- 52 -
Technical data
'19 • HM-T-340
L
1
RD
F (30A)
F (8A)
WH
RD
WH
2
1
RD
WH
RD
BL
RD
WH
BL
RD
WH
L1o
No
TB
TB
N
P1
N1
RD
RD
WH
BL
BL
BK
RD
BL
P2
N2
UV
W
U
VW
PN
2
DM
NOISE FILTER PCB3
PCB2 INVERTER
1234
SW3
LED1
SW1
LED2
〜
BL
CT
CNW (BK)
CNW2 (OR)
CNEEV1
(WH)
6
CNI2 (WH)
CNI4 (WH)
CNI1 (WH)
CNI3 (WH)
CNA2 (WH)
CNACT1
(WH)
IPM
CNA1 (WH)
BL
RD
BL
RD
BL
PCB1
BL
4
OR
3
Y
2
WH
1
RD
CNEEV2
(RD)
CNPS (RD)
CNB (RD)
6
BL
4
OR
3
Y
2
WH
1
WH
RD
BK
CNIP (Y)
Tho-P
BK
BK
OR
CNFAN1
(WH)
BL
7
BR
6
WH
54
RD
1
CNH (BR)
63H1
Two fan unit only
Two fan unit only
BK
BK
CNS (RD)
CNR (WH)
CNF (BK)
BL
BL
CH
BR
BR
Tho-D
BK
BK
Tho-R1
BK
BK
CNTH (WH)
Tho-S
RD
RD
Tho-A
Y
Y
52X1
52X3
DH
BK
BK
+
+
−
+−
A/F MODULE
P
N2
L1
L
L2
1
2
3
SM1
SM2
MS 3
〜
M
M
CM
FM01
20S
CNN1 (Y)
BL
BL
SV1
LPT
t°
t°
t°
t°
t°
t°
Tho-R2
BK
BK
OR
CNFAN2
(WH)
BL
7
BR
6
WH
54
RD
1
M
FM02
M
GN
E
GN
E
52X2
52X4
F (4A)
Two fan motor
unit only
GN
Y/GN
Charge port of pipe
Charge port of gas check valve
Cooling operation
High pressure
Low pressure
Heating operation
Low pressure
High pressure
ITEM
DESCRIPTION
CM
Compressor motor
FM01,2
Fan motor
CH
Crankcase heater
DH
Drain pan heater
52X1
Auxiliary relay (for CH)
52X2
Auxiliary relay (for DH)
52X3
Auxiliary relay (for 20S)
52X4
Auxiliary relay (for SV1)
20S
Solenoid valve for 4-way valve
SV1
Solenoid valve
SM1
Expansion valve for cooling
SM2
Expansion valve for heating
63H1
High pressure switch
Tho-A
Thermistor (Outdoor air temp.)
Tho-D
Thermistor (
Discharge pipe temp
.)
Tho-R1,R2
Thermistor (
Heat Exchanger temp
.)
Tho-S
Thermistor (Suction pipe temp.)
Tho-P
Thermistor (IPM)
LPT
Low pressure sensor
IPM
Intelligent power module
CT
Current sensor
TB
Terminal block
F
Fu
se
CnA
〜
Z
Connector
SW1
Pump down switch
SW3
Local setting switch
LED1
Indication lamp (RED)
LED2
Indication lamp (GREEN)
DM
Diode module
L
Reactor
1.
local setting switch SW3 (Set up at shipment OFF)
2.
Refrigerant charge
Be sure to read the installation sheet attached to the outdoor
unit and the instruction manual and
installation sheet attached to the indoor unit before power is
turned on.
1. This unit is designed for R410A refrigerant. Do not use any
other refrigerant than R410A.
2. Be sure to turn on the power source of air-conditioner 6 hou
rs before operation.
This unit is NOT under operation by the time dome temperature o
f which is fully warmed for protecting of compressor
.
Starting the compressor forcibly can cause damage to it.
3. When operation stops, wait for 3 minutes to start again.
4. Reconfirm that the check valves are fully open before operat
ion.
5. The 4-way valve is electrified during heating operation.
6.
Detected pressure of charge ports (discharge pipe and gas check
valve) is different for cooling and heating operation.
