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4
4.2
SCHEMA ELETTRICO INVERTER CANALIZZATO OS-SECFH18EI
OS-SECFH24EI UNITA' INTERNA (fig. 32)
Funzione dello switch
Switch ENC2 / SW1 (per indirizzo unità esterna)
0÷F' dell'ENC2 e SW1 sono gli indirizzi delle diverse unità,
rispettivamente.
Switch S1 / S2 (per indirizzo unità CCM)
0÷F' del S2 e "ON/OFF" del S1 sono gli indirizzi delle diverse unità,
rispettivamente.
ENC1
Numero (per potenza)
CODICE
GM / GMB / GMA
T1
T2B
T2
XP1-4 XS1-4
XT1
TR
XT3
B
BL
W
Y / G
Y E L
G R
R
1
2
3
4
5
6
32
WIRING DIAGRAM
(INDOOR UNIT)
FOR SETTING TEMP.
COMPENSATION(HEATING)
SW6
CODE
FACTORY
SETTING
FOR SETTING MOTOR CONTROL
WHEN NO POWER REQUEST
SW2
MODE
FACTORY
SETTING
FOR SETTING NETADDRESS
NETADDRESS
FACTORY SETTING
FOR SETTING POWER
ENC1
CODE
POWER
FACTORY
SETTING
I
Alimentazione elettrica
0
2200W (0.8HP)
1
2800W (1.0HP)
3600W (1.2HP)
2
3
4500W (1.5HP)
4
5600W (2.0HP)
7100W (2.5HP)
5
8000W (3.0HP)
6
7
9000W (3.2HP)
11200W (4.0HP)
8
14000W (5.0HP)
9
TITOLO
Ventola interna
Temp. ambiente
Temp. tubi esterni
Temp tubi mediani
Connettori
Connettore a 2 vie
Trasformatore
Connettore a 6 vie
Nero
Blu
Bianco
Giallo/verde
Giallo
Grigio
Rosso
Scheda principale
Display
Alimentazione interna
To wire controller
AL BUS COMM. CCM
AL BUS COMM. ESTERNO
FOR SETTING MAIN-SLAVE
ON
ON
ON
ON
ON
ON
ON
SW1
1 2
1 2
1 2
1 2
1 2
1 2
1 2
According to
MAIN
MAIN
MAIN
SLAVE
0℃
2℃
4℃
CODE
E function
NO SLAVE
FACTORY
SETTING
FOR SETTING
AUTO-RESTART
ON
ON
ON
ON
SW3
1
1
1
1
Y/G
FAN OFF
FAN ON
MODE
ACTIVE INACTIVE
FACTORY
SETTING
0
ON
0
ON
0
ON
0
S1+S2
1 2
8
8
1 2
8
1 2
8
CODE
0~F
0~F
0~F
0~F
16~31
48~63
0~15
32~47
0
0
0
0
0
0
8
8
8
8
8
8
5
7
8
9
A
4
≥ 53
54~71
72~90
91~105 106~140
141~160
ACCORDING TO RELATED MODEL.
WIRING DIAGRAM - INDOOR UNIT OS-SECFH18EI
OS-SECFH24EI CHANNELLED INVERTER (fig. 32)
Function of the switch
Switch ENC2 / SW1 (for outdoor unit address)
0-F' of the ENC2 and SW1 are the addresses of the different units,
respectively.
S1 / S2 Switch (for CCM unit address)
0-F' of the S2 and "ON/OFF" of the S1 are the addresses of the
different units, respectively.
ENC1
Number (for power)
CODE
GM / GMB / GMA
T2B
XP1-4 XS1-4
XT1
XT3
Y/G
YEL
GR
AC Motor
4
4
WHITE
FAN 2
WHITE
WHITE
WHITE
M
Y/G
WHITE
4
WHITE
WHITE
CN25
ON
4
INDOOR UNIT
1 2
MAINBOARD
Inner Driver
5
M
DC Motor
CN13
3
5
M
CN1
DC Motor
Driver Modle
Outer Driver DC Motor
CN10(CN10A)
CN26
ON
1 2
CN3
CN19
CN16
0
To CCM
X
Y
(
E
)
S1 S2
Comm.Bus
8
Y/G
B
Ferrite bead
To outdoor
≥ 161
Comm.Bus
Y/G
GB
Electric power supply
0
2200W (0.8HP)
1
2800W (1.0HP)
3600W (1.2HP)
2
3
4500W (1.5HP)
4
5600W (2.0HP)
7100W (2.5HP)
5
8000W (3.0HP)
6
7
9000W (3.2HP)
11200W (4.0HP)
8
14000W (5.0HP)
9
TITLE
Inside fan
T1
Room temperature
Outside tube temperature
T2
Mid tube temperature
Connectors
2-way connector
TR
Transformer
6-way connector
B
Black
BL
W
White
Yellow/green
Yellow
Grey
R
1
Main card
2
Display
3
Indoor power supply
4
To wire controller
5
TO THE CCM BUS COMM.
6
TO THE OUTDOOR BUS COMM.
AC Motor
FAN 1
NOTE:
Y/G
M
This symbol indicates the element is
WHITE
optional, the actual shape shall prevail.
RED
CN8
RED
CN18
Reactor
5
5
CN21
M
5
CN22
5
M
5
M
SWING
CN24
VSWING
N
Y/G
Y/G
CN14
CN11
M
M
L
NEWFAN
PUMP
2
5
TO WIRE
10
DISPLAY
CONTROLLER
BOARD
T2
4
CN6
BLACK
MIDDLE PIPE TEMP.
T1
ROOM TEMP.
WHITE
T2B
CN7
OUTER PIPE TEMP.
CN5
WATER LEVEL SWITCH
BLACK(BLUE)
RED(BROWN)
Y/G
L(L1) N(L2)
Y/G
L(L1) N(L2)
L(L1) N(L2)
Magnetic
Ring
TO POWER
TO OUTDOOR
FOR SEPARATE
FOR OUTDOOR
POWER SUPPLY
POWER SUPPLY
INVERTER FLOOR CEILING
Blue
Red
103
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