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Daikin EWAP400MBYN [169/452] Wiring diagram ewwd360 540mbynn
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ESIE 05-07 Wiring Layout
Part 1 – System Outline 1–157
3.14 Wiring Diagram: EWWD360~540MBYNN
Diagram
79
76
78
NOTES TO GO THROUGH BEFORE STARTING THE UNIT :
(11) input terminals for fieldwiring
OBLIGATORY
S6S S10S
76
EXAMPLE:
Configurable switches for remote function
pumpcontact (= general operation; without OP DICN)
85 86
operation C2
operation C1
alarm
72 81 83 8874
(14) OPTIONAL:
OP52 = main isolator switch
OP57 = A-meter, V-meter
- recommended fuses gL/gG (aM also admitted)
according to IEC standard 269-2
(F1U,F2U,F3U = gL/gG , F4U,F5U= gL/gG)
(F11U,F12U,F13U = gL/gG , F21U,F22U,F23U= gL/gG)
K18S 70 115110
(12) output terminals for fieldwiring
Maximum output current: Resistive: 2A, Inductive: 2A/Cos Phi 0,4
EXAMPLE
S11S S12S
76
76
H3P H4PH2P
71 8280
H6P
87
H1P
contactor-
coil ev.
waterpump
*
73
(13)
2A
F11S
K17S
F8U
F9B
F10S
3x160gL
70
2*1A T
3x160gL
F21U,F22U,F23U
F11U,F12U,F13U
F1U,F2U,F3U
F7B
F6B
3x200gL
3x200gL
4A
3x300gL
2A
2*4A
2A 2A
3x224gL
3x224gL
3x224gL
115
2*1A T
115
2*1A T
3x224gL
3x250gL
3x250gL
3x500gL
3x250gL
3x250gL
4A4A
2A
2*4A
3x500gL
2A
2*4A
FUSES +
OVERCURRENT
COMPONENT
Connections inside the
compressorswitchbox 1
TERMINAL IN
COMPRESSOR-
SWITCHBOX 1
WIRENUMBER IN CABLE
BETWEEN COMPRESSOR
SWITCHBOX 1
AND MAIN SWITCHBOX
COMPONENT
TERMINAL IN
COMPRESSOR-
SWITCHBOX 2
WIRENUMBER IN CABLE
BETWEEN COMPRESSOR
SWITCHBOX 2
AND MAIN SWITCHBOX
Connections inside the
compressorswitchbox 2
(16)
DIPSWITCH
SW
123
ON
OFF
456
ADDRESS = 1
A1P
DIPSWITCH
2
SW
1
ON
OFF
6543
ADDRESS = 2
USERTERMINAL
Connection between PCB and remote user
terminal position of jumpers and dipswitches
In a DICN system only valid for the master unit.
For the slave units see the installation manual.
(17)
C-12
B-12
L-11
L-12
65
65
65
65
65
95
98
13
12
14
-
B-11
11
14
E-12
K2A
K1A
11
-
B-12
12
14 11
K5A
K4A
K-12
14
C-11
A-13
11
51
31
63
43
21
13
G-5
F-8
G-12
C-3
52
32
64
44
22
14
21
13
H-11
H-11
C-3
C-4
G-12
H-11
21
22
14
C-12
96
K17S
97
K18S
98
95
A-14
14
12
-
C-11
11
K3A
-
B-11
12
14
97
96
R1P
11
J-10
14
22
31
51
21
13
F-8
L-12
H-3
63
43
D-7
32
52
H-3
L-11
L-11
13
21
22
14
64
44
14
22
3
1
C-3
C-3
4
2
K1M K2M
3
C-3
C-3
1
C-4
C-4
3
1
4
2
K3M
4
2
K4M
3
H-3
H-3
1
H-3
H-3
3
1
4
2
K5M
4
2
56
11
K6A
14
12
-
11
R2P
-
14
12
22
14
I-4
21
13
K6M
I-4
I-4
34
12
-
-
D-7
-
-
E-10
-
-
A2-
TCO2
A1+
F7B
76
86
86
J7-ID11
Power Supply
3~50Hz 400V
F1U
L1 L2 L3
F3UF2U
PE
10
10
12
Y21S
55
55
A1P
Q2M
K5A
A1
A2
10
48
A2
A1
K6M
11
11
47
22
21
K5M
5
J21-NO14
J21-C14
Y26S
K4M
53
A2
A1
K5M
22
21
52
K6M
K5M
14
13
Y25S
A1
A2
10
59
59
J21-NO15
J21-C15
K4M
14
13
14
13
44
10
A2
A1
K6A
59
12
12
5
S4T
10A
15
5
1
24VAC
TR2
10
F23U
2
S13S
1
46
53
L2L1
OP52
F11U F12U
L1 L2L3
Power Supply
2*(3~50Hz 400V)
F21UF13U F22U
PE
XZ
3
M
Y
M2C
U
K18S
24
V
VU
K4M
42
31
13
6
W
W
K5M
6
5
5
24
31
L3
6
5
K6M
2
1
4
3
6
5
65
3
1
4
2
F11S
XZY
UV
3
M
K17S
2
1
4
3
42
V
U
W
M1C
6
5
6
W
24
K1M
31
K2M
531
6
246
5
1
K3M
53
STD
F10S
5
3
12
4
6
33 323134
2
64
4
66
24
J13-NO4
J22-NO17
E2HC
10
10
13
13
J22-C16
15
E1HC
10
8
8
10
10
Y11S
12
35
35
21
K4M
22
5
15
5
5
S5E
12
11
10
TR1
32
9
31
230VAC
1
101
400V
102
3
21
K1M
22
J13-C4
15
J1-G
POWER
SUPPLY
J1-GO
105
111
110
107
62
22
1A
21
62
S5E
DO
Q1M
A1
K2A
A2
28
K3M
A1
10
A2
6
6
27
22
K2M
21
5
J12-C1
J12-NO1
K4A
14
J22-NO16
43
11
15
DO
J22-C16
5
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
60
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
134
K18S
A1
95
136
K4A
A2
14
12
96
135
K6A
130132
131
11
11
133
12
14
K5A
11
66
R2P
12
14
K1A
14
J12-C1
11
15
DO
J12-NO3
5
Tx+
GND
TX-
J11
77
J8-ID14
J5-ID3
75
76
GND
TX+
Tx-
+t°
R6T
+t°
R4T
J7-ID9J5-ID8
J20-B10
AI
78
78
79
79
J7-ID10
J20-BC10
J20-B9
J20-BC9
85
85
OP57
11
12
V1
5
106
2
24VAC
61
61
S1PH
S14PH
84
P>
P>
1
1
2
583
4
61
S2PH
S15PH
P>
P>
54
1
1
553
24
K17S
98
97
K18S
98
97
Changeable
Input 1
Changeable
Input 1
Changeable
Input 1
Changeable
Input 1
76 76 76
J18-C13
J18-NO13
DO
81
81
83
88
88
43
44
K1M
80
43
K4M
44
80
82
87
87
74
74
73
73
4-20mA
3
3
1
WHT
2
4-20mA
BRN
B5P
2
B4P
1
WHT
J2 +VDC
J6-B7
AI
J6-B8
4-20mA
3
1
3
4-20mA
2
BRN
B2P
B1P
WHT
1
2
WHT
J2 +VDC
J2-B1
AI
J2-B2
+t°
R5T
+t°
R3T
+t°
R7T
J3-BC5
J6-B6
AI
J3-B5
J3-B4
J6-GND
82
83
J15-NO8
DO
J15-C8
J14-NO7
72
72
DO
J14-C7
71
71
F6B
F8B
F9B
65
65
65
61
DI
J5-IDC1
J5-ID4
J5-ID5
J5-ID2
J5-ID1
J19-IDC15
J19-ID15
DI
J19-ID16
J8-ID13
J7-ID12
DI
DI
J8-IDC13
J7-IDC9
J5-IDC1
J8-IDC13
J7-IDC9
A1P A1P A1P
J4-Y4J4-Y2 J4-Y3J4-VG0
J4-VG
A2-
A1+
TCO3
A2-
A1+
TCO4
K3M
K6M
5
J3-BC4
AI
141
142
143
60
DO
A2-
A1+
TCO1
140
J4-Y1
A0
61
60
31 32
43 44 43
31
44
32
J5-ID6
Changeable Input 1
(ex. remote start/stop)
Changeable Input 2
(ex. dual setpoint)
Changeable Input 3
(ex. enable/disable cap. lim. 1)
Changeable Input 4
(ex. enable/disable cap. lim. 2)
Changeable DO2
(ex. 2nd evaporator pump)
A1P
A1P
A1P
A1P
DI DI DI
A1P
A1P A1P
A1P
A1P
A1P
A1P
A1PA1PA1P
A1P
A1P
DO
60
VG0
TX-
TX+
A3P
C
NO
F8U
V1F
Line
Load
U3
U1
127
DO
A2P
VG0
A2P
TX-
TX+
DO
A1P
A2P
SW
312 456
ON
OFF
ADDRESS = 3
DIPSWITCH
SW
312 456
ON
OFF
ADDRESS = 4
DIPSWITCH
A3P
VG1
VG1
D9
D9
155
156
K1A
A2
A1
126
NO
137
A1
A2
K4A
A3P
C
DO
136
SUPPLY
POWER
A3P
GO
G
N4
L2
155
156
B6
B6
POWER
SUPPLY
GO
A2P
G
155
156
68 69
A1P
A1P
K-5
F15U,F16U
2A 2A 2A
REMOTE
230VAC
5T+ 5T- 3T+ 3T- 4T+ 4T-
7T+
7T-
6T+ 6T-
5P- 5P+ 4P-
2P- 2P+ 1P-
4P+
1P+
-
-
105
B9
B9
106
D4
D4
R8T
+t°
8T+
EKCLWS: only for DICN
and on master unit
8T-
J2-B3
A1P
J2-GND
+VDC=24V
BRN
Vb+
Power Supply
backup EEVDr
Vb-
WHT
4-20mA
2
3
1
B3P
+t°
R9T
B3=Signal
NTC
B1
44
154
153
43
K2M
AVSS
ID
n=2
V3C
AVSS
1
3
1
3
4
2
n=2
4
2
V2C
Y1E
A2P
BRN
3
2
4-20mA
B6P
R10T
WHT
1
+t°
44
K5M
43
163
164
n=2
Power Supply
backup EEVDr
Vb-
Vb+
V4C
n=2
+VDC=24V
1
B3=Signal
B1
2
3
4
Y2E
1
2
3
4
NTC
AVSS
ID
AVSS
V5C
A3P
L2
F1R
171
R1P
L1
172
173
L3
178
176
177
F2R
R2P
L1 L2 L3
1
1
J17-C12
DO
A1P
J17-NO12
3
3
K4M
64
63
(15) Note for control & main switchbox:
M
M
H5P
24VAC
OR
230VAC
24VAC
OR
230VAC
24VAC
OR
230VAC
24VAC
OR
230VAC
24VAC
OR
230VAC
24VAC
OR
230VAC
3
Changeable DO1
(ex. reversing valve)
1
3x224gL
2*1A T
110
3x160gL
70
2A
2*4A
3x355gL
3x250gL
3x200gL
2A
2A
4A
3x224gL
2*1A T
110
3x224gL
110
2A
2*4A
3x500gL
3x250gL
3x250gL
2A
2A
4A
F8B
F1R,F2R
3*1A3*1A 3*1A 3*1A3*1A
60
60
155
156
-
14
12
-
A-12
A-10
11
K8A
K7A
A2
K7A
A1
A2
A1
K8A
K7A
12
11
12
K8A
11
1114
12
T1
TCO4
L1
56
56
57
57
58
58
T1
TCO3
L1
M
M1S
36
36
37
37
38
38
TCO1
T1
T1
TCO2
L1
L1
64
K1M
63
J3
GND
A11P
TX+
TX-
J1-G
J1-GO
A11P
POWER
SUPPLY
ADDRESS = 1
SW
A11P
DIPSWITCH
2134
ON
OFF
60
22
42
J23
GND
A1P
E+
E-
M
M2S
A11P
J9-GND
J9-B1
AI
R1F- R1F+
J9-Vdc
R2F- R2F+
J9-B2
R1 R2
R1F
BLK
WHT
R2F
BLK
WHT
N
J
S3T
E1HC
L
M
K
ORG
YLW
BLU
M
M1S
H
I
2
3
