Carrier AQUAZONE PCV015-060 - Manual (Page 11)

11
N
O
TES:
1.
C
o
mpressor
and
b
lo
w
er
mot
o
r
ther
ma
lly p
rot
ected
in
te
rnall
y.
2.
All wir
in
g to t
he unit
m
u
st co
mply
with
NEC
and
lo
c
a
l cod
e
s
.
3.
T
ransf
o
rm
er f
o
r 208/
230
v w
ill
b
e
con
necte
d
fo
r 208 v
op
er
at
ion
. F
o
r
230
v
oper
at
ion,
s
wit
ch RE
D wire
to
ORG
wire
. I
n
sulat
e
o
pen
end
of
R
E
D le
ad.
T
ransf
o
rm
e
r
is
en
erg
y
limit
ing
o
r ma
y h
a
v
e
circuit
b
reak
e
r.
4.
F
P
1 t
her
mi
st
or p
ro
v
ides f
reez
e pro
te
c
ti
on
f
o
r w
a
te
r.
When u
s
ing an
ti-
fre
e
z
e
s
o
lu
tio
n
s
, cu
t J
W3 jumper
.
5.
T
y
pi
ca
l he
at
pump
t
her
mo
st
at
wir
ing
sho
w
n.
Ref
e
r t
o
the
rmosta
t
inst
alla-
tio
n
i
n
str
u
ctio
ns f
o
r wir
ing
t
o
the
un
it.
Wire
“Y”
f
rom
ther
most
at
t
o
“Y”
C
o
mplet
e
C w
h
en a mot
o
ri
z
e
d
v
a
lv
e is not
used.
“
O
” t
e
rm
ina
l is no
t used
in
c
o
oling
o
n
ly a
pplication
s
.
T
h
er
mo
st
at
wir
ing m
u
st
be Class
1
an
d v
o
lt-
age
ra
tin
g
e
qual
to
or
g
rea
te
r t
h
a
n
u
n
it
supp
ly v
o
lt
age
.
6.
2
4
-v ala
rm signal
sho
w
n
. F
o
r dr
y alar
m
con
ta
c
t,
cu
t JW1 ju
mper an
d f
o
r
a
n
ti
-f
reez
e so
lut
ions
, cut
JW3 jumpe
r.
7.
T
ransf
o
rm
er seconda
ry
g
round
via
g
re
en wire wit
h y
e
llo
w st
ri
pe f
rom “C”
te
rm
in
a
l to
co
nt
ro
l b
o
x.
8.
Ho
t w
a
te
r
gen
er
a
tor
pump
onl
y in m
o
dels
wi
th hot
w
a
te
r gener
at
ion and
in
te
rnal
pu
mp
opt
ion.
9.
F
o
r auxili
ar
y stag
ing opt
ion
s
,
con
s
u
lt ele
c
tr
ic
hea
t inst
allat
ion
ma
n
ual
.
1
0
.
F
an
moto
rs f
a
cto
ry wired
f
o
r med
ium speed
. F
o
r hig
h
or lo
w spee
d,
re
mo
v
e
B
L
U
wir
e
fr
om f
an mot
o
r sp
eed t
rap “M” and
conn
ect to “H” f
o
r
h
igh speed
o
r
“L
” f
o
r lo
w speed.
1
1
.
A
qua
st
at
is wit
h uni
t an
d m
u
st be
wi
red in ser
ies with
t
he h
o
t le
g to t
h
e
p
u
mp
. A
quast
a
t is
ra
te
d
f
o
r v
o
lt
ag
e u
p
t
o
277
v
.
a50-8490
Fig.
13 — 50PCH,PCV Units
with Co
mplete C
Contr
o
ller, Single-Phase
C
omplet
e
C
*O
p
tio
nal.
AL
—
Al
ar
m Rela
y Cont
act
s
BM
—
B
lo
w
e
r M
o
to
r
BMC
—
Bl
o
w
er Mot
o
r C
a
pacit
or
BR
—
Bl
o
w
er Rela
y
CAP
—
Compr
e
ss
o
r Ca
pacitor
CB
—
Circui
t Brea
k
e
r
CC
—
Compr
e
ss
o
r Co
nta
c
tor
CO
—
Se
nsor
, Con
densat
e
Ov
erf
lo
w
FP1
—
Se
nsor
,
Lo
w T
e
mper
at
ure Pro
te
c
ti
on
W
a
te
r Coil
FP2
—
Se
nsor
, Lo
w
T
e
mper
at
ure
Pro
te
c
ti
on
Ai
r Co
il
HP
—
High
-Pre
s
sur
e
S
witch
HPWS
—
High
-Pre
s
sur
e
W
a
ter
Switch
HWTS
—
High
Le
a
v
ing
W
a
te
r
T
e
mper
at
ure
Swit
ch
JW1
—
J
u
mp
er
, Al
ar
m
LE
G
E
N
D
LO
C
—
L
o
ss of
Ch
arge Pr
essu
re Swit
ch
MV
—
Mo
tor
iz
ed V
a
lv
e
MVE
S
—
Mo
tor
iz
ed V
a
lv
e En
d
S
witch
NEC
—
Nat
ion
al Elect
rical
Cod
e
P1
—
Fie
ld Wir
in
g
T
e
rm
inal Bl
oc
k
PS
C
—
P
e
rm
ane
nt
Sp
lit
Cap
a
cito
r
RV
—
Re
v
e
rsing V
a
lv
e
Co
il
SW1
—
DIP Switch, 2 P
o
sition
TRANS
—
T
ransf
o
rm
e
r
Fie
ld Line V
o
lt
age Wir
ing
Fie
ld
Lo
w V
o
lt
age
Wir
ing
P
rinted
Circui
t
T
race
O
p
ti
onal
Wir
ing
Rel
a
y/
Cont
acto
r Coi
l
Con
densat
e P
a
n
S
o
leno
id Coil
T
e
mp
er
at
ure
S
witch
T
h
er
m
ist
or
G
roun
d
Wir
e
N
u
t