Fig. 1 6 — wshp op en cont ro l, Wshp open inp u ts a nd ou tpu ts t a ble – Carrier AQUAZONE 50RTP03-20 User Manual
Page 33
33
01
220
7-
1
B
T
4
8
5B
T
LED
1
DB
In
s
ta
ll B
T
4
8
5
where
de
vi
ce
i
s
loc
a
ted
a
t the
en
d o
f n
e
twor
k
s
eg
me
nt
o
n
ly
.
+ 24
v
a
c
(If n
o
t in
s
ta
lled
, it m
us
t
b
e
con
n
ect
ed
to DO-5)
DE
HUMIDIFY OUTP
UT CO
NTA
C
T
(DO-6)
(F
A
C
TORY
O
P
TION
)
FA
N
S
PE
ED
(DO
-7
) (M
ED
OR
L
O
W)
OA DA
MP
ER (AO-2)
FAN
S
PE
ED (DO-
8
) (HIG
H
O
R
F
A
N O
N
)
LW
T
(
Inp
u
t 6)
S
A
T
(L
AT)
(I
np
u
t 7)
S
PA
CE
C
O
2
S
EN
S
OR
+2
4v
a
c
4-
20
mA
+
-
AO
1 –
A
u
x Re
he
a
t o
r Cond
.
WTR. Lo
op
Econ
. (AO
1)
-G
n
d
F
a
n (DO
-1) (F
a
n On
o
r Low
S
pe
ed)
A
u
x He
a
t (DO
-2
)
Rever
s
ing V
a
lve (DO-
3
)
Comp
#2
(DO-4
)
C
o
m
p
#1 (D
O-
5)
Co
mp
S
ta
tus
(DI
-5)
S
PT PL
U
S
S
en
s
or
S
how
n
+12V
Rnet-
Rnet+
Gnd
RED
BLACK
WHITE
GREE
N
To WSHP Controller
Rnet Terminals (J13)
FIELD IN
S
TA
L
L
E
D
0
5
1
6
2
7
3
8
4
9
0
5
1
6
2
7
3
8
4
9
12
3
45
6
7
8
O
N
1
2
3
4
5
67
8
1
2
1
2
3
4
1
2
3
4
1
2
3
1
2
3
4
5
6
7
8
GR
EE
N
WH
IT
E
BL
AC
K
RE
D
Field
In
s
ta
lle
d
J5
J12
J1
3
J20
J19
J22
J17
J11
J14
To
S
PT PLU
S
1
2
3
45
6
1
1
10
7
J4
J1
J2
S
W
3
M
S
B
L
S
B
M
S
TP B
au
d
9600
19.
2
k
38
.4
k
7
6
.8
k
S
PA
CE
R
H
S
EN
S
OR
+2
4v
a
c
4
-20m
A
+
-
F
IEL
D IN
S
TAL
L
ED (
O
PTIONAL
) –
S
E
E
NO
TE 2
Loc
a
l Acce
ss
Po
rt
(FIELD-IN
S
TALLED)
PRIMAR
Y
PRIMAR
Y
CONDEN
S
ATE
OVERFLOW
S
WITCH
REMOTE OCCUPANCY/
FAN
S
TATU
S
S
WITCH
(FIELD-IN
S
TALLED)
NC FIRE/
S
MOKE
DETECTOR CONTACT
(FIELD-IN
S
TALLED)
Fig.
1
6
— WSHP Op
en Cont
ro
l
WSHP Open
Inp
u
ts a
nd Ou
tpu
ts T
a
ble
*The
se i
n
put
s ar
e
con
fi
gur
a
b
le
.