Y11S
---
A
E
Q1M
---
11
12
13
8
7
10
10
5
1
36
38
37
6
9
4
5
10
35
8
5
S4T
E2HC
M2S
M
ORG
YLW
BLU
Y21S
Q2M
11
12
13
N
L
M
10
13
12
1
10
J
K
H
I
3
2
5
56
57
58
9
4
5
A
---
E
---
8
10
55
5
11
pumpcontact
>
77
S9L
75
S8L
>
75
61
J5-ID7
77
J4-ID1
J4-IDC1
A11P
DI
90
89
S10L
89
>
61
S11L
pumpcontact
89
90
>
89
90
lL
204 203
kK
11
12
OP57
A1
lL
208 207
kK
11
12
OP57 A2
R
.
.
.
.
152
162
8T-
8T+
Changeable AI1
(ex. Setp. signal 0-1V)
0
to
1VDC
+
GND
1
1
23
15
Note 15: b-Main
Note 15: b-Ctrl
Note 15: b-Ctrl
Note 15: a-Main
Note 15: b-Main
2
Note 15: b-Ctrl
Note 15: a-Ctrl
3
2
3
Note 15: b-Main
Note 15: a-MainNote 15: a-Ctrl
X4A14
User terminal and
Emergency stop
Main switchbox
Control switchbox
M1C
M2C
Note 15: b-Main
X4A13
Remove
bridge
after installation
a) Only for EWWD180 Circuits
b) Only for EWWD240..280 Circuits
c) Only for EWWD280 Circuits
W 360 W 540
W 520
W 440 W 500
W 180M W 280M
W 280M
W 240M W 240M
W 180C W 280C
W 240C
W 180C W 240C
X2A1
X2A14
X2A2
X2A18
X2A6
X2A3
X2A15
X2A5
X2A17
X4A1
X4A9
X2A7
X2A9
X2A10
X2A11
X2A12
X2A19
X2A20
X2A21
X2A22
X2A23
X2A24
X3A1
X3A8
X3A3
X3A10
X3A4
X3A11
X3A5
X3A12
X3A6
X3A13
X3A7
X3A14
X4A2
X4A6
X4A7
X4A8
X4A3
X2A16
X2A4
X2A24
X3A9
X3A2
X4A4
X4A16
X4A5
X2A8
X3A16 X3A15
X2A13
= not mounted in switchbox(7)
= option(6)
(5) = Field supply
U - Z : main terminals in compressor switchbox
A - N : other terminals in compressor switchbox
71 -88 : terminal on field rail
L1,L2,L3 : main terminals
1 - 70 : terminals on main rail
= terminal number 15(4)
15
(1)
(3)
15
= wire number 15
(2) = earth wiring
(8) = PCB
F1(9) = connection continues on field 'F1'
1
(10) = several wiring possibilities
Содержание
- Service manual 1
- General outline 3
- Introduction 3
- Part 1 system outline 3
- Table of contents 3
- Piping layout 4
- Wiring layout 4
- Functional control for a standalone unit 5
- Operation range 5
- Part 2 functional description 5
- The digital controller for large chillers 6
- The functional controller for dicn 6
- Checking the digital inputs and outputs 7
- Overview of fault indications and safeties 7
- Part 3 troubleshooting 7
- Procedure for software upload download 7
- Procedure to protect compressor in case of frozen evaporator 7
- Troubleshooting of inverter with the status display panel 7
- Eev driver error list 8
- Manual upload or download control motor test procedure 8
- Part 4 commissioning and test run 8
- Pre test run checks 8
- Procedure to clear the refrigerant circuit in case of frozen evaporators 8
- Appendix 9
- Maintenance 9
- Part 5 maintenance 9
- Part 6 appendix 9
- Test run and operation data 9
- About this manual 11
- Introduction 11
- Part 0 11
- Part 1 system outline 13
- General outline 15
- Part 1 15
- What is in this chapter 15
- 4 part 1 system outline 16
- Esie05 07 book page 4 wednesday october 11 2006 10 42 am 16
- General outline esie 05 07 16
- Model ewap 110mbynn ewap 140mbynn ewap 160mbynn ewap 200mbynn ewap 280mbynn ewap 340mbynn ewap 400mbynn ewap 460mbynn ewap 540mbynn 16
- Technical specifications ewap110 540mbynn 16
- Technical specifications the table below contains the technical specifications 16
- Casing 17
- Colour 17
- Esie 05 07 general outline 17
- Esie05 07 book page 5 wednesday october 11 2006 10 42 am 17
- H x w 5 x d 5 17
- Machine weight 17
- Material 17
- Model ewap 110mbynn ewap 140mbynn ewap 160mbynn ewap 200mbynn ewap 280mbynn ewap 340mbynn ewap 400mbynn ewap 460mbynn ewap 540mbynn 17
- No of cir cuits 17
- Notes 1 nominal cooling capacity at eurovent conditions evaporator 12 c 7 c ambient 35 c 2 nominal cooling power input at eurovent conditions evaporator 12 c 7 c ambient 35 c 3 minimum required watervolume for standard thermostat setting and at nominal conditions 4 piping connections are delivered with victaulic joint and counterpipe for welding 5 dimension values between brackets include installation space of delivered filter 17
- Oil charge volume 17
- Oil type 17
- Operation weight 17
- Part 1 system outline 1 5 17
- Refrigerant charge 17
- Refrigerant circuit 17
- Refrigerant control 17
- Refrigerant type 17
- Safety devices 17
- Sound power leve 17
- Weight 17
- 6 part 1 system outline 18
- Esie05 07 book page 6 wednesday october 11 2006 10 42 am 18
- General outline esie 05 07 18
- Model ewad 120mbynn ewad 150mbynn ewad 170mbynn ewad 240mbynn ewad 300mbynn ewad 340mbynn 18
- Technical specifications ewad120 340mbynn 18
- Technical specifications the table below contains the technical specifications 18
- Casing 19
- Colour 19
- Esie 05 07 general outline 19
- Esie05 07 book page 7 wednesday october 11 2006 10 42 am 19
- H x w x d 19
- Machine weight 19
- Material 19
- Model ewad 120mbynn ewad 150mbynn ewad 170mbynn ewad 240mbynn ewad 300mbynn ewad 340mbynn 19
- No of cir cuits 19
- Notes 1 nominal cooling capacity at eurovent conditions evaporator 12 c 7 c ambient 35 c 2 nominal cooling power input at eurovent conditions evaporator 12 c 7 c ambient 35 c 3 minimum required watervolume for an thermostat difference between compressor on and off of 2 c and at nominal operating conditions 4 piping connections are delivered with victaulic joint and counterpipe for welding 19
- Oil charge volume 19
- Oil type 19
- Operation weight 19
- Part 1 system outline 1 7 19
- Refrigerant charge 19
- Refrigerant circuit 19
- Refrigerant control 19
- Refrigerant type 19
- Safety devices 19
- Sound power level 19
- Weight 19
- 8 part 1 system outline 20
- Esie05 07 book page 8 wednesday october 11 2006 10 42 am 20
- General outline esie 05 07 20
- Model ewwd 120mbynn ewwd 180mbynn ewwd 240mbynn ewwd 280mbynn ewwd 360mbynn ewwd 440mbynn ewwd 500mbynn ewwd 520mbynn ewwd 540mbynn 20
- Technical specifications ewwd120 540mbynn 20
- Technical specifications the table below contains the technical specifications 20
- Casing 21
- Colour 21
- Esie 05 07 general outline 21
- Esie05 07 book page 9 wednesday october 11 2006 10 42 am 21
- H x w 7 x d 7 21
- Machine weight 21
- Material 21
- Model ewwd 120mbynn ewwd 180mbynn ewwd 240mbynn ewwd 280mbynn ewwd 360mbynn ewwd 440mbynn ewwd 500mbynn ewwd 520mbynn ewwd 540mbynn 21
- No of circuits 21
- Notes 1 nominal cooling capacity at eurovent conditions evaporator 12 c 7 c condenser 30 c 35 c 2 heating capacity for conditions evaporator 12 c 7 c condenser 40 c 45 c 3 nominal cooling power input at eurovent conditions evaporator 12 c 7 c condenser 30 c 35 c 4 heating power input for conditions evaporator 12 c 7 c condenser 40 c 45 c 5 min required water volume for standard thermostat setting and at nominal conditions 6 piping connections are delivered with victaulic joint and counterpipe for welding 7 dimension values between brackets include installation space of delivered filter 21
- Oil charge volume 21
