 4T+ 4T-
4-20mA
B2P
3
BRN
2
2
1
3
1
R8T
+t°
4-20mA
WHT
B1P
2P-
2P+
1P+
WHT
1P- 8T+
EKCLWS
8T-
J2-B3
AI
J2-B1
J2 +VDC
J2-B2
A1P
J2-GND
K7A
A2
A1
K7A
12
11
BLK
R1F-
WHT
R1F
R1
R1F+
J6-B7
AI
J2-Vdc
J6-GND
M
M1S
36
36
37
37
38
38
T1
T1
TCO2
L1
TCO1
L1
22
61
75
A1P
61
J4-VG
J4-Y1
A0
J4-Y2
A1P
J4-VG0
A2- A2-
A1+
TCO1
140
A1+
TCO2
141
60
60
R
for EWAP280..340:
REDfor EWAP200:
.
.
13
K8F
14
405408
8 (24V)
U
5 (DIN 1)
L1
V
A8P
W
L2 L3
28
28
Y17S
.
A1P
J8-ID14
J8-IDC13
(AIN-) 4
A8P
(AIN+) 3
DI
A8P
(RL1B) 10
(RL1C) 11
142
151
J4-Y3
M3F
M
E4H
C3
C2
C1
15
1 1
Only for OP HR
Only for OP HR
79
76
Default OP HR: heat recovery mode
= option
= not mounted in switchbox
(8)
(7)
(6)
(5)
= Field supply
pumpcontact
>
77
S9L
(ex. dual setpoint)
78
NOTES TO GO THROUGH BEFORE STARTING THE UNIT :
U - Z : main terminals in compressor switchbox
A - N : other terminals in compressor switchbox
= terminal number 15
71 -88 : terminal on field rail
L1,L2,L3 : main terminals
1 - 70 : terminals on main rail
(4)
(2)
(3)
15
15
(1)
= wire number 15
= earth wiring
(11) input terminals for fieldwiring
75
OBLIGATORY
S6S
S10S
76
EXAMPLE: Configurable switches for remote function
pumpcontact (= general operation; without OP DICN)
(ex. enable/disable cap. lim. 1)
(ex. enable/disable cap. lim. 2)
85 86
operation C1
alarm
24VAC
72
81
Default OP HR: HR Cond Pump
88
74
(12) output terminals for fieldwiring
S11S S12S
76 76
H3P
H2P
EXAMPLE
71
80
H5P
87
H1P
waterpump
contactor-
coil ev.
*
73
= PCB
(15)
For the slave units see the installation manual.
In a DICN system only valid for the master unit.
Connection between PCB and remote user terminal
position of jumpers and dipswitches
(16)
656565
95
98
13
12
14
-
B-11
11
14
E-13
K2A
K1A
11
C-11
A-12
3
5
1
F-5
F-5
F-5
K7F
6
4
2
51
31
63
43
21
13
F-8
G-13
D-2
52
32
64
44
22
14
K8F
1
5
3
F-6
F-6
F-6
2
4
6
21
13
H-12
H-13
D-3 D-3
G-13
H-12
2122
14
96
K17S
97
14
12
-
C-11
11
K3A
-
B-11
12
14
R1P
11
14
22
3
1
D-2
D-2
4
2
K1M K2M
3
D-3
D-3
1
D-3
D-3
3
1
4
2
K3M
4
2
-
H-15
-
E-9
Changeable Input 1
Changeable Input 2
Changeable Input 3
Changeable Input 4
Changeable DO2
F1
(9)
= connection continues on field 'F1'
(10)
= several wiring possibilities
M17F
M13F
Side view of unit
M16F
M15F
M11F
M12F
M18F
M1C
M14F
Switchbox
Top view of unit
A1P
DIPSWITCH
ADDRESS = 2
SW
1
USERTERMINAL
REMOTE
SW
123456
OFF
DIPSWITCH
ADDRESS = 1
24365
ON
OFF
K7A
A-10
-
14 11
TERMINAL IN
COMPRESSOR-
SWITCHBOX 1
E1HC
S3T
M1S
M
BLU
ORG
YLW
Y11S
Q1M
COMPONENT
10
11
13
12
J
K
L
H
I
8
10
5
7
1
2
3
36
37
38
COMPRESSORSWITCHBOX 1
5
8
9
4
A
---
---
10
6
CABLE BETWEEN
WIRENUMBER IN
AND MAIN SWITCHBOX
compressorswitchbox 1
Connections inside the
N
M
M
M1S
ORG
YLW
BLU
38
3
37
36
2
1
I
J
H
E
35
5
FUSES +
OVERCURRENT
F1U,F2U,F3U
F13B
according to IEC standard 269-2
- recommended fuses gL/gG (aM also admitted)
(F1U,F2U,F3U = gL/gG , F4U,F5U= gL/gG)
F4U,F5U
F6B
F7B
F12B
F9B
K17S
(13)
F8U
Standard Fan
3x355gL
1A T
16A
88
10A
2A
2A aM
4A
1A T
25A
119
16A
2A
2A aM
4A
EWA/TP200
3x200gL
2A
EWA/TP280
2A
3x250gL
1A T
16A
152
25A
2A
4A
2A aM
EWA/TP340
2A
Maximum output current: Resistive: 2A, Inductive: 2A/Cos Phi 0,4
OR
230VAC
24VAC
OR
230VAC
24VAC
OR
230VAC
24VAC
OR
230VAC
(ex. Setp. signal 0-1V)
8T-
8T+
Changeable AI1
0
TO
1VDC
+
GND
13
D-6
14
1
ON
For EWA/TP280..340 Only
1
1
For EWA/TP200 Only

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