e0
1
M
Temperature
Selector Switc
h
–
b
YE-u-3a
BU-f3
VT -u-3
GN-f3
WH-u-6a
12345
On / Off Switc
h
–
a1
Door Switc
h
–
e0
WHRD
-l6
-9
BK
-l1-L1
WHRD
-A
2
WH-l1-N
WHVT -u-4
RD-l
6-5
2
1
3456
h1
a1
Ti
m
e
r
–
u
GN
-I
6
-6
RD
-A
2
VT
-b-3
YE-b-1
BK
-m
2
-1
OR
-I
6
-8
G
YB
K
-e5-1
W
HRD
-A
2
m1
BU
-l
6
-4
GY
-l
6
-1
GN
-f
3
WH-b-5 WH-I6-3
WHVT
-a1-3
1
M
3b
3a
3
4b
4a
4
6
5b
5a
5
6b
6a
2b
2a
2
GY
R
D
-l
6
-8
G
YR
D-e6-4
BURD
-m
2
-2
BURD
-s
2
L1
Drain Motor
–
m3
B
K
-a1-4
WH-a1-2
G
NYE-r1
L1
N
PE
-3
Electrical Supply
–
l1
VT
-f1-2
BURD
-m
3
G
NYE-r1
W
ater Solenoid
–
s2
R
D-e5-4
G
NYE-I1-P
E-3
G
NYE-P
E-2
G
NYE-s2
G
NYE-m2
RD
-f
5
Heating Element
–
r1
G
NYE-P
E-1
G
NYE-r1
G
NYE-m2
G
NYE-P
E-4
Ground
–
PE
1
2
G
NYE-P
E-1
5
G
NYE-s2
Left side panel
Right side panel
Terminal bo
x
Control panel
Hinge
6
4
R
D-u-3b
WH
R
D-u-m1
W
HRD
-a
1
-1
Actuator (Dispenser)
–
A2
W
HRD
-a
1
-1
O
R-u-4b
G
N-u-5b
R
D-a1-3
B
U-u-5a
WH-u-6a
G
Y
-u-5
BURD
-m
2
-2
W
HRD
-f
5
G
YR
D-m3-L1
GN
-f
4
R
D-e6-1
BU
-f
1
-1
WH-e5-2
G
Y
-e6-2
B
ase W
iring Connector
–
l6
1
2
3
4
5
6
7
8
9
B
K
-u-2b
BURD
-m
3
BURD
-l
6
-9
G
NYE-P
E-1
G
NYE-r1
Circulation Motor
–
m2
12
3
K1
B
U-b-2
G
N-u-5b
G
N-b-4
T
hermost
at
–
f3
135
˚F
WH-e5-2 WH-f1-4
GN
-l
6
-6
W
HRD
-l
6
-9
R
D-r1
T
hermost
ats
–
f4 & f5
f4
14
9
˚F
f5
185
˚F
BU
-l
6
-4
WH-f4
VT
-s2
W
ater Level Switc
h
–
f1
P
4
2
1
RD
-l
6
-5
G
YR
D-m3-L1
GY
-l
6
-1
Float Switc
h
–
e6
4
2
1
R
D-r1
G
YB
K
-u-4a
WH-f4
WH-l6-3
Flow Switc
h
–
e5
4
2
1
BK
=
b
la
c
k
BN
=
b
ro
w
n
RD
=
re
d
YE
=
yellow
G
N
=
green
BU
=
b
lu
e
VT
=
violet
GY
=
g
ra
y
WH
=
white
O
R
=
orange
PK
=
p
in
k
High Limit
A2
G
NYE-P
E-6
S
H
U 3
03X/313X
H
INT: F
ormat for
wire connections
includes wire color
and part/terminal
connected to. F
or
ex
ample,
“BK
-m
2
-1
”
= B
K (blac
k wire)
connected to
terminal 1 of
circulation motor m2.
H
INT: W
hen a
wire color
consists of four
letters, the 3rd
and 4th letters
show the stripe.
F
or ex
ample,
“GY
B
K
” wire is
a gray wire with
a blac
k stripe.
W
ire Color Code