- Operation weight 21
- Part 1 system outline 1 9 21
- Safety devices 21
- Sound power level 21
- Weight 21
- 10 part 1 system outline 22
- Esie05 07 book page 10 wednesday october 11 2006 10 42 am 22
- General outline esie 05 07 22
- Model ewld 120mbynn ewld 170mbynn ewld 240mbynn ewld 260mbynn ewld 340mbynn ewld 400mbynn ewld 480mbynn ewld 500mbynn ewld 540mbynn 22
- Technical specifications ewld120 540mbynn 22
- Technical specifications the table below contains the technical specifications 22
- Casing 23
- Colour 23
- Esie 05 07 general outline 23
- Esie05 07 book page 11 wednesday october 11 2006 10 42 am 23
- Machine weight 23
- Material 23
- Model ewld 120mbynn ewld 170mbynn ewld 240mbynn ewld 260mbynn ewld 340mbynn ewld 400mbynn ewld 480mbynn ewld 500mbynn ewld 540mbynn 23
- Notes 1 nominal cooling capacity at eurovent conditions entering leaving water evaporator 12 c 7 c condensing temperature 45 c 2 nominal power input at eurovent conditions see eurovent 6 c 003 entering leaving water temperature 12 c 7 c condensing temperature 45 c 3 min required water volume for standard thermostat settings and at nominal conditions 4 piping connections are delivered with victaulic joint and counterpipe for welding 5 dimension values between brackets include installation space of delivered filter 23
- Operation weight 23
- Part 1 system outline 1 11 23
- Safety devices 23
- Sound power level 23
- Weight 23
- 12 part 1 system outline 24
- Ambient 35 c 24
- Esie05 07 book page 12 wednesday october 11 2006 10 42 am 24
- General outline esie 05 07 24
- Model erap110mbynn erap150mbynn ewad170mbynn 24
- Note 1 cooling capacity power input conditions 24
- Suction dewpoint 5 c 24
- Superheat 10 c 24
- Technical specifications erap110 170mbynn 24
- Technical specifications the table below contains the technical specifications 24
- Esie 05 07 general outline 25
- Esie05 07 book page 13 wednesday october 11 2006 10 42 am 25
- Model ewtp 110mbynn ewtp 140mbynn ewtp 160mbynn ewtp 200mbynn ewtp 280mbynn ewtp 340mbynn ewtp 400mbynn ewtp 460mbynn ewtp 540mbynn 25
- Part 1 system outline 1 13 25
- Technical specifications ewtp110 540mbynn 25
- Technical specifications the table below contains the technical specifications 25
- 14 part 1 system outline 26
- Air flow rate 26
- Air heat exchanger 26
- Casing 26
- Colour 26
- Esie05 07 book page 14 wednesday october 11 2006 10 42 am 26
- Evap water in outlet 26
- Face area 26
- General outline esie 05 07 26
- H x w x d 26
- Heat recovery con denser in outlet 26
- Insulation material 26
- Machine weight 26
- Material 26
- Model ewtp 110mbynn ewtp 140mbynn ewtp 160mbynn ewtp 200mbynn ewtp 280mbynn ewtp 340mbynn ewtp 400mbynn ewtp 460mbynn ewtp 540mbynn 26
- No of circuits 26
- No of motorsxoutput 26
- Notes 1 nominal cooling capacity at eurovent conditions evaporator 12 c 7 c ambient 35 c 2 nominal cooling power input at eurovent conditions evaporator 12 c 7 c ambient 35 c 3 min required water volume for standard thermostat settings and at nominal conditions 4 nominal cooling capacity and heat recovery capacity during heat recovery mode according to en14511 5 dimension values between brackets include installation space of delivered filter 26
- Operation weight 26
- Piping connections 26
- Refrigerant charge 26
- Refrigerant circuit 26
- Refrigerant control 26
- Rows x stages x fin pitch 26
- Safety devices 26
- Sound power level 26
- Vertical 26
- Weight 26
- Correction factors for glycol 27
- Compressor 29
- Control circuit 29
- Crankcase heater e1 2hc 29
- Electrical specifications ewap110 540mbynn 29
- Electrical specifications the table below contains the electrical specifications 29
- Esie 05 07 general outline 29
- Frequency 29
- Liquid line solenoid valves y15 6s y25 6s 29
- Max running current 29
- Nom running current 29
- Nominal running current 29
- Part 1 system outline 1 17 29
- Power supply 29
- Recommanded fuses 29
- Recommended 29
- Starting current 29
- Starting method 29
- Voltage 29
- Voltage 230 24 v ac supplied by factory installed transformers 29
- Voltage tolerance 29
- 18 part 1 system outline 30
- Capacity sole noid valves y11 y21 30
- Evaporator heater tape 30
- General outline esie 05 07 30
- Notes 1 nominal cooling capacity at eurovent conditions evaporator 12 c 7 c ambient 35 c 2 nominal cooling power input at eurovent conditions evaporator 12 c 7 c ambient 35 c 30
- Recommended fuses 30
- Supply voltage 30
- Capacity sole noid valves y11 y21 31
- Compressor 31
- Control circuit 31
- Crankcase heater e1 2hc 31
- Electrical specifications ewad120 340mbynn 31
- Electrical specifications the table below contains the electrical specifications 31
- Esie 05 07 general outline 31
- Frequency 31
- Liquid line solenoid valves y15 6s y25 6s 31
- Max running current 31
- Nom running current 31
- Nominal running current 31
- Notes 1 nominal cooling capacity at eurovent conditions evaporator 12 c 7 c ambient 35 c 2 nominal cooling power input at eurovent conditions evaporator 12 c 7 c ambient 35 c 31
- Part 1 system outline 1 19 31
- Power supply 31
- Recommended fuses 31
- Starting current 31
- Starting method 31
- Voltage 31
- Voltage tolerance 31
- 20 part 1 system outline 32
- Capacity sole noid valves y11s y21s 32
- Compressor 32
- Control circuit 32
- Crankcase heater e1 2hc 32
- Electrical specifications ewwd120 540mbynn 32
- Electrical specifications the table below contains the electrical specifications 32
- Frequency 32
- General outline esie 05 07 32
- Liquid line solenoid valves y15 6s y25 6s 32
- Max running current 32
- Nom running current 32
- Nominal running current 32
- Power supply 32
- Recommanded fuses 32
- Recommended fuses 32
- Starting current 32
- Starting method 32
- Voltage 32
- Voltage 230 24 v ac supplied by factory installed transformers 32
- Voltage tolerance 32
- 22 part 1 system outline 34
- Capacity sole noid valves y11 4s y21 24s 34
- Compressor 34
- Control circuit 34
- Crankcase heater e1 2hc 34
- Electrical specifications ewld120 540mbynn 34
- Electrical specifications the table below contains the electrical specifications 34
- Frequency 34
- General outline esie 05 07 34
- Liquid line solenoid valves y15 6s y25 6s 34
- Max running current 34
- Nom running current 34
- Nominal running current 34
- Power supply 34
- Recommanded fuses 34
- Recommended fuses 34
- Starting current 34
- Starting method 34
- Voltage 34
- Voltage 230 24 v ac supplied by factory installed transformers 34
- Voltage tolerance 34
- 24 part 1 system outline 36
- Electrical specifications erap110 170mbynn 36
- Electrical specifications the table below contains the electrical specifications 36
- General outline esie 05 07 36
- 26 part 1 system outline 38
- Compressor 38
