Amana RSKP0014 - Single Motor Power Vent Door Wiring

12
WIRING DIAGRAMS

B
K 3
7
B
K
3
7
G Y
2
2
G Y 2
1
L
I
N
E
2
6
5
2
3
0
R
D 3
3
V
T
1
2
5
B
K
1
8
1
H
E
A
T
E
R
E L
E
C
T
R
I
C
2
G
N
W
I
R
E
R
I
B
B
E
D
H
C
Y
L
1
0
R
D
1
3
S
C
R
8
  


HEATER 2
E2
  
E6
LI N E 2 COMPRE SSOR
E
E2
ON / OFF
MA ST E R SWI TCH
SW2


X3

2VAC~TRANSFORMER
2VA CLASS 2 ONLY
P
PP8P9
IDT
YELL
OWG
REE
N
OCT
BLU
E
IC
T
RE
D ORA
NGE
B R
3
4
B
R
3 4
C
O
M
(
P
V
)
B
U
2
(
P
V
)
B
U
1
5
(
P
V
)
R
D
1
4
B
3
6
9
8
5
2
A
7
4
1
(
P
V
)
B K
1
7
6
(
P
V
)
B
U
4
(
P
V )
W
H 7
(
P
V )
B
K
1
1
(
P
V
)
B
U
9
(
P
V
)
B
U
1
0
(
P
V
)
B
K
1
2
(
P
V
)
W
H
8
1
2
3
S
W I
T C
H
O
N
/
O
F F
M
O
O
R
T
L
I
N
E
C
O
M
2
0
8
2
4
0
F
A
N
M U
F
F
I
N
2
0
P
C
A
P
F
A
N
/
C
O
M
O
D
B
R
1
4
1 9
F
  

