[4-3 Electrical Wiring Diagrams ]
12 -
chapter 4
BS_04_C
4 Ele
c
tr
ic
al
Comp
onen
ts
a
nd Wiring Diagra
ms
4-3
Electrical Wiring Diagrams
(1) PUHY-P250YNW-A
RSH01/02/03
For current detection
Central control transmission cable
Indoor/Outdoor transmission cable
L
Choke coil (for high frequency noise reduction)
For inrush current prevention
Resistor
R1,5
HIC bypass,Controls refrigerant
flow in HIC circuit
For opening/closing the discharge
suction bypass
SV2
Pipe temperature
SV1a
LEV2a,b
21S4a
Symbol
<Symbol explanation>
63H1
63HS1
63LS
C700,C701,
21S4b
LEV1 *10
DCL
Pressure control,Refrigerant flow
rate control
Solenoid
valve
For opening/closing the bypass
circuit under the O/S
Heat exchanger capacity control(only
4-way valve
Explanation
Pressure
sensor
Cooling/Heating switching
Pressure
switch
High pressure protection for the
outdoor unit
Discharge pressure
Low pressure
Capacitor(inverter main circuit)
Linear
expansion
valve
DC reactor
TH5
TH4
TH3
TB7
TB3
TB1
SV9 *8
Thermistor
Discharge pipe temperature
ACC inlet pipe temperature
Power supply
Terminal
block
*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
removed
them.
*6.
Control box houses high-voltage parts.
Before inspecting the inside of the MAIN BOX or INV BOX,
turn off the power,keep the unit off for at least 10
minutes, and confirm that the voltage of the connector
RYPN on INV BOX has dropped to DC20V or less.
SV14,15 *11
For changing refrigerant flow
(cooling/heating)
INV Board
IPM
THHS
SC-U
SC-V
SC-W
4
1
CNCT2
yellow
SC-P1
SC-P1L
DCL
FT-P2
FT-P1
X901
X902
R1,R5
2 1
green
+
+
C705,
R705,
C706
R706
C700,
R700,
C701
R701
1
CNFAN1
4
NR001
SC-L1
SC-L2
SC-L3
SC-PL
CN-N
red
IPM
CNDCP
red
CNINV
3
1
CNDCN
black
FAN Board
F001 DC 400V 10AT
RSH01/02/03
1
4
CN80
SW001
1
ON
OFF
4
LED4:CPU in operation
LED1:Normal operation(Lit)
/ Error(Blink)
2
1
CN81
green
Noise Filter
Noise filter
L3
N
L2
L1
L
L3
N
L2
L1
Surge absorber
CN2
Power failure
Detection circuit
Noise filter
1
2
1
2
1
4
7
1
2
CN3
black
2
1
6
3
1
Control Board
3
12
1
2
3
3
12
1
2
3
CN202
CN201
red
63LS
63HS1
12
CNPOW
yellow
1
3
CN3K
yellow
1
3
CN3S
red
*3
1
3
CN3D
1
3
CN3N
blue
4
1
CN41
23
4
1
CN40
23
TP1
TP2
TB3
TB7
M1
M2
M1
M2
S
Indoor/Outdoor
transmission
cable
Central control
transmission
cable
*4
LED2
LED101
LED102
LED103
CNAC
3
1
SWU2
LED301
SW6
10
1
SW4
Compressor ON/OFF output
Error detection output
DC12V
CN51
ON
1's
digit
10's
digit
OFF
ON
OFF
SW5
10
1
1
*3
ON
OFF
10
SWU1
SWP3
LED301
Display
setting/
Function
setting
SW7
10
1
ON
OFF
SW101
10
1
ON
OFF
CN4A
black
2
31
4
CN4
black
2
31
4
CNPS
red
21
4
CN604
blue
21
CN603
blue
2
13
CN600
45
2
1
PS Board
1
3
CNINV
yellow
21
CNFAN1
yellow
1
2
CNDC
4
51
2
CN101
4
blue
CN304
2
1
blue
CN303
2
1
4
3
2
1
CN202
CN100
red
13
DB2
IPM power
supply circuit
M-NET power
supply circuit
CPU power
