18
AFFINITY DUAL CAPACITY HYDRONIC INSTALLATION MANUAL
3PH Supply Po
w
er with Hy
dr
oZ
one
Wiring Schematics cont.
24V
Transformer
24V
Transformer
Re
d
208V
NO
TE
1
24V
Transformer
24V
Transformer
Re
d
208V
NO
TE
1
PB
1
2
3
1
2
3
1
PB
1
2
3
1
CF
M
P1
3
P4
SW
1
P5
JW2
P9
LO
O/
B
Y2
W
DH
P8
P7
RS
48
5 NE
T
RS
485 N
ET
P6
RS
485 E
XP
P3
SW
2
On
Reheat
/N
or
m
al
L O
utput
T
ype
CC
–
D
ual
/S
ingl
e
Ac
c –
D
ip
5
Ac
c –
D
ip
4
RV
–
B/
O
FP
2 –
1
5
°F
/3
0
°F
FP
1 –
15
°F
/3
0
°F
Co
m
1
LE
D5
Co
m
2
LE
D5
Te
st
M
ode
F1 - 3 A
P1
/P
9
C
PW
M
1 2 3 4 5 6 7 8
AL
M
AL
G
AC
C C
OM
AC
C N
O
AC
C N
C
R
C
G
Y1
EH
2
C
EH
1
C
CO
C
R
-
+
C
R-
+
Of
f
Fa
ul
t
LE
D1
R
St
at
us
LE
D3
Co
nf
ig
LE
D2
CC2
CC
F
C
R
F
FG
CC
CCG
CC2 HI
CC2 LO
CC2 G
RE
VR
EV
FP
1
FP1
FP
2
FP2
LP
S
LPS
HP
SH
PS
Auro
ra Ba
se
C
ont
rol A
(ABC
-A
)
K1-RV Relay
K2-CC Relay
K3-CC2 Relay
K4-Fan Relay
K5
-A
lar
m
Re
lay
K6
-A
cc
Re
lay
F
R
C
CC
G
Y1
C
R
ES
LS
P2
EH
1
YY
GG
GG
GGG
CF
M
P1
3
P4
SW
1
P5
JW2
P9
LO
O/
B
Y2
W
DH
P8
P7
RS
48
5 NE
T
RS
485 N
ET
P6
RS
485 E
XP
P3
SW
2
On
Reheat
/N
or
m
al
L O
utput
T
ype
CC
–
D
ual
/S
ingl
e
Ac
c –
D
ip
5
Ac
c –
D
ip
4
RV
–
B/
O
FP
2 – 15
°F
/3
0
°F
FP
1 –
15
°F
/3
0
°F
Co
m
1
LE
D5
Co
m
2
LE
D5
Te
st
M
od
e
F1-
3A
P1
/P
9
C
PW
M
1 2 3 4 5 6 7
8
AL
M
AL
G
AC
C C
OM
AC
C N
O
AC
C N
C
R
C
G
Y1
EH
2
C
EH
1
C
CO
C
R
-
+
C
R-
+
Of
f
Faul
t
LE
D1
R
St
at
us
LE
D3
Co
nf
ig
LE
D2
CC2
CC
F
C
R
F
FG
CC
CCG
CC2 HI
CC2 LO
CC2 G
RE
VR
EV
FP
1
FP1
FP
2
FP2
LP
S
LPS
HP
SH
PS
Auro
ra Ba
se
C
ont
rol A
(ABC
-B
)
K1-RV Relay
K2-CC Relay
K3-CC2 Relay
K4-Fan Relay
K5
-A
lar
m
Re
lay
K6
-A
cc
Re
lay
F
R
C
CC
G
Y1
C
R
ES
LS
P2
EH
1
YY
GG
GG
GGG
Ye
llo
w
Bl
ac
k/
W
hi
te
Bl
ac
k (
4)
Re
d (
3)
Blac
k (2
)
Red (
1)
TB
ES
Em
er
g S
h
ut
d
ow
n
LS
Lo
ad
S
he
d
LO
1
Lo
ck
ou
t C
irc
ui
t A
R
24V
AC
C
24
V
AC Co
m