- Control circuit 38
- Crankcase heater e1 2hc 38
- Electrical specifications ewtp110 540mbynn 38
- Electrical specifications the table below contains the electrical specifications 38
- Frequency 38
- General outline esie 05 07 38
- Max running current 38
- Maximum running current 38
- Nom running current 38
- Nominal running current 38
- Nominal running current cooling 38
- Power supply 38
- Recommanded fuses 38
- Recommended fuses 38
- Recommended fuses factory installed 38
- Starting current 38
- Starting current dol 38
- Starting method 38
- Voltage 38
- Voltage 230 24 v ac supplied by factory installed transformers 38
- Voltage tolerance 38
- Capacity sole noid valves 39
- Condenser heater tape 39
- Esie 05 07 general outline 39
- Evaporator heater tape 39
- Liquid line solenoid valves 39
- Notes 1 nominal cooling capacity at eurovent conditions evaporator 12 c 7 c ambient 35 c 2 nominal cooling power input at eurovent conditions evaporator 12 c 7 c ambient 35 c 3 min required water volume for standard thermostat settings and at nominal conditions 4 nominal cooling capacity and heat recovery capacity during heat recovery mode according to en14511 5 dimension values between brackets include installation space of delivered filter 39
- Part 1 system outline 1 27 39
- Recommended fuses 2x2a 2x4a 39
- Supply voltage 39
- 28 part 1 system outline 40
- Center of gravity 40
- Esie05 07 book page 28 wednesday october 11 2006 10 42 am 40
- Ewap110 160mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 40
- General outline esie 05 07 40
- Outlook drawing ewap110 160mbynn 40
- Required space around the unit for service and air intake 40
- 30 part 1 system outline 42
- Center of gravity 42
- Esie05 07 book page 30 wednesday october 11 2006 10 42 am 42
- Ewap200 340mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 42
- General outline esie 05 07 42
- Outlook drawing ewap200 340mbynn 42
- Required space around the unit for service and air intake 42
- 32 part 1 system outline 44
- Center of gravity 44
- Esie05 07 book page 32 wednesday october 11 2006 10 42 am 44
- Ewap400 540mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 44
- General outline esie 05 07 44
- Outlook drawing ewap400 540mbynn 44
- Required space around the unit for service and air intake 44
- 34 part 1 system outline 46
- Center of gravity 46
- Esie05 07 book page 34 wednesday october 11 2006 10 42 am 46
- Ewad120 170mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 46
- General outline esie 05 07 46
- Outlook drawing ewad120 170mbynn 46
- Required space around the unit for service and air intake 46
- 36 part 1 system outline 48
- Center of gravity 48
- Esie05 07 book page 36 wednesday october 11 2006 10 42 am 48
- Ewad240 340mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 48
- General outline esie 05 07 48
- Outlook drawing ewad240 340mbynn 48
- Required space around the unit for service and air intake 48
- 38 part 1 system outline 50
- Ewwd120 mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 50
- General outline esie 05 07 50
- Outlook drawing ewwd120mbynn 50
- 40 part 1 system outline 52
- Center of gravity 52
- Esie05 07 book page 40 wednesday october 11 2006 10 42 am 52
- Ewwd180 280mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 52
- General outline esie 05 07 52
- Outlook drawing ewwd180 280mbynn 52
- Required space around the unit for service and air intake 52
- 42 part 1 system outline 54
- Center of gravity 54
- Esie05 07 book page 42 wednesday october 11 2006 10 42 am 54
- Ewwd360 540mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 54
- General outline esie 05 07 54
- Outlook drawing ewwd360 540mbynn 54
- Required space around the unit for service and air intake 54
- 44 part 1 system outline 56
- Center of gravity 56
- Esie05 07 book page 44 wednesday october 11 2006 10 42 am 56
- Ewld120mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 56
- General outline esie 05 07 56
- Outlook drawing ewld120mbynn 56
- Required space around the unit for service and air intake 56
- 46 part 1 system outline 58
- Center of gravity 58
- Esie05 07 book page 46 wednesday october 11 2006 10 42 am 58
- Ewld170 260mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 58
- General outline esie 05 07 58
- Outlook drawing ewld170 260mbynn 58
- Required space around the unit for service and air intake 58
- 48 part 1 system outline 60
- Center of gravity 60
- Esie05 07 book page 48 wednesday october 11 2006 10 42 am 60
- Ewld340 540mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 60
- General outline esie 05 07 60
- Outlook drawing ewld340 540mbynn 60
- Required space around the unit for service and air intake 60
- 50 part 1 system outline 62
- Center of gravity 62
- Erap110 170mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 62
- Esie05 07 book page 50 wednesday october 11 2006 10 42 am 62
- General outline esie 05 07 62
- Outlook drawing erap110 170mbynn 62
- Required space around the unit for service and air intake 62
- 52 part 1 system outline 64
- Center of gravity 64
- Esie05 07 book page 52 wednesday october 11 2006 10 42 am 64
- Ewtp110 160mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 64
- General outline esie 05 07 64
- Outlook drawing ewtp110 160mbynn 64
- Required space around the unit for service and air intake 64
- 54 part 1 system outline 66
- Center of gravity 66
- Esie05 07 book page 54 wednesday october 11 2006 10 42 am 66
- Ewtp200 340mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 66
- General outline esie 05 07 66
- Outlook drawing ewtp200 340mbynn 66
- Required space around the unit for service and air intake 66
- 56 part 1 system outline 68
- Center of gravity 68
- Esie05 07 book page 56 wednesday october 11 2006 10 42 am 68
- Ewtp400 540mbynn the illustration below shows the outlook the dimensions and the installation and service space of the unit mm 68
- General outline esie 05 07 68
- Outlook drawing ewtp400 540mbynn 68
- Required space around the unit for service and air intake 68
- Part 1 71
- Piping layout 71
- What is in this chapter 71
- Installation outline 72
- 62 part 1 system outline 74
- Esie05 07 book page 62 wednesday october 11 2006 10 42 am 74
- Functional diagram refrigeration circuit ewap110 160mbynn 74
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewap110 160mbynn it is also applicable for glycol applications 74
- Piping layout esie 05 07 74
- 64 part 1 system outline 76
- Esie05 07 book page 64 wednesday october 11 2006 10 42 am 76
- Functional diagram refrigeration circuit ewap200 340mbynn 76
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewap200 340mbynn it is also applicable for glycol applications 76
- Piping layout esie 05 07 76
