Daikin Magnitude - Page 29

InsTallaTIon
www.DaikinApplied.com 27 IOM 1210-7 • MAGNITUDE
®
MODEL WMC CHILLERS
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
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
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
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
  
+
-
966, 981 985
7
6
C B 1
T1
91 4 91 5
MAIN POWER
SOURCE
SI NG LE POINT
DISCONNECT
SWITCH
L1 L2 L3
T1 T2 T3
DS1
SINGLE POINT
POWER BLOCK
SPPB
L1 L2 L3
GND
901
903
90 2
92 1
92 2
92 3
3-3
SEE
NOTE
1-1
TERMINAL
BLOCK AND
LEAD
NUMBE RS
TB1
37
42 41
34
33
32
31 29 29
PE
881
161, 875
162, 876 950, 951
953, 984
163, 877
164, 874
165, 882
166, 883
167, 873
30 30
968, 960
881, 874
34
878, 884 885 988, 964
956, 957 961, 963
28
947, 948
39 38
866, 115
868, 215
33
865, 872
A2 A1
B1
B2
C2 C1
90 4
LI NE
REAC TOR
EM I
F IL TE R
PO WER
FUSES
A B
C
B
C
90 7
90 8
90 9
A
LR1
EMI1
C B 2
92 4 20 4
92 7
92 8
92 9
EMI2
EMI
FIL TE R
A B
C
B
C
A
92 5 92 6
90 6
90 5
3-2
SE E
NOTE
104
MAIN
POWE R
SOURCE
GFP
REL AY
GF P SENSO R
87 0
86 9
BLK
86 8
87 2
87 1
   
   
1 3
X1X2X3
FB2
A1
A2
94 5
32
31
44
43
39
BL K
21 5
33
W HT
21 6
GFP2
39 33
C B 1
904
CB 2
924 925 926
906
90 5
MAIN
POWE R
SOURCE
3-3
SEE
NOTE
F22
F21
1-1
T1
H2H3
11 5V
F13
XF
F11
H4
95 4
F12
1 2
R1V
X1
94 3
22
21
14
13
94 1
940
93 8
IR1
91 5
91 4
204
10 4
93 4
93 5
H2
H3
11 5V
F13
XF
95 3
F11
H4
H1
94 1 94 4
*
95 4
  


F12
95 6
CB 1
91 4
91 5
F11
*
F12
90 1
90 5
90 4 90 6
10 4
90 3
90 2
CB 1
91 4 91 5
DS2
94 4A
*
90 6
90 5
90 4
90 6
90 5
10 4
90 1
90 3
90 2
94 1A
3-5
SEE
NOTE
3-4
SEE
NOTE
K1V
CLOS ED
>30 C
PO WER
CABL E (P-CBL)
2
1
3 4
24 VD C
87 8
TB1
PS1
S
24 VA C
96 4
A2A1
T3
C
18N O
15 C
7
PE
CTB1
87 5
881
16 7
96 6
96 7
968
M
1
~
t>
94 7
S1T
M1T
96 295 7 95 9
96 1
COM
V3
96 3
11
12
95 8
14
948
87 6
K1V
L2-29
K1T
4 SECONDS = 4 x 1S K1V
L1-30
16 3
16 4
K1T
K1R
5 6
TDC – 4 SEC
K1T
A2
A1
K2R
88 2
88 3
165 166
87 7
K1R
A2A1
t>
TRTS1
C NT 1
K2R
A2
A1
t>
TRT S2
CNT 2
98 1
98 2
98 3
98 5 98 6
98 7
98 4 98 8
96 5
31
32
33 34
37
41
42
PE
96 0
31
32
33
34 37
87 3W J
41
42
L3-28
16 2
34
34
88 5 88 4
95 1
95 0
3-5
3-4
L1-30
L2-29
SEE
NOTE
87 4W J
1 2
R1V
X1
X2
T1
H2H3
11 5V
95 5
F13
XF
F11
H4
H1
94 1 944
95 4
F12
1 2
R1V
X1
X2
T1
H2H3
11 5V
95 5
F13
XF
H4
H1
95 4
1 2
R1V
X1
X2
94 1 94 4
H1
95 6
95 3
L2-29
95 5
95 5
X2
GFP
RELAY
GF P SENSO R
BLK
86 6
86 5
1
3
38
BLK
11 5
33 W HT
11 6
GFP1
38
33
7
6
86 3
86 2
86 4
   
   
X3X2X1
3-3
SE E
NOTE
1-1
7
6
GFP
REL AY
GFP SENSO R
87 0
86 9
BLK
86 5
86 6
87 1
  
  
1 3
X1X2X3
38
BL K
11 5
33
W HT
11 6
GFP1
38 33

94 2
93 9
93 6
93 7
94 4

DIP -SW
1 = OFF (1S) 2 = ON (AUTO RESET) 3 = ON (NC) 4 = ON (UNDER VOLTAG E)
SV = 65% HYS = 5% T= 0.1 S
S1T
T = 8 0 °F
GFP
SWITCH = NORMAL TRIP AMPS = B
876, 873
16 1
94 6
946
C1
F14 F16
10 1 10 2
10 3
3-1
SEE
NOTE
SHIE LD
F15
91 0
91 1 91 2
INP UTOUT P UT
U 4 V 4W 4
U1
V1
W1
U2
V2
W2
T1
OV ER-
TEM PE RA TUR E
SWITCH
T2
SHUNT
L3
CONTACTOR
T1
T3
L1
CAPACITOR
BA NK
CNT1
CPTB 1
HARMONIC FILTER
974
975
976
A2 A1
B1B2
C1
3-2
SEE
NOTE
C2
LI NE
REACTOR
C1
F24F26
20 120 2
203
3-1
SE E
NOTE
SHIE LD
F25
93 0
93 193 2
I NP UT OU T PUT
U4V4W4
U1
V1
W1
U2
V2
W2
T1
OV ER-
TEMPERATURE
SWITCH
T2
SHUNT
L3
CONTACTOR
T1
T3
L1
CAPA CITOR
BA NK
CNT2
CPTB2
HARMO NIC FILTER
97 9
97 8
97 7
PO WER
FU SES
t>
TRTS1
TRTS2
t>
94 9
LN
G
PE