m
on
O
Re
ve
rs
in
g V
al
ve
G
Fa
n
Y1
Co
m
pr
es
so
r A
W
El
ec
tr
ic
H
ea
t
DH
De
hu
m
id
i
Į
ca
Ɵ
on
LO
2
Lo
ck
ou
t C
irc
ui
t B
Y2
Co
m
pr
es
so
r B
TB
ES
Em
er
g S
h
ut
d
ow
n
LS
Lo
ad
S
he
d
LO
1
Lo
ck
ou
t C
irc
ui
t A
R
24V
AC
C
24
V
AC Co
m
m
on
O
Re
ve
rs
in
g V
al
ve
G
Fa
n
Y1
Co
m
pr
es
so
r A
W
El
ec
tr
ic
H
ea
t
DH
De
hu
m
id
i
Į
ca
Ɵ
on
LO
2
Lo
ck
ou
t C
irc
ui
t B
Y2
Co
m
pr
es
so
r B
Cl
ass 2
Bl
a
ck
(
E
S1
)
Bla
ck (
ES2
)
Bl
a
ck
(
L
S
1)
Bla
ck (
LS
2 )
Bl
a
ck
(
L
O
1
)
RVA
RVA
HP
A
LP
A
TT
FD
1-
A
RV
A
TT
FD
2-
A
RVB
RVB
HP
B
LP
B
TT
RV
B
TT
To
A
X
B
-A
To
A
X
B
-B
Bla
ck (
LO
2)
Bl
a
ck
(
R
)
Bl
a
ck
(
C
)
Bl
a
ck
(
O
1)
Bla
ck (
O2)
B
lac
k (
Y
1)
Bla
ck (
Y2
)
Oran
ge (
60)
CCA
CCA
Viol
et (
18)
Viol
et (
19)
CCB
CCB
Vi/W
h (20)
Vi/W
h (21)
Oran
ge (
61)
Gr
/Y
l (
5)
GN
D
Wh
Yello
w (6
2)
Yello
w (6
3)
Gray
(64
)
Gray
(65
)
Blue
(66
)
Blue
(67
)
Blac
k (6
8)
Blac
k (6
9)
Ora
nge
/Whi
te (7
0)
Ora
nge
/Whi
te (7
1)
Yel
low
/W
hite
(72
)
Yel
low
/W
hite
(73
)
Gray
/W
hite
(74)
Gray
/W
hite
(75)
Blu
e/W
hite
(76
)
Blu
e/W
hite
(77
)
Blac
k/W
hite (
78)
Blac
k/W
hite
(79
)
FD
1-
B
FD
2-
B
Co
m
pr
es
so
r A
T1
T2
T3
T1
T2
T3
Blac
k A1
Re
d A
3
W
hit
e A2
Co
m
pr
es
so
r B
T1
T2
T3
T1
T2
T3
L3
L2
L1
T3
T2
T1
Po
w
er
D
ist
ribu
tio
n B
loc
k
Un
it P
owe
r S
up
pl
y
Line Volt
age
G
L3
L2
L1
T3
T2
T1
Po
w
er
D
ist
ribu
tio
n B
loc
k
Un
it P
owe
r S
up
pl
y
Line Volt
age
G
Re
d
Ye
llo
w
Bl
ac
k
CC
A
T1
L1
T2
L2
T3
L3
CC
A
T1
L1
T2
L2
T3
L3
Blac
k B1
Re
d B
3
W
hit
e B2
Re
d
Ye
llo
w
Bl
ac
k
CC
B
T1
L1
T2
L2
T3
L3
CC
B
T1
L1
T2
L2
T3
L3
Gr
ou
nd
Le
gend
Le
gend
CC
–
Co
m
pr
es
so
r C
on
ta
ct
or
C
Ɍ
– C
ur
re
nt
Tr
an
sd
uc
er
EL
T –
E
nte
rin
g
Lo
ad
T
em
p
ES
–
Em
er
ge
nc
y
Sh
ut
do
w
n
ES
T
–
En
te
rin
g S
ou
rc
e T
em
p
HP
–
Hi
gh
P
re
ss
ur
e
LF
S –
Lo
ad
Fl
