Hamilton
Home
Products
Canal
Winchester,
OH
76106
61MH0028A
Page
19
Figure 26: 10kW Factory Installed Electric Heat Wiring Diagram with a Constant Torque blower motor.
NOTE:
IF ANY OF THE ORIGINAL WIRE SUPPLIED WITH THIS UNIT MUST BE REPLACED. IT MUST BE REPLACED
WITH TYPE 105°C THERMOPLASTIC OR ITS EQUIVALENT.
- C
A
U
T
IO
N
-
O
pen
al
l di
sc
on
nec
ts
W
IRE
CO
L
O
R
KE
Y
bef
or
e s
er
vi
ci
ng
th
is
uni
t.
L2
L1
C
ontr
o
l B
o
x
BL
K
(N
Q
IR
)
BL
U
(B
LEU
)
RE
D
(R
OUG
)
YE
L
(JA
U
N
)
WHT
(B
LAN
C
)
BRN
(B
R
U
N
)
GRN
(V
E
R
T)
PRP
(P
OU
R
P
R
E
)
ORN
(OR
A
)
G
reen
Pu
rp
le
Oran
ge
Blac
k
Bl
u
e
Re
d
Ye
llow
White
Brown
NOT
ES
1.
AL
L
FI
EL
D
WI
RI
N
G
MU
ST
BE
PE
R
TH
E
FOL
LOW
IN
G:
A.
Na
tio
na
l
El
ec
tr
ic
al
Co
de
(N
EC
)
an
d
/
or
B.
Ca
na
di
an
El
ec
tr
ic
al
Co
de
(C
EC
)
an
d
/
or
C.
St
at
e,
Co
unty
,
Lo
ca
l,
Re
gi
ona
l,
or
Ci
ty
Co
de
s.
2.
If
an
y
of
the
or
ig
io
na
l
wi
rin
g
mu
st
be
re
pl
ac
ed
;
re
pl
ac
e
the
wi
re
wi
th
wi
re
tha
t
ha
s
the
sa
m
e
te
m
pe
rat
ur
e
rati
ng
of
221
˚
F
(105
˚
C)
3.
On
ly
us
e
co
ppe
r
co
ndu
ct
or
s
fo
r
fiel
d
wi
rin
g.
4.
Al
l
re
pl
ac
em
en
t
co
m
po
ne
nt
s
mus
t
be
pr
op
er
ly
gr
ounde
d.
5.
Pr
ov
id
e
ci
rc
ui
t
br
ea
ke
r
si
ze
d
to
pr
ote
ct
th
e
wi
rin
g
fr
om
the
ma
in
el
ec
tr
ic
al
se
rv
ic
e
en
tr
an
ce
to
the
ci
rcu
it
br
ea
ke
rs
in
th
e
uni
t
co
nt
ro
l
bo
x.
6.
Mo
to
rs
ha
ve
an
in
te
rn
al
ov
er
‐
te
mpe
ra
tu
re
pr
ot
ec
tion.
1
2
1
2
LA
D
D
E
R
DI
AG
R
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M
C
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TI
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M
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R
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H
T
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CT
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R
Y
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S
T
AL
L
E
D
E
L
E
C
T
R
IC
HE
AT
W
IRI
NG
DI
AG
RAM
#
61
CC0520B
10 kW
@
240 V
A
C,
7.
5 kW
@
2
08 V
A
C
TR
24
0 V
AC
24
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AC
Ci
rc
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t
Bre
aker
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FU
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T
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BR
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2
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OM
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B
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L
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TR
24
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24 V
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C
BL
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#1
SU
PP
LY
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IN
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XMC
0-
402E
BBC
C
ont
a
ct
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r
L1
T1
L2
T2
HC1
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BL
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T
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N
RE
D
HC1
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BL
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T1
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Cir
cu
it
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Cir
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it
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AT
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R
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1
2
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6
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3 AM
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24
0
24
0
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C
VA
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T
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GR
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1
2
3
4
5
6
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D
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D
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BL
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D
RE
D
BL
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BL
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D
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D
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U -
S
T4
RE
D
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D
10 kW
H
eat
er
E
le
m
en
t
BL
K -
L
1
RE
D -
S
T1
YE
L
BL
K
BL
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D
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D
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D
OR
N -
S
T2
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1
LS
2
P
in
ou
t
1
= BRN
- 24V
Co
mm
on
2
= BL
K -
S
T5
3
= PR
P
- ST
3
4 =
GR
N
-
G
rou
nd
5
= Y
E
L -
L
2
6 =
O
RN
-
S
T
2
Pin
ou
t
1 =
WH
T
- W1
2
= BL
K -
W
2
3 =
BRN -
C
4 =
Bl
an
k
5 =
Bl
an
k
6 =
Bl
an
k
BL
U
BRN
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T
WH
T
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K
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E
R
M
O
S
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W
2
BR
N
BR
N
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BRN
BR
N
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M
1
2
3
4
5
C
L
G
N
BL
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W
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MP
PIN
N
U
M
B
ER
S
32
1
6
54
987
CT
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T
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R
BL
K
BL
U
OR
N
WH
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GR
N
GR
N
WH
T
BL
K
GR
N
GR
N
RE
D
GR
N
7
= RE
D -
S
T1
8
= BL
K -
L
1
9
= BL
U -
S
T4
YE
L -
L
2
GR
N -
G
ND
PR
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S
T3
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T5
BR
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2
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OM
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BL
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BL
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BL
K
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D
RE
D
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P
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OR
N
OR
N
GR
N
CT
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NS
T
ANT
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RQ
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E
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T
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R T
E
RM
INAL
MT
B
MMP
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D
BR
N
GR
N
OR
N
YE
L
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T
WH
T
BL
U
BL
U
BL
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BL
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(
W)
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D
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S
T5
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D -
S
T1
RE
D
BL
U
R
C
Y
W
G
RE
D
WH
T
BR
N
HC
1 C
O
IL
BR
N
Fu
se
3 Am
p
A2
A1
2
1
WH
T
WH
T
LS
1
GN
D
GR
N
GGS
LS
2
2
1
BR
N
BR
N
BL
U
BL
U
BL
U
BL
K
RE
D
BRN
BL
K -
W
2
BL
U
BL
K
-
T
H
E
R
M
O
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T
A
T
W
2
F
O
R
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W
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E
HE
AT
IN
G
T
H
E
R
M
O
S
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AT
RE
M
O
V
E
BL
ACK W
2
W
IRE
F
R
O
M
W
AND CO
NNE
C
T
T
O
TH
E
R
M
O
S
T
A
T
C
L
ASS I
I X
F
M
R
P
R
I:
20
8/
24
0
BL
K
- 3
CO
M
O
R
G
- 4 20
8V
W
H
T - 5 24
0V
SEC
: 2
4V 4
0VA
5
4
3
W
E
30
M
ANUF
A
CT
URE
D
HO
US
IN
G
E
L
E
C
T
R
IC
F
U
RNACE
1
2