- 66 part 1 system outline 78
- Esie05 07 book page 66 wednesday october 11 2006 10 42 am 78
- Functional diagram refrigeration circuit ewap400 540mbynn 78
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewap400 540mbynn it is also applicable for glycol applications 78
- Piping layout esie 05 07 78
- 70 part 1 system outline 82
- Esie05 07 book page 70 wednesday october 11 2006 10 42 am 82
- Functional diagram refrigeration circuit ewad120 170mbynn 82
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewad120 170mbynn it is also applicable for glycol applications 82
- Piping layout esie 05 07 82
- 72 part 1 system outline 84
- Esie05 07 book page 72 wednesday october 11 2006 10 42 am 84
- Functional diagram refrigeration circuit ewad240 340mbynn 84
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewad240 340mbynn it is also applicable for glycol applications 84
- Piping layout esie 05 07 84
- 76 part 1 system outline 88
- Esie05 07 book page 76 wednesday october 11 2006 10 42 am 88
- Functional diagram refrigeration circuit ewwd120 180mbynn 88
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewwd120 180mbynn it is also applicable for glycol applications 88
- Piping layout esie 05 07 88
- 78 part 1 system outline 90
- Esie05 07 book page 78 wednesday october 11 2006 10 42 am 90
- Functional diagram refrigeration circuit ewwd240 280mbynn 90
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewwd240 280mbynn it is also applicable for glycol applications 90
- Piping layout esie 05 07 90
- 80 part 1 system outline 92
- Esie05 07 book page 80 wednesday october 11 2006 10 42 am 92
- Functional diagram refrigeration circuit ewwd360 mbynn 92
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewwd360 mbynn it is also applicable for glycol applications 92
- Piping layout esie 05 07 92
- 82 part 1 system outline 94
- Esie05 07 book page 82 wednesday october 11 2006 10 42 am 94
- Functional diagram refrigeration circuit ewwd440 mbynn 94
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewwd440 mbynn it is also applicable for glycol applications 94
- Piping layout esie 05 07 94
- 84 part 1 system outline 96
- Esie05 07 book page 84 wednesday october 11 2006 10 42 am 96
- Functional diagram refrigeration circuit ewwd500 540mbynn 96
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewwd500 540 mbynn it is also applicable for glycol applications 96
- Piping layout esie 05 07 96
- 88 part 1 system outline 100
- Esie05 07 book page 88 wednesday october 11 2006 10 42 am 100
- Functional diagram refrigeration circuit ewld120 170mbynn 100
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewld120 170mbynn it is also applicable for glycol applications 100
- Piping layout esie 05 07 100
- 90 part 1 system outline 102
- Esie05 07 book page 90 wednesday october 11 2006 10 42 am 102
- Functional diagram refrigeration circuit ewld240 260mbynn 102
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewld240 260mbynn it is also applicable for glycol applications 102
- Piping layout esie 05 07 102
- 92 part 1 system outline 104
- Esie05 07 book page 92 wednesday october 11 2006 10 42 am 104
- Functional diagram refrigeration circuit ewld340 mbynn 104
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewld340 mbynn it is also applicable for glycol applications 104
- Piping layout esie 05 07 104
- 94 part 1 system outline 106
- Esie05 07 book page 94 wednesday october 11 2006 10 42 am 106
- Functional diagram refrigeration circuit ewld400 mbynn 106
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewld400 mbynn it is also applicable for glycol applications 106
- Piping layout esie 05 07 106
- 96 part 1 system outline 108
- Esie05 07 book page 96 wednesday october 11 2006 10 42 am 108
- Functional diagram refrigeration circuit ewld480 540mbynn 108
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewld480 540mbynn it is also applicable for glycol applications 108
- Piping layout esie 05 07 108
- 100 part 1 system outline 112
- B1p low pressure transmitter spinned pipe 112
- Esie05 07 book page 100 wednesday october 11 2006 10 42 am 112
- Functional diagram refrigeration circuit erap110 170mbynn 112
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of erap110 170mbynn it is also applicable for glycol applications 112
- M11f condenser fan motor b2p high pressure transmitter 112
- M12f condenser fan motor y11s unloader solenoid valve 112
- M13f condenser fan motor y15s liquid injection solenoid valve 112
- M14f condenser fan motor y16s liquid line solenoid valve 112
- M1c compressor motor1 check valve 112
- Piping layout esie 05 07 112
- R5t ambient temperature sensor pinched pipe 112
- S14hp high pressure switch screw connection 112
- S1hp high pressure switch flare connection 112
- S3t discharge temperature controller flange connection 112
- Symbol description symbol description 112
- Symbols the table below describes the symbols 112
- 102 part 1 system outline 114
- Esie05 07 book page 102 wednesday october 11 2006 10 42 am 114
- Functional diagram refrigeration circuit ewtp110 160mbynn 114
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewtp110 160mbynn it is also applicable for glycol applications 114
- Piping layout esie 05 07 114
- 104 part 1 system outline 116
- Esie05 07 book page 104 wednesday october 11 2006 10 42 am 116
- Functional diagram refrigeration circuit ewtp200 340mbynn 116
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewtp200 340mbynn it is also applicable for glycol applications 116
- Piping layout esie 05 07 116
- 106 part 1 system outline 118
- Esie05 07 book page 106 wednesday october 11 2006 10 42 am 118
- Functional diagram refrigeration circuit ewtp400 540mbynn 118
- Functional diagram the illustration below shows the functional diagram of the refrigeration circuit of ewtp400 540mbynn it is also applicable for glycol applications 118
- Piping layout esie 05 07 118
- Part 1 123
- What is in this chapter 123
- Wiring layout 123
- 112 part 1 system outline 124
- Main functions eev electronic expansion valve for stepless units batterypack for eev is not used 124
- Main functions of the ewap110 540mbynn ewad110 340mbynn ewwd120 540mbynn ewld120 540mbynn erap110 170mbynn and ewtp110 540mbynn 124
- Wiring layout esie 05 07 124
- Also referred to as master slave system 125
- Basic principles 125
- Dicn option dicn daikin integrated chiller network 125
- Esie 05 07 wiring layout 125
- It is not possible to combine water cooled air cooled or condenser less in one dicn 125
- It is possible to combine up to max 4 units in one dicn system 125
- No er units in a dicn system 125
- Part 1 system outline 1 113 125
- Possible to combine all air cooled including heat recovery in one dicn system 125