P2
P5

E7
X2

P
O W
E
R
T
V
E
N
V
E
N
T
P
O
W
E
R
3
SOLENOID
VALVE
REV
R
D 1
7
B K
1 6
B
T
E
L
O C
K
R
M I
N
A
L
C O
M
P
1
S
T
S
T
A
G
E
A
N
T
I
C
I
P
A
T
O
R
C
U
R
R
E
N
T
:
.
1
2
N
D
S
T
A
G
E
A
N
T
I
C
I
P
A
T
O R
C
U
R
R
E
N
T
:
.
1
1
S
T
S
T
A
G
E
A
N
T
I
C
I
P
A
T
O
R
R
E
M
O
T
E
T
H
E
R
M
O
S
T
A
T
O
P
E
R A
T
I
O
N
R
T
O
:
-
-
-
-
-
G
,
Y
/
W
1
G
,
B
,
Y
/
W
1
G
,
W
2
F
U
N
C
T
I
O
N
O
F
F
1
S
T
S
T
A
G
E
H
E
A
T
2
N
D
S
T
A
G
E
H
E
A
T
R
T
O
:
G
,
Y
/
W
1
F
U
N
C
T
I
O N
O
F
F
- -
-
-
-
H
E
A
T
G
*
*
F
A
N
G
*
*
F
A
N
*
*
F
O
R A
H
E
A
T P
U
M
P
T
H
E
R
M
O
S
T
A
T
U
S
E
D
O
N A
S
T
R
A
I
G
H T
C
O O
L
U
N
I
T
*
*
G
L
-
l
o
w
s
p
e
e
d
G
H
-
h
i
g
h s
p
e
e
d
W
/
E
L
E
C
T
R
I
C
H
E
A
T
C
O
O
L
I
N
G
U
N
I
T
E
L
E
C
T
R
I
C
H
E
A
T
H
E
A
T
P
U
M
P
W
/
A
U
X
I
L I
A
R
Y
C O
N
N
E
C
T
C
O
O
L
C
O
O
L
C
O
N
N
E
C
T
C
O
N
N
E
C
T
IN1 COM
IN2
AUXILIARY
C R GL W2
Y/W1 B GH
REM OTE
THERMOSTAT
IAT
BL ACK
IN1 COM I N2
AUXILIARY
C R GL W2
Y/W1 B GH
REM OTE
THERMOSTAT
IAT
BL ACK
M
O
T
O
R
F
A
N
W
H
1
5
M2
( F A
C T
O R
Y O
R F
I
E L
D )
( F
A
C T
O R
Y
)
H I
G
H
V O L
T
A
G
E
L O
W V
O L
T A
G E
L O
W V
O L
T
A G
E
H
I G H
V O
L
T A
G
E
( F
A
C T
O
R Y
O
R F
I E L
D )
( F
A
C T
O
R
Y )
W
I
R E
L
E G
E
N D
W
I
R E
L E
G E
N
D
H
I G
H
V O L
T
A
G E
H I
G
H V O
L
T A
G E
( F A
C T
O
R Y
O R
F I
E L D )
( F A C
T O
R Y
O R F
I
E L
D )
G
N
1
G N
1
C H
A
S S
I
S
C
H A S
S
I S
C
O
N D
U C
T
O R
S
O N
L
Y
U S
E
C
O
P
P
E
R
P
A N
E L
P A
N E
L
C O
N T
R O
L
C
O
N T
R O
L
2
R I
B B
E
D
W I R E
M U
S T
B
E
C
O N
N E
C T
E D
A S
S H
O
W N .
N
O
T E
S
1
W A
R N I N
G :
D I
S C O
N
N E C
T
P
O W
E R
B E F
O
R E
S E
R V
I C
I N G
.
W I
R I N
G
T
O
U N
I
T
M
U S
T B E
P
R
O P
E
R
L Y
P
O
L
A R
I
Z
E D ( F
O
R
2
6 5
V )
A
N D
G
R
O U N
D
E
D
.
3
O N
H
E A
T
P U M
P
M O D
E L
S O
N
L Y
.
4
O
N
U N
I
T S
W
I T H
F R
O N T
D E
S K
C
O
N T
R O
L S W
I T C H
.
2
R
I
B B E
D
W I
R E M
U S
T
B E
C
O
N
N
E C
T
E D
A S
S H
O
W N .
N
O T
E S
:
1
W A
R N I N
G : D I S
C O
N N
E C
T P
O W E
R
B E F
O R E
S E
R V
I C
I N
G
.
W
I
R
I N
G
T
O
U N
I
T M
U
S T
B
E
P R
O
P
E R L
Y P O
L
A R
I
Z
E D
( F
O
R 2 6
5 V
) A
N
D
G
R
O
U N
D
E
D
.
3
O
N H
E A
T
P
U
M P M
O D
E
L S O N
L Y
.
4 O
N
U
N I
T S
W
I T H
F
R O N
T
D E
S K C
O N
T
R O L
S
W I
T C H .
5
B
K 1 8
O N
L
I N E
2
W I
T H
F U
S E S
H
O W
N
C O
N N
E
C T
E
D F
O
R
2
6
5
V
.
F
O
R 2
3 0
V
A
N
D 1 1
5 V
,
C O
N
N E
C T
P
O W
E R
C
O
R D
T O L
I
N E
2 .
7
F O
R
R E M O
T E O
P E R
A
T I
O N , S E
E C
O N F I G
A R A T
I O
N C
H
A
R T
.
6
I
F
S
U P
P L
Y
V O
L
T A
G
E
I
S
2
0 8
V
M O V
E 2
4 0
V
L E
A
D
T O
2
0
8 V
T
A P
O N
T
R A
N
S
F O
R M
E
R .
2 6
5
V A
N D
1
1 5
V
T
R A
N S
F
O
R M
E R
N O
T S
H
O
W N
.
9
8
I F S
U P
P L
Y V O
L T A G
E
I
S
2 0 8 V
/ 2 3 0 V
U S E
T
H E
2 3
0 V
T
A P
O N
T R
A N S
F O
R
M E R .
I F S U P
P L Y
V O L
T A G
E I S
2 6 5
V U
S E T
H E 2
6 5
V
T
A P
O N
T
R A
N S
F O
R M E
R .
1
1 5 V T
R A N
S F O
R M
E
R
N
O T
S H O
W N
.
FOR CONTINUOUS FAN OPERATION SEE CONFIGURATION CHART.
HIGH VOLTAGE! DISCONNECT ALL POWER BEFORE SERVICING OR INSTALLING THIS UNIT. MULTIPLE POWER SOURCES MAY BE PRESENT. FAILURE TO DO SO MAY CAUSE PROPERTY DAMAGE, PERSONAL INJURY OR DEATH.