7.
This outdoor unit may start in the standby mode (waiting for a
compressor startup), which can
continue up to 30 minutes, to prevent the oil level in the comp
ressor from lowering on the first
operation after turning on the circuit breaker. If that is the
case, do not suspect a unit failure.
Pump down operation can be done by using SW1 when the indoor un
it is in
Add Heat Only mode.
Carry out the pump down operation according to the following pr
ocedure.
①
Check that the unit is NOT
in operation and close the liquid ga
s service valve.
At the same time check that the gas service valve is fully open
.
②
Pump down operation starts when SW1 is kept pressed for 2 secon
ds.
③
The pump down operation will be completed in about 3 or 4 minut
es.
After completed, close the gas service valve.
If pump down operation needs to be done again, follow the metho
d
①
-
②
.
Notes
1. Connect wires between terminals of the same number to the in
door unit.
The defrost operation interval becomes shorter by turning ON th
is switch.
This switch should be turned ON in the area where outside tempe
rature
becomes below the freezing point.
When this switch is turned ON, the outdoor unit fan will run fo
r 10
seconds in every 10 minutes, when outdoor temperature falls to
lower and the compressor is not running when the unit is used i
n a
very snowy country, set this switch to ON.
SW3-1
SW3-2
Defrost control change
Snow guard fan control
Mark
Color
BK
Black
BL
Blue
BR
Brown
GN
Green
OR
Orange
RD
Red
WH
White
Y
Yellow
Y/GN
Yellow/Green
GR
Gray
P
Pink
Position of compressor Terminals
U (RD)
W (BL)
V (WH)
Precaution
Note
3.
Pump down operation
4.
Condition of electronic expansion valves. The steady condition of electronic expansion valves are as foll
ows.
When turned normally OFF
When turned abnormally OFF
When power source is turned ON
In cooling
In heating
In cooling
In heating
Fully closed
Fully closed
Fully open
Fully open
Fully open
Fully open
Fully open
Fully closed
Fully open
Fully open
Expansion valve for cooling
Expansion valve for heating
NOTE
:
Power supply to the outdoor unit will be turned OFF after 10 mi
nutes has elapsed
when the indoor unit is turned into
Add Heat Only mode.
Make sure to start Pump down operation before the power is turn
ed OFF
.
Do not connect any wires on the port1 on the outdoor unit.
*B
e sure to charge refrigerant in liquid phase from refrigerant
cylinder. When
charging in gas phase, refrigerant composition changes. This un
it is charged with
enough refrigerant for a piping length of 15m. When the piping
length is less than
15m, additional charge is not necessary. When the piping length
exceeds 15m or
re-charge refrigerant servicing, charge necessary amount of ref
rigerant by
calculating from the piping length in the following table.
* No need of additional charge when calculated charge amount is
negative.
Additional charge amount (kg) = {Main piping length (m) - 15(m)
} x 0.06(kg/m)
Piping length of customer (main pipe)
m
5.
Error code
Outdoor unit LED
LED1 (Green)
LED2 (Red)
Stay off
ー
ー
OU com.error
Error Code in
Error Log
Indoor Unit
Display
Contents
Stay off
Normal
Communication error between outdoor and indoor unit
Phase wiring is open
High pressure error of cooling
Discharge gas temp. error
Defective outdoor unit Heat Exchanger thermistor
Defective outdoor temp. thermistor
Defective discharge pipe thermistor
Defective suction pipe thermistor
2 time flashing
Keeps flashing
Keeps flashing
OU phase error
High HX temp.