- Possible to combine all condensers less in one dicn system 125
- Possible to combine all water cooled in one dicn system 125
- Technical specification 127
- Unit setup 129
- Esie 05 07 wiring layout 133
- Ewap110 160mbynn and erap110 170mbynn 133
- Part 1 system outline 1 121 133
- Switch box layout ewap erap 133
- The illustration below shows the switch box layout for a double circuit 133
- 122 part 1 system outline 134
- Esie05 07 book page 122 wednesday october 11 2006 10 42 am 134
- Ewap240 340mbynn 134
- The illustration below shows the switch box layout for a double circuit 134
- Wiring layout esie 05 07 134
- Esie 05 07 wiring layout 135
- Esie05 07 book page 123 wednesday october 11 2006 10 42 am 135
- Ewap400 540mbynn 135
- Part 1 system outline 1 123 135
- The illustration below shows the switch box layout for a double circuit 135
- Esie 05 07 wiring layout 137
- Ewad120 170mbynn 137
- Part 1 system outline 1 125 137
- Switch box layout ewad 137
- The illustration below shows the switch box layout for a double circuit 137
- 126 part 1 system outline 138
- Esie05 07 book page 126 wednesday october 11 2006 10 42 am 138
- Ewad240 340mbynn the illustration below shows the switch box layout for a double circuit 138
- Wiring layout esie 05 07 138
- 128 part 1 system outline 140
- Ewwd120 280mbynn and ewld120 260mbynn 140
- Switch box layout ewwd ewld 140
- The illustration below shows the switch box layout for a double circuit 140
- Wiring layout esie 05 07 140
- Esie 05 07 wiring layout 141
- Ewwd360 540mbynn and ewld340 540mbynn 141
- Part 1 system outline 1 129 141
- The illustration below shows the top switch box layout for a circuit 2 141
- 130 part 1 system outline 142
- Ewwd360 540mbynn and ewld340 540mbynn 142
- The illustration below shows the lower switch box layout for a circuit 1 142
- Wiring layout esie 05 07 142
- Diagram 145
- Esie 05 07 wiring layout 145
- K1m k2m 145
- K9f k8f 145
- Part 1 system outline 1 133 145
- Q13f q12f 145
- Wiring diagram ewap110 160mbynn 145
- 8a 32a 149
- A 2a am 149
- A 2a am 2a 149
- A 2a am 4a 149
- A 3x250gl 149
- A am 4a 149
- A t 1a t 16a 149
- A t 32a 149
- Diagram 149
- Esie 05 07 wiring layout 149
- F12b f9b 149
- F13b f14b 149
- F14b f13b 149
- F1u f2u f3u 149
- F4u f5u f6b f7b 149
- K1m k2m 149
- K9f k8f 149
- Op esp 149
- Part 1 system outline 1 137 149
- Q11f q14f 149
- Q18f q15f 149
- Standard fan 149
- Wiring diagram ewap200 340mbynn 149
- X200gl 2a 149
- X250gl 149
- X300gl 2a 149
- X355gl 149
- X355gl 2a 149
- Changeable ai1 ex setp signal 0 1v 153
- Changeable do2 ex 2nd evaporator pump 153
- Changeable input 1 ex remote start stop 153
- Changeable input 2 ex dual setpoint 153
- Changeable input 3 ex enable disable cap lim 1 153
- Changeable input 4 ex enable disable cap lim 2 153
- Diagram 153
- Esie 05 07 wiring layout 153
- Operation c1 153
- Operation c2 153
- Part 1 system outline 1 141 153
- Pumpcontact 153
- Wiring diagram ewap400 540mbynn 153
- Diagram 157
- Esie 05 07 wiring layout 157
- F2u f1u 157
- K1m k2m 157
- Part 1 system outline 1 145 157
- Wiring diagram ewad120 170mbynn 157
- Diagram 161
- Esie 05 07 wiring layout 161
- K1m k2m 161
- Part 1 system outline 1 149 161
- Wiring diagram ewad240 340mbynn 161
- Diagram 165
- Esie 05 07 wiring layout 165
- Part 1 system outline 1 153 165
- Wiring diagram ewwd120 280mbynn 165
- 1a t 3x160gl 169
- 1a t 3x224gl 169
- 3x160gl 169
- 3x224gl 169
- A 2a 4a 169
- A 2a 4a f8b 169
- A 4a 2a 169
- Diagram 169
- Esie 05 07 wiring layout 169
- F11s k17s 169
- F15u f16u 2a 2a 2a 169
- F1r f2r 3 1a 3 1a 3 1a 3 1a 3 1a 169
- F1u f2u f3u 169
- F7b f6b 169
- F9b f10s 3x160gl 70 169
- K18s 70 115 110 169
- Part 1 system outline 1 157 169
- W 360 w 540 w 520 w 440 w 500 w 180m w 280m w 280m w 240m w 240m w 180c w 280c w 240c w 180c w 240c 169
- Wiring diagram ewwd360 540mbynn 169
- X200gl 3x200gl 169
- X224gl 2 1a t 169
- X224gl 3x224gl 3x224gl 115 169
- X250gl 3x200gl 169
- X250gl 3x250gl 169
- X300gl 169
- X355gl 169
- X500gl 169
- X500gl 3x250gl 3x250gl 169
- Diagram 173
- Esie 05 07 wiring layout 173
- K8f k9f 173
- Part 1 system outline 1 161 173
- Wiring diagram ewld120 260mbynn 173
- 10 several wiring possibilities 177
- 2 earth wiring 177
- 5 field supply 177
- Diagram 177
- Esie 05 07 wiring layout 177
- F1 9 connection continues on field f1 177
- Not mounted in switchbox 7 177
- Option 6 177
- Part 1 system outline 1 165 177
- Terminal number 15 4 15 177
- Wire number 15 177
- Wiring diagram ewld340 540mbynn 177
- 10 several wiring possibilities 181
- 2 earth wiring 181
- 5 field supply 181
- Diagram 181
- Esie 05 07 wiring layout 181
- F1 9 connection continues on field f1 181
- Not mounted in switchbox 7 181
- Option 6 181
- Part 1 system outline 1 169 181
- Terminal number 15 4 15 181
- Wire number 15 181
- Wiring diagram erap110 170mbynn 181
- 10 several wiring possibilities 185
- 11 input terminals for fieldwiring 185
- 12 output terminals for fieldwiring 185
- 4 3 6 5 185
- 5 field supply pumpcontact 185
- 70 terminals on main rail 185
- 88 terminal on field rail 185
- 9 connection continues on field f1 185
- A am 2a am 185
- A n other terminals in compressor switchbox 185
- According to iec standard 269 2 recommended fuses gl gg am also admitted 185
- Address 1 185
- Address 2 185
- Changeable ai1 185
- Changeable do2 185
- Changeable input 1 185
- Changeable input 2 185
- Changeable input 3 185
- Changeable input 4 185
- Compressorswitchbox 1 connections inside the 185
- Connection between pcb and remote user terminal 185
- Contactor coil ev 185
- Default op hr hr cond pump 185
- Diagram 185
- Dipswitch 185
- E 35 5 185
- Earth wiring 185
- Esie 05 07 wiring layout 185
- Ex dual setpoint 185
- Ex enable disable cap lim 1 185
- Ex enable disable cap lim 2 185
- Ex setp signal 0 1v 185
- Example 71 80 185
- Example configurable switches for remote function 185
- F1u f2u f3u 185
- F1u f2u f3u gl gg f4u f5u gl gg 185
- F4u f5u 185
- For the slave units see the installation manual in a dicn system only valid for the master unit 185
- H3p h2p 185
- K1m k2m 185
- L1 l2 l3 main terminals 185
- Maximum output current resistive 2a inductive 2a cos phi 0 4 185
- Not mounted in switchbox 185
- Obligatory 185
- Op52 main isolator switch optional 14 185
- Op57 a meter v meter 185
- Operation c1 185
- Option 185
- Or 230vac 185
- Overcurrent 185
- Part 1 system outline 1 173 185
- Position of jumpers and dipswitches 185
- Pumpcontact general operation without op dicn 185
- Remote 185
- S11s s12s 185
- S6s s10s 185
- Standard fan 185
- Sw 1 2 3 4 5 6 185
- Switchbox 185
- Terminal number 15 185
- To 1vdc 185
- U z main terminals in compressor switchbox 185
- Userterminal 185
- Vac or 230vac 185
