4. ELECTRICAL WIRING DIAGRAMS
OUTDOOR UNITS
2 - 8
OUTDOOR
4. ELECTRICAL WIRING DIAGRAMS
+
-
+
+
+
+
2
1
+
+
+
+
+
3
2
3
2
L3
L2
L1
Noise Filter
C1
1
R6
3
TB22
DB1
U
F1,F2,F3
AC250V
6.3A
T
U
C5
C9
C2
1
1
1
L1
L2
TB23
5
C6
L3
U
3
CN1B
TB1
R1
U
C7
6
CN2
CN1A
R3
C1
TB21
C3
3
3
1
black
red
CN4
blue
C10
DSA
1
Z1
4
C4
U
Z2
Z3
F2
R2
Z4
F1
F3
R5
F4
AC250V
6.3A
T
C8
white
Z5
R4
D1
CN5
red
TB24
N
L
N
1
CN3
green
3
L3
N
L1
L2
Power Source
3N~
50/60Hz
380/400/415V
Discharge suction bypass
SV2
SV2
SV9
SV4c
CN508 black
X10
5
1
*1.Single-dotted lines indicate wiring not supplied with the unit.
*2.Dot-dash lines indicate the control box boundaries.
*3.Refer to the Data book for connecting input/output signal connectors.
*4.Daisy-chain terminals (TB3) on the outdoor units in the
same refrigerant system together
.
*5.Faston terminals have a locking function.
Make sure the terminals are securely locked
in place after insertion. Press the tab
on the terminals to remove them.
*6.Control box houses high-voltage parts.
Before inspecting the inside of the
control box,turn of
f the power
,keep
the unit of
f for at least 10 minutes,
and confirm that the voltage between
FT
-P
and FT
-N on INV Board has dropped
to DC20V or less.
X1
1
X12
3
5
6
1
CN509 blue
1
CN510 yellow
X09
3
6
Unit address setting
CN504 green
CT12
C31
C33
SV4b
R631
X13
3
6
red
CNIT
yellow
CNS2
t°
1
1
LED1 Display setting
CN51
12V
Function setting
SW1
10
1
CN212
CNTYP4
green
*3
3
2
Compressor ON/OFF output
Error detection output
CN201
Z25
1
4
1
1
1
TH3
3
ON
OFF
SW2
10
1
SWU2
LED1
C35
C37
R31
R33
R30
ON
SW3
10
Control Board
TH7
CN40
63HS1
CN41
TH6
t
°t
TH4
3
2
2
2
1
SW5
LED3:Lit when powered
1
3
R32
2
R34
R35
C36
3
C34
SC-V
CT22
SC-U
V
1
1
1
1
t
LED3:CPU in
operation
4
CNTYP2
black
6
yellow
CN3K
*3
3
5
U
blue
CN3N
5
4
4
CN21
blue
1
3
TB7 Power
selecting
connector
CN102
CNVDC
2
1
IPM
2
1
4
TP1
W
DCL
V
black
72C
white
red
3
2
1
ON
OFF
1
M-NET
power
supply circuit
1
2
3
M-NET
Board
1
2
1
Power failure detection circuit
1
CNAC2 black
CN502
Indoor/Outdoor
transmission
cable
INV Board
red
3
CNT01
U
4
ON
2
1's
digit
THHS
1
CNIT
red
S
2
1
CN990
1
3
W
TB3
10's
digit
OFF
LED2:CPU in operation
5
2
CNS2
yellow
TB7
1
CNDC
pink
M1
2
2
red
6
MS 3~
1
1
t
C100
*5
3
3
U
1
4
LED1:Power supply to
Indoor/Outdoor transmission line
SV4d
ZNR01
M2
32
M1
black
Central control
transmission
cable
*6
SC-L1
1
4
ON
OFF
FT
-N
R5
M 3~
Motor
(Compressor)
°
CN5V
yellow
5
2
3
3
3
red
CN3S
1
1
CN04
red
1
CN2
2
3
CN4
X05
2
2
Fan motor
(Heat exchanger)
SC-P2
P
1
CN21
1
CN202
red
TH5
°
N
CN1
M2
2
TP2
LED1:Normal operation(Lit)
/ Error(Blink)
2
CN503 blue
5
X04
4
*4
SC-W
C32
SC-L3
CH1
1
CN506
1
2
CN72
red
3
P
63H1
CN801
yellow
1
2
CN332
blue
2
1
OFF
SW4
10
black
1
CNT02
11
CN3D
4
3
2
1
21
CPU power supply circuit
CNAC
red
2
1
F01
AC250V
3.15A
T
1
t
CN507 red
ON
OFF
10
SWU1
white
CN213
red
SC-L2
3
Z24
7
4
°
3
2
1
1
2
2
7
1
2
CN5
1
CN4
red
CNINV
3
4
R630
1
1
C630
white
3
red
CN22
red
C631
5
F01
DC700V
4A
T
1
CNTYP5
green
4
LED2:Error
21S4a
1
LED1:Normal
operation
2
3
2
X02
X03
CN18V
blue
5
1
7
CN4
3
CN6
2
°
IPM
4
SC-P1
FT
-P
black
C30
red
CT3
72C
C1
CN2
CNTYP
black
R1
black
6
3
RSH1
CN102
1
1
1
F
AN Board
63LS
ZNR1
U
3
SV5b
X08
SV4a
X07
3
5
6
SV1a
1
SV5c
SV5b
<Symbol explanation>
DCL
SV1a
SV4a,b,c,d
CT12,22,3
CH1
1
72C
63LS
63HS1
63H1
Symbol
21S4a
SV5c
Z24,25
THHS
TH7
TH6
TH5
TH4
TH3
TB7
TB3
TB1
SV9
DC reactor
Solenoid valve
Crankcase heater(for heating the compressor)
Current sensor(AC)
Magnetic relay(inverter main circuit)
Low pressure
Discharge pressure
High pressure protection for the outdoor unit
Pressure switch
Pressure sensor
Explanation
4-way valve(Cooling/Heating switching)
For opening/closing the bypass circuit under the O/S
Heat exchanger capacity control
Liquid pipe temperature
Thermistor
Discharge pipe temperature
ACC inlet pipe temperature
OA
temperature
IPM temperature
Function setting connector
Power supply
Indoor/Outdoor transmission cable
Central control transmission cable
Terminal block
Heat exchanger inlet pipe temperature
For opening/closing the bypass circuit
Heat exchanger low pressure bypass
For opening/closing the bypass circuit
PURY-WP200, 250YJM-A
Содержание PURY-WP-YJM-A
Страница 1: ...DATA BOOK PURY WP YJM A CMB WP V G PEFY WP VMS1 E PEFY WP VMA E PFFY WP VLRMM E MODEL 3rd edition ...
Страница 3: ...Databook ...
Страница 5: ...1 2 INDOOR UNITS ...
Страница 39: ...1 36 INDOOR UNITS ...
Страница 51: ...1 48 INDOOR UNITS ...
Страница 61: ...1 58 INDOOR UNITS ...
Страница 68: ...2 1 HYBRID CITY MULTI OUTDOOR UNITS 2 OUTDOOR UNITS HYBRID CITY MULTI 2 3 ...
Страница 69: ...2 2 OUTDOOR UNITS ...
Страница 85: ...2 18 OUTDOOR UNITS ...
Страница 172: ...4 1 HYBRID CITY MULTI SYSTEM DESIGN 4 SYSTEM DESIGN SYSTEM DESIGN 4 3 ...
Страница 173: ...4 2 SYSTEM DESIGN ...