Permanent Hotgas
S.fault Tho-R
S.fault Tho-A
S.fault Tho-D
S.fault Tho-S
1 time flashing
Keeps flashing
Liquid crystal flashing or off
Connection error between outdoor and indoor unit
E5
E34
E35
E36
E37
E38
E39
E53
High pressure switch (63H1) is on operation
IPM overheat error
Current cut
Communication error between inverter control boards
Abnormal inverter control board
Outdoor fan motor error
Abnormal low pressure or defective low pressure sensor
Defective low pressure sensor
Shortage of refrigerant
Compressor starting error
HP alarm
LP alarm
S.fault LPT
Low refrigerant
Inverter error
Inverter error
Fan alarm
5 time flashing
Keeps flashing
E40
E41
E42
E45
E51
E48
E49
E54
E57
E59
HSB100 HSB140
L
HMA100-S
RD
WH
L
1
RD
WH
TB
N
PSC011G564AC
Z
DESIGNED FOR R410A
REFRIGERANT
X10
PE
N
2
3
1
N
INDOOR
UNIT
X2
PE
L
2
3
2
3
HMK100
OUTDOOR
UNIT
L
1
RD
WH
WH
RD
Meaning of marks
FDCW 100VNX-A, 140VNX-A
Electrical circuit diagram
Содержание FDCW100VNX-A
Страница 7: ... 5 Technical data 19 HM T 340 Technical data ...
Страница 36: ... 34 Technical data 19 HM T 340 Dimensions FDCW71VNX A Meaning of symbol ...
Страница 38: ... 36 Technical data 19 HM T 340 FDCW140VNX A Meaning of symbol Dimensions ...
Страница 41: ... 39 Technical data 19 HM T 340 Electrical circuit diagram ...
Страница 42: ... 40 Technical data 19 HM T 340 Electrical circuit diagram ...
Страница 43: ... 41 Technical data 19 HM T 340 Electrical circuit diagram ...
Страница 44: ... 42 Technical data 19 HM T 340 Electrical circuit diagram ...
Страница 45: ... 43 Technical data 19 HM T 340 Electrical circuit diagram ...
Страница 46: ... 44 Technical data 19 HM T 340 Electrical circuit diagram ...
Страница 47: ... 45 Technical data 19 HM T 340 Electrical circuit diagram ...
Страница 48: ... 46 Technical data 19 HM T 340 Electrical circuit diagram ...
Страница 49: ... 47 Technical data 19 HM T 340 Electrical circuit diagram Split box HSB60 W ...
Страница 50: ... 48 Technical data 19 HM T 340 HSB100 Electrical circuit diagram ...
Страница 51: ... 49 Technical data 19 HM T 340 HSB140 Electrical circuit diagram ...
Страница 52: ... 50 Technical data 19 HM T 340 Electrical circuit diagram Outdoor units FDCW60VNX A ...
Страница 57: ... 55 Technical data 19 HM T 340 Electrical circuit diagram POWER SOURCE RC HY20 W sheet 3 ...
Страница 58: ... 56 Technical data 19 HM T 340 Electrical circuit diagram RC HY20 W sheet 4 ...
Страница 61: ... 59 Technical data 19 HM T 340 Electrical circuit diagram POWER SOURCE RC HY40 W sheet 3 ...
Страница 62: ... 60 Technical data 19 HM T 340 Electrical circuit diagram RC HY40 W sheet 4 ...
Страница 63: ... 61 Technical data 19 HM T 340 Electrical circuit diagram INDOOR UNIT HSB INDOOR UNIT HSB RC HY40 W sheet 5 ...
Страница 64: ... 62 Technical data 19 HM T 340 Electrical circuit diagram RC HY40 W sheet 6 ...
Страница 65: ...Installation 19 HM T 340 Installation 63 ...
Страница 133: ...Control 19 HM T 340 Control 131 ...
Страница 170: ... 168 Service 19 HM T 340 Service ...
Страница 263: ... 258 Service 19 HM T 340 Outdoor unit FDCW60VNX FDCW71VNX Component replacement ...
Страница 264: ...Service 259 19 HM T 340 FDCW100VNX FDCW140VNX LEK LEK Component replacement ...
Страница 290: ... 285 Components 19 HM T 340 Components ...
Страница 300: ... 295 Components 19 HM T 340 PT300 Component positions ...
Страница 301: ... 296 Components 19 HM T 340 Component positions PT300 PT300 A mm 1634 B mm 743 C mm 673 ...
Страница 302: ... 297 Components 19 HM T 340 PT500 Component positions ...
Страница 303: ... 298 Components 19 HM T 340 PT500 Component positions PT500 A mm 1835 B mm 897 C mm 832 ...
Страница 311: ...THo R THo A THo D Outside units FDCW60VNX 306 Components 19 HM T 340 Piping system ...