supply circuit
32
CN110
black
21
2
22
2
ON
OFF
USB TYPEA
CNUSB
X10
X07
X09
5
5
1
1
CN506
red
21S4b
Power failure
detection circuit
CN507
black
3
6
SV9
SV2
X05
X06
3
5
1
6
CN505
SV1a
21S4a
X04
3
1
CN504
SV14
X03
3
1
CN503
SV10
green
yellow
6
F001
AC250V
3.15A T
CN-P
blue
CN19V
CNRY
U
V
W
MS
3~
SW001
1
OFF
LED4:CPU in operation
LED1:Normal operation(Lit)
/ Error(Blink)
2
ON
LED900:Relay power supply
L3
N
L1
L2
TB1
L1
L2
L3
N
Power Source
3N~
50/60Hz
380/400/415V
ACCT1
ACCT2
TB7 Power selecting connector
LED4 *7
DB1
-
+
1
2
CNINT
4
red
P
63H1
RY63H
black
2
1
CNAC2
2
1
CNFG
blue
TH2
TH5
t°
CN211
green
t°
1
2
3
4
t°
CN213
green
TH6
1
2
TH3
TH7
t°
CN212
red
t°
1
2
3
4
Z25
3
CNTYP5
green
1
CNTYP4
1
2
Z24
TH15
TH4
t°
CN192
green
t°
1
2
3
4
LEV2a
M
1
2
3
4
6
CNLVB
red
LEV1/LEV9
M
1
2
3
4
6
CNLVA
5
LEV2b
M
1
2
3
4
6
CNLVC
blue
LEV9/LEV2d
M
1
2
3
4
6
CNLVE
green
CNPW
2
31
4
2
1
13
RYPS1
23
U
1
RYPN
X02
3
1
CN502
SV15
black
*8
*11
*8
*8
*8
P
N
CNRYA
red
21
*10
LED3
*7
U
V
W
MS
3~
7
4
1
8
Motor
(Compressor)
Fan motor
(Heat exchanger)
*7.
Control board LED display.
1
2
4
RYPS2
*5
*5
*5
1 2
1
4
CN2
2 3
PUHY model).
Cooling/Heating switching
C705,C706
ACCT1,ACCT2
Current sensor(AC)
LEV2d *9
Pressure control,Refrigerant flow
rate control
LEV9 *9,10
Heat exchanger for inverter
For opening/closing the bypass circuit
SV10 *8
For continuous heating
Subcool bypass outlet temperature
TH2 *8
*8
*11
RYFAN1
CN5
green
3
1
CN1
3
1
F4 AC 250V 6.3A T
Function setting
5
X800
X901,
X902
LED2
Normal operation(Lit)/Error(Blink)
In operation(Lit)/In stop(Unlit)
LED3
SW6-10 is OFF and
SW4-1~10 are OFF
Function setting by SW4
enable(Lit)/disable(Unlit)
SW6-10 is ON
LED4
USB connection
With(Lit)/Without(Unlit)
LED101
Normal operation(Lit)/IC Error(Unlit)
LED102
Normal operation(Lit)/Error(Blink) for central control transmission
LED103
Normal operation(Lit)/Error(Blink) for indoor/outdoor transmission
*8.
Difference of appliance.
Model name
Appliance
PUHY
*8 exist
PURY
*8 do not exist
*9.
Difference of appliance.
*10.Difference of appliance.
Model name
Appliance
PUHY
LEV1
PURY
LEV9
*11.Difference of appliance.
Model name
Appliance
PUHY-P,PURY
*11 do not exist
PUHY-EP
*11 exist
<INV BOX>
<MAIN BOX>
*6
THHS
1
3
4
5
Z22
3
CNTYP2
black
1
Z2
U
7
F1~F3 AC 250V 6.3A T
Z22,Z24,Z25
X901,X902
Function setting connector
Magnetic relay(inverter main circuit)
5
12
CNFG5
blue
-
+
Z1
U
Model name
Appliance
PUHY
LEV9
PURY
LEV2d
Compressor shell bottom temperature
OA temperature
TH15
TH7
TH6 *8
Subcooled liquid refrigerant temperature
IPM temperature
THHS
*9
0000004494.BOOK 12 ページ 2017年12月26日 火曜日 午前11時43分
Содержание PFD-P250VM-E
Страница 1: ...AIR CONDITIONER 2017 Service Handbook PUHY P250YNW A PUHY P500YSNW A PFD P250VM E PFD P500VM E Model ...
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