Sanyo Classic PAC i serie Einbauanleitung Seite 69

Remote
controller
address
display
Address
ALL
6 5 4
ON
3 2 1
OFF
Indoor unit
PCB address,
DIP switch
For address switches 1, 2, and 3, turn DIP switch 1 to OFF.
For address switches 4, 5, and 6, turn DIP switch 1 to ON.
Main Off
Sub On
Address switch
Test
Remote controller
Indoor unit control PCB
2 HP
DIP switch
(SW101)
Address switch
(SW102)
■ X, T, U Types (for Link Wiring)
10-17. Caution
This unit may be used in a single-type refrigerant system
where 1 outdoor unit is connected to 1 indoor unit, and also
in a system where 1 outdoor unit is connected to multiple
indoor units (maximum 4 < Double-Twin >).
● This test run explanation describes primarily the procedure
when using the wired remote controller.
● If link wiring is used, set the outdoor unit system address
to allow the combination of indoor and outdoor units to be
identified. At the same time, indicate the indoor-outdoor unit
combination number in a location where it can be checked
easily (near the indoor unit nameplates). (This number will
be required for subsequent maintenance. Refer to 10-22-2,
-3, -4.)
● Request that the customer be present when the test run is
performed. At this time, explain the operation manual and
have the customer perform the actual steps.
● Be sure to pass the manuals and warranty certificate to the
customer.
● Check that the 220 – 240 V AC wiring is not connected to the
inter-unit control wiring connector terminal.
If 220 – 240 V AC is accidentally applied, the indoor or
outdoor unit control PCB fuse (0.5 A for both indoor and
outdoor units) will blow in order to protect the PCB. Correct
the wiring connections, then disconnect the 2P connectors
(indoor: blue, OC) (outdoor: blue, serial 1) that are
connected to the PCB, and replace them with 2P connectors
(indoor: brown, EMG) (outdoor: brown, serial 2).
If operation is still not possible after changing the brown
connectors, try cutting the varistor (black) (both indoor and
outdoor).
(Be sure to turn the power OFF before performing this work.)
Address Address Address
1 2
6 5 4 6 5 4
ON ON
3 2 1 3 2 1
OFF OFF
3 HP
DIP switch
(SW101)
Indoor unit control PCB
3
6 5 4 ON
3 2 1 OFF
Varistor (black)
VA100
Fuse 0.5A
Outdoor unit control PCB
(Single-phase)
3 – 4 HP
Up side
Address switch
(SW102)
Bottom
side
Fig. 10-14
5 HP
F101
MOV
(CN025, WHT)
TD (CN024, BLK)
TO (CN023, BLK)
TS (CN022, RED)
(3-phase)
3 – 4 HP
5 – 6 HP
67
CHK (2P plug)
2P connector (brown)
2P connector (blue)
HIC
Temperature
sensor
C2 (CN020, WHT)
MOV (CN25, WHT)
Varistor (VA002)
PRY (CN110, YEL)
C2 (CN020, WHT)
C1 (CN021, WHT)
System address rotary switch
System address 10s digit and 20s digit
DIP switch
Terminal plug (black)
AUTO ADD (CN041)
System address
Rotary switch (S002)
TERMINAL (S010)
JP007
System address
DIP switch (S003)
RC-P (CN032, RED)
LED1
LED2
PUMP DOWN (CN042)
EEPROM (IC006)
C1 (CN021, BLK)
TO (CN022, WHT)
TD, TS (CN023, WHT)
EXCT (CN026, RED)
QUIET MODE (CN028, WHT)
RC-P (CN032, RED)
FAN (CN030, WHT)
ROM (CN012, WHT)
OC (CN013, BLU)
EMG (CN014, BRN)
20S (CN09, WHT)
FUSE (25A, F003)
JP007
Varistor (VA001)
Terminal plug (CN015, BLK)
EMG (CN014, BRN)
OC (CN013, BLU)
ROM (CN012, WHT)
EEPROM (IC007)
Fig. 10-15-1
Automatic address
button (black)
Terminal plug (CN015, BLK)
OC (CN013, BLU)
EMG (CN014, BRN)
JP007
ROM (CN012, WHT)
EEPROM (IC007)
TD (CN024, BLK)
TO (CN023, BLK)
MOV(CN025, WHT)
C2 (CN020, WHT)
C1 (CN021, WHT)
TS (CN022, RED)
Fig. 10-15-2