- Waterpump 185
- Wire number 15 185
- Wiring diagram ewtp110 160mbynn 185
- X125gl 185
- X160gl 185
- 10 several wiring possibilities 189
- 11 input terminals for fieldwiring 189
- 12 output terminals for fieldwiring 189
- 4 3 6 5 189
- 5 field supply pumpcontact 189
- 70 terminals on main rail 189
- 88 terminal on field rail 189
- 9 connection continues on field f1 189
- A n other terminals in compressor switchbox 189
- According to iec standard 269 2 recommended fuses gl gg am also admitted 189
- Address 1 189
- Address 2 189
- Changeable ai1 189
- Changeable do2 189
- Changeable input 1 189
- Changeable input 2 189
- Changeable input 3 189
- Changeable input 4 189
- Compressorswitchbox 1 connections inside the 189
- Connection between pcb and remote user terminal 189
- Contactor coil ev 189
- Default op hr hr cond pump 189
- Diagram 189
- Dipswitch 189
- E 35 5 189
- Earth wiring 189
- Esie 05 07 wiring layout 189
- Ex dual setpoint 189
- Ex enable disable cap lim 1 189
- Ex enable disable cap lim 2 189
- Ex setp signal 0 1v 189
- Example 71 80 189
- Example configurable switches for remote function 189
- F1u f2u f3u 189
- F1u f2u f3u gl gg f4u f5u gl gg 189
- F4u f5u 189
- For the slave units see the installation manual in a dicn system only valid for the master unit 189
- H3p h2p 189
- K1m k2m 189
- L1 l2 l3 main terminals 189
- Maximum output current resistive 2a inductive 2a cos phi 0 4 189
- Not mounted in switchbox 189
- Obligatory 189
- Operation c1 189
- Option 189
- Or 230vac 189
- Overcurrent 189
- Part 1 system outline 1 177 189
- Position of jumpers and dipswitches 189
- Pumpcontact general operation without op dicn 189
- Remote 189
- S11s s12s 189
- S6s s10s 189
- Standard fan 189
- Sw 1 2 3 4 5 6 189
- Switchbox 189
- Terminal number 15 189
- To 1vdc 189
- U z main terminals in compressor switchbox 189
- Userterminal 189
- Vac or 230vac 189
- Waterpump 189
- Wire number 15 189
- Wiring diagram ewtp200 340mbynn 189
- X200gl 189
- X250gl 189
- X355gl 189
- Diagram 193
- Esie 05 07 wiring layout 193
- Part 1 system outline 1 181 193
- Wiring diagram ewtp400 540mbynn 193
- Part 2 functional description 197
- Operation range 199
- Part 2 199
- What is in this chapter 199
- 4 part 2 functional description 200
- Operation range esie 05 07 200
- Operational range ewap110 540mbynn 200
- Operational range the illustration below shows the operational range of ewap110 540mbynn 200
- Or filling up the system with a glycol solution 200
- Or heater tape standard 200
- Protect the water circuit against freezing by 200
- Water glycol 200
- Esie 05 07 operation range 201
- Operational range ewad110 540mbynn 201
- Operational range the illustration below shows the operational range of ewap110 540mbynn 201
- Or filling up the system with a glycol solution 201
- Or heater tape standard 201
- Part 2 functional description 2 5 201
- Protect the water circuit against freezing by 201
- Water glycol 201
- 6 part 2 functional description 202
- Lwe leaving water evaporator lwc leaving water condenser 202
- Max twc 202
- Operation range esie 05 07 202
- Operational range ewwd120 540mbynn 202
- Operational range in cooling mode the illustration below shows the operational range in cooling mode of the ewwd120 540mbynn 202
- Pull down area 202
- Water glycol 202
- Esie 05 07 operation range 203
- Lwe leaving water evaporator tc condensing temperature 203
- Max twc 203
- Operational range ewld120 540mbynn 203
- Operational range in cooling mode the illustration below shows the operational range in cooling mode of the ewld120 540mbynn 203
- Part 2 functional description 2 7 203
- Pull down area 203
- Water glycol 203
- 8 part 2 functional description 204
- Continuous operation area pull down area 204
- Operation range esie 05 07 204
- Operational range erap110 170mbynn 204
- Operational range in cooling mode the illustration below shows the operational range in cooling mode of the erap110 170mbynn 204
- Esie 05 07 operation range 205
- Operational range ewtp110 540mbynn 205
- Operational range in cooling mode the illustration below shows the operational range in cooling mode of the erap110 540mbynn 205
- Or filling up the system with a glycol solution 205
- Or heater tape standard 205
- Part 2 functional description 2 9 205
- Protect the water circuit against freezing by 205
- Water glycol 205
- Functional control for a standalone unit 207
- Part 2 207
- What is in this chapter 207
- Operation flowchart 208
- On off management 210
- Thermostat control 211
- A 2 a 2 213
- C b c c b 213
- Loadup dwn 213
- A 2 a 2 214
- C b c c b 214
- Loadup dwn 214
- Manual control 220
- Freeze up control 222
- Loadup no possible area 224
- Outlet temp 224
- Fan management 226
- Heat pressure control 226
- Minimum fanspeed hz 229
- Low noise function 231
- High pressure setback 232
- Fan output maximum 233
- Superheat control 234
- Pump control 239
- Lead lag control 241
- Capacity limitation 242
- Floating setpoint ambient mode 243
- Free cooling on ambient temperature 244
- Heat recovery 246
- Changeable digital inputs 248
- Changeable analogue inputs 249
- Changeable digital outputs 251
- Schedule timer management 252
- Holiday 01 to 03 255
- Pumpdown 258
- Password function 260
- 100 capacity general operation 261
- Capacity general operation 261
- Reversing valve 262
- Evaporator heater tape 263
- Low pressure bypass 264
- Simulation 265
- Bms function 267
- Part 2 269
- The functional controller for dicn 269
- What is in this chapter 269
- Dicn network overview 270
- Dicn basic setup master slave system 271
- 76 part 2 functional description 272
- Additional dicn wires awg20 22 shielded cable 272
- Connections to 272
- Master 272
- Slave 1 272
- Slave 2 and slave3 272
- The functional controller for dicn esie05 07 272
- Wiring example master slave 272
- On off management 281
- 86 part 2 functional description 282
- Air cooled cool ing only evaporator less water cooled condenser less 282
- Changing to inlet outlet when you change the inlet outlet mode in a unit status is transferred to all other units except units that are in dis conn on off mode and manual mode 282
- Inlet outlet mode equal for all units equal for all units dedicated to this unit only 282
- Ms option yes network unit ms option no standalone unit normal or standby disconn on off 282
- Overview of the possibilities 282
- Overview when connected in dicn the regulation mode inlet outlet is transferred to all units with ms option set to yes 282
- The functional controller for dicn esie05 07 282
- Thermostat control 282
- When you change the inlet outlet mode in a unit status is trans ferred to all other units except units that are in dis conn on off mode and manual mode 282