ow
S
w
itc
h
LL
T
–
Le
av
in
g L
oad
T
em
p
LP
–
Lo
w
P
res
su
re
LS
T –
Le
av
in
g
So
ur
ce
T
em
p
L-
W
C
T
–
Lo
ad
W
ate
r C
oi
l T
em
p
PB
–
Po
w
er
B
lo
ck
RV
–
Re
ve
rs
in
g
V
al
ve
SF
S
–
So
ur
ce
F
lo
w S
wi
tc
h
S-
W
C
T
–
So
ur
ce
W
ate
r C
oi
l T
em
p
TB
–
Te
rm
in
al
B
oa
rd
Fa
ct
or
y l
ow
v
ol
ta
ge
w
iri
ng
Fa
ct
or
y l
in
e vo
lta
ge
w
iri
ng
Fi
el
d l
ow
v
ol
tag
e w
iri
ng
Fi
el
d l
ine
v
ol
tage
w
iri
ng
O
pt
ion
al
bl
oc
k
Fi
el
d S
upp
lied
O
pt
ion
Th
er
m
is
to
r
R
ela
y c
oil
T
¼”
Q
ui
ck
C
on
ne
ct
or
No
te
s
No
te
s
1
–
Sw
ap
R
ed
an
d B
lu
e T
ran
sf
or
m
er
w
ire
s
fo
r 20
8V
op
er
at
io
n.
20
8
-23
0/
60
/1
uni
ts
on
ly
.
2
–
C
las
s 2 T
ran
sf
or
m
er
3
–
Ac
c ou
tp
ut
is
c
yc
led
w
ith
th
e l
ea
d
co
m
pr
es
so
r.
4
–
Th
e r
ev
er
si
ng v
al
ve
w
ill be
en
er
gi
ze
d f
or
c
ool
in
g m
ode
.
No
te
s
1
–
Sw
ap
R
ed
an
d B
lu
e T
ran
sf
or
m
er
w
ire
s
fo
r 20
8V
op
er
at
io
n.
20
8
-23
0/
60
/1
uni
ts
on
ly
.
2
–
C
las
s 2 T
ran
sf
or
m
er
3
–
Ac
c ou
tp
ut
is
c
yc
led
w
ith
th
e l
ea
d
co
m
pr
es
so
r.
4
–
Th
e r
ev
er
si
ng v
al
ve
w
ill be
en
er
gi
ze
d f
or
c
ool
in
g m
ode
.
No
te
2
No
te
3
No
te
3
No
te
4
No
te
4
SW
1-
4
SW
1-
5
DE
SCRI
PT
IO
N
O
N
O
N
No
t Us
ed
O
FF
O
N
Cy
cl
es
wi
th
CC (
No
rm
al
)
ON
OF
F
No
t U
se
d
OF
F
O
FF
No
t U
se
d
AX
B A
ccesso
ry
2 D
IP
S
etti
ng
s
SW
2
On
Fu
tu
re
U
se
L O
utput
T
ype
CC –
Du
al/
Si
ng
le
Ac
c –
D
ip
5
Ac
c –
D
ip
4
RV
–
B/
O
FP
2 – 15°
F/
30°
F
FP
1 –
15°
F/
30°
F
1 2 3 4 5 6 7 8
Of
f
SW
2
On
Fu
tu
re
U
se
L O
utput
T
ype
CC –
Du
al/
Si
ng
le
Ac
c –
D
ip
5
Ac
c –
D
ip
4
RV
–
B/
O
FP
2 – 15°
F/
30°
F
FP
1 –
15°
F/
30°
F
1 2 3 4 5 6 7 8
Of
f
SW
2
On
Fu
tu
re
U
se
L O
utput
T
ype
CC –
Du
al/
Si
ng
le
Ac
c –
D
ip
5
Ac
c –
D
ip
4
RV
–
B/
O
FP
2 – 15°
F/
30°
F
FP
1 –
15°
F/
30°
F
1 2 3 4 5 6 7 8
Of
f