IN
PUT/OUTPUT T
Y
P
E
P
A
R
T
NUMBE
R
S
T
Y
PE O
F
I/O
CONNECTION
PI
N NU
MBER
S
CHA
NNEL
DE
SI
G
N
A
T
IO
N
Inp
u
ts
Sp
ace
T
e
m
p
e
ra
tur
e
Sen
s
or
SPS
, S
PPL
, SP
P
C
o
m
m
u
ni
cat
in
g
J1
3,
1 -
4
L
o
c
al
A
ccess P
o
rt
S
p
a
c
e
R
e
la
ti
v
e
Hum
idi
ty
33
ZCS
E
N
SR
H-0
1
A
I (4
- 20
mA
)
J
4,
5 a
n
d
6
A
na
lo
g I
n
p
u
t 1
In
do
or
A
ir
Q
u
ali
ty
3
3
Z
CS
E
NCO
2
A
I (4
-2
0mA
)
J
4
, 2 a
n
d
3
A
na
lo
g I
n
p
u
t 2
C
ond
en
sate
Sw
it
ch
N
/A
B
I (
D
ry
C
o
n
tacts)
J
1
, 2
B
inar
y I
npu
t 3
Sta
g
e
1 C
o
mp
re
sso
r S
tat
us
N
/A
B
I (
D
ry
C
o
n
tacts)
J
1
, 1
0
B
inar
y I
npu
t 5
L
e
a
v
in
g Co
nd
en
s
e
r W
a
te
r T
e
mpe
ra
tur
e
1
0K
T
y
pe
II
A
I (1
0
K
Th
er
mis
to
r)
J
2,
1 a
n
d
2
A
na
lo
g I
n
p
u
t 6
Su
ppl
y A
ir
T
e
m
per
a
tur
e
33ZC
S
EN
SA
T
A
I (
10K
The
rm
istor
)
J
2
, 3
an
d 4
A
n
a
lo
g
In
put
7
Out
p
u
ts
Mo
d
u
la
tin
g
V
a
lv
e (A
u
x
ilia
ry
He
at/W
a
te
r
Eco
nom
iz
e
r)
N
/A
A
O (
0
-1
0V
dc/2
-
10
Vdc)
J2
4 a
n
d
5*
An
al
og
Out
p
u
t 1
Out
s
id
e
Ai
r
Da
m
p
e
r
N
/A
A
O (
0
-1
0V
dc/2
-
10
Vdc)
J22
1 a
n
d
2*
An
al
og
Out
p
u
t 2
Su
ppl
y F
a
n O
n
/L
o
w
Spe
e
d
(3
Sp
ee
d O
n
ly
)
N
/A
B
O R
e
la
y (
2
4
V
A
C
,
1A)
J
1,
4*
B
inar
y O
u
tp
ut 1
(
G
)
A
u
xil
ia
ry
H
e
at
or
2-
P
o
si
ti
on
W
a
ter
L
o
o
p
Eco
nom
iz
e
r
N/A
B
O Re
la
y (24
V
A
C
,
1A)
J
1,
5*
B
in
a
ry
O
u
tp
ut 2
R
e
v
e
rs
ing
V
a
lv
e (
B
or
O O
p
e
ra
ti
o
n
)
N
/A
B
O R
e
la
y (
2
4
V
A
C
,
1A)
J
1,
6*
B
inar
y O
u
tp
ut
3 (
R
V)
C
o
m
p
re
sso
r 2n
d S
tag
e
N
/A
BO R
e
la
y (
2
4
V
A
C
,
1A)
J
1
, 7
B
in
a
ry
Outp
ut
4 (
Y
2
)
Co
mp
re
ssor 1
s
t
S
tag
e
N
/A
B
O
Rel
a
y (2
4V
A
C
,
1A)
J
1
, 8
B
ina
ry
Outp
ut
5 (Y1
)
Dehu
mi
d
ificatio
n
Re
la
y
N
/A
BO Re
la
y (24
V
A
C
,
1A)
J
1
1
,
7 a
n
d
8 (NO)
B
in
a
ry
O
u
tp
ut 6
F
a
n
Sp
eed
M
e
d
iu
m
/Lo
w
(
3
Spe
e
d
On
ly)
N
/A
BO R
e
la
y (
2
4
V
A
C
,
1A)
J
11
, 5
an
d 6
(
N
O
)*
B
in
ar
y O
u
tp
ut 7
F
a
n S
p
e
e
d
Hig
h/
L
o
w (3
S
p
ee
d O
n
ly
)
N
/A
B
O
Rel
a
y
(2
4V
A
C
,
1
A
)
J
1
1,
2 a
n
d
3 (N
O)
*
B
in
a
ry
Ou
tp
u
t 8
LEG
E
N
D
NO
TES:
1
.
M
oun
t th
e w
a
ter
sou
rce
hea
t pu
m
p
con
tr
o
lle
r in
the
equ
ip
m
e
n
t con
tr
o
ls
encl
o
sur
e
w
it
h a
t l
east
tw
o n
o
. 6
x 1 i
n
. sel
f-
tap
pi
ng
scr
e
w
s
. Al
lo
w a
d
e
qua
te
cle
a
ra
n
c
e f
o
r wi
ri
n
g
.
2
.
V
e
ri
fy sen
s
or
p
o
w
e
r and
wi
ri
n
g
r
equ
ir
e
m
ent
s
p
ri
o
r to m
a
ki
ng
an
y ter
m
in
ati
o
ns
.
S
e
n
-
so
rs r
e
q
u
ir
in
g
a
se
pa
ra
te
isol
ate
d
24
v
a
c
po
wer
sou
rce
w
ill
no
t u
ti
liz
e
W
S
H
P
ter
m
i-
na
ls
J4-
1
, or
4
.
AI
—
An
al
og
In
put
AO
—
An
alog
Ou
tpu
t
BI
—
Bina
ry
Inp
u
t
BO
—
Bina
ry
Out
p
u
t
SP
T
—
S
p
a
c
e T
e
mp
erat
u
re
F
a
cto
ry W
ir
in
g
Fi
el
d W
ir
ing