- When you change the inlet outlet mode in that unit no status is transferred to other units 282
- A 2 a 2 283
- C b c c b 283
- Loadup dwn 283
- Manual mode 285
- Freeze up control 286
- Heat pressure control 287
- Superheat control 288
- Pump control 289
- Lead lag control 290
- Priority management 291
- Capacity limitation 293
- Floating setpoint 294
- 100 capacity general operation 295
- Capacity general operation 295
- Free cooling 296
- Reversing valve 297
- Evaporator heater tape 298
- Heat recovery 299
- Changeable digital inputs 300
- Changeable analogue input 301
- Changeable digital outputs 302
- Schedule timer 303
- Pump down 304
- Part 2 305
- The digital controller for large chillers 305
- What is in this chapter 305
- The controller 306
- Start stop cool heat and temperature settings 308
- What happens in case of an alarm or a warning 309
- Menu overview 310
- How to read or adjust parameter settings the programming procedure 311
- Read out menu 312
- Set points menu 316
- User settings service menu 318
- To select the automatic or manual lead lag mode 319
- Timers menu 339
- History menu 341
- Info menu 345
- Input output status menu 347
- User password menu 353
- Network menu 354
- Cool heat menu 355
- Safety menu 356
- Part 3 troubleshooting 357
- Overview of fault indications and safeties 359
- Part 3 359
- What is in this chapter 359
- What happens in the event of an alarm 360
- What to do in the event of an alarm 361
- Overview of unit safeties 362
- Overview of circuit safeties 363
- Overview of network safeties 366
- Overview of warnings 367
- Checking the digital inputs and outputs 369
- Part 3 369
- What is in this chapter 369
- Input route 370
- Troubleshooting 371
- Output route 372
- Part 3 373
- Troubleshooting of inverter with the status display panel 373
- What is in this chapter 373
- Troubleshooting of inverter with the status display panel 374
- Part 3 375
- Procedure for software upload download 375
- What is in this chapter 375
- Copy from the software key to pco 376
- Copy from the software key to pco² 376
- Copy from pco to the software key 377
- Copy from pco² to the software key 377
- Installation of winload32 on the pc and programming a controller 378
- Go to the winload32 program page 379
- Select chiller pco² page 379
- Double click on the file 381
- Press on extract 381
- Select winload32 exe 381
- The file winload32 v3 0 is now saved on the hard disk of your pc 381
- Winzip will open 381
- Click on the model name 383
- Click to download the file 383
- Go back to the pco² software download page on the extranet 383
- Select save to download the file to your pc 383
- Please check that you have 4 times 392
- Upload completed successfully 392
- Copy software from winload32 to the software key 393
- Part 3 395
- Procedure to protect compressor in case of frozen evaporator 395
- What is in this chapter 395
- Procedure to protect compressor in case of frozen evaporator 396
- Part 3 397
- Procedure to clear the refrigerant circuit in case of frozen evaporators 397
- What is in this chapter 397
- Procedure to clear the refrigerant circuit in case of frozen evaporators 398
- Manual upload or download control motor test procedure 399
- Part 3 399
- What is in this chapter 399
- 3 4 5 6 400
- Manual upload or download control motor test procedure 400
- Eev driver error list 403
- Part 3 403
- What is in this chapter 403
- 48 part 3 troubleshooting 404
- A present for units with 1 eev driver 404
- B present for units with 2 eev drivers pco2 controller 404
- Eev battery disconnected 404
- Eev driver circuit 1 2 has no power 404
- Eev driver error list 404
- Eev driver error list esie05 07 404
- Eev driver is new has never been used before 404
- Eev eprom is broken 404
- Eev ntc sensor broken 404
- Eev ntc sensor not connected 404
- Eev pressure probe broken 404
- Eev pressure probe not connected 404
- Eev superheat to low 404
- For units with eev drivers 404
- Plan address setting of driver are equal and diff from pco2 controller ex pco2 1 eev1 3 eev2 3 404
- Plan address setting of driver is equal to address setting of pco2 controller ex pco2 1 eev1 1 404
- Plan address setting of driver is not correct and different from pco2 controller ex pco2 1 eev1 4 404
- Plan tx tx is not connected 404
- Plan tx tx of another evv driver is reversed connected 404
- Plan tx tx of this evv driver is reversed connected 404
- Plan vg0 24v eev driver is disconnected 404
- Plan vg1 24v eev driver is disconnected 404
- Start only if error is present during power on or plan led can be on or flashing display 404
- Symptom 404
- Valve did not close during stop for example during power off 404
- Esie05 07 eev driver error list 405
- Part 3 troubleshooting 3 49 405
- Symptom 405
- Part 4 commissioning and test run 407
- Part 4 409
- Pre test run checks 409
- What is in this chapter 409
- General checks 410
- Water piping checks 411
- 1000 kg m³ 413
- 4186 j kgk 413
- D k thermostat step difference 413
- Esie05 07 pre test run checks 413
- J kgk specific heat capacity of the fluid 413
- Kg m³ specific mass of the fluid 413
- Notation dimension description default 413
- Part 4 commissioning and test run 4 7 413
- Q w cooling capacity at the lowest capacity step of each chiller in the system 413
- T s minimum cycling time allowed by the com pressor 240 s 413
- V m³ required system volume 413
- Water quality the table below contains the required water quality specifications 413
- Water pressure drop through evaporator ewap ewtp110 160mbynn 414
- Water pressure drop through evaporator ewap ewtp200 340mbynn 415
- Water pressure drop through evaporator ewap ewtp400 540mbynn 416
- Water pressure drop through evaporator ewad120 340mbynn 417
- Water pressure drop through evaporator ewld ewwd120 540mbynn 418
- Water pressure drop through condenser ewwd120 540mbynn 420
- Water pressure drop through heat recovery condenser ewtp110 540mbynn 421
- Electrical checks 422
- Part 4 423
- Test run and operation data 423
- What is in this chapter 423
- Test run and operation data for ewap110 540mbynn 424
- Test run and operation data for ewad120 340mbynn 426
- Test run and operation data for ewwd120 540mbynn 427
- Test run and operation data for ewld120 540mbynn 429
- Test run and operation data for erap110 170mbynn 431
- Test run and operation data for ewtp110 170mbynn 432
- Part 5 maintenance 435
- Maintenance 437
- Part 5 437
- What is in this chapter 437
- Maintenance of the main parts 438
- Maintenance of the control devices 440
- Periodical checks 441
- Part 6 appendix 443
- Appendix 445
- Part 6 445
- What is in this chapter 445
- History of the software 446
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