York YAWT100, Installation Manual

Page: 17 / 48

17
AFFINITY DUAL CAPACITY HYDRONIC INSTALLATION MANUAL
208-230
/
6
0
/
1 Supply Po
w
er with Hy
dr
oZ
one c
ontinued
Wiring Schematics cont.
HW
P8
MO
TO
R
P6
RS
48
5
P7
ZO
N
E
P9
AB
C
ST
EP
PER
AN
A
AC
C
2
DH
DI
V
NO
CO
M
K6
NO
CO
M
K5
C R
L1 L1 L2 L2
P1
0
P5
P1
1
C R
(-) (+
)
C R
(-) (+
)
C R (-)
(+
)
P4
P2
K1
K2
K3
HA
2
HA
1
SG
I
LO
O
P
VS
D
AT
A
VS
P
U
M
P
PU
M
P
SL
AV
E
P3
V+
C R
TX RX +5
P1
4
LLT
P1
LA
T
FL
O
W
LW
T
EW
T
CT
2
4
3
CT
2
4
3
CT
1
2
1
CT
1
2
1
Status
G
DI
S
C
H
P1
6
P1
7
P1
8
P1
5
(Auro
ra E
xpan
sion
Boa
rd)
AX
B-
A
SW1
Modbus Add.
ID
Future Use
1
2
3
4
5
ON OFF
Future Use
Acc 2 – Dip 1
Acc 2 – Dip 2
S+
5
C
C
C
21
IN
OU
T
+5
S
SC
T
2
1
3
HW
1
2
C
P1
2
SC
P
2
1
3
HW
P8
MO
TO
R
P6
RS
48
5
P7
ZO
N
E
P9
AB
C
ST
EP
PER
AN
A
AC
C
2
DH
DI
V
NO
CO
M
K6
NO
CO
M
K5
C R
L1 L1 L2 L2
P1
0
P5
P1
1
C R
(-) (+
)
C R
(-) (+
)
C R (-)
(+
)
P4
P2
K1
K2
K3
HA
2
HA
1
SG
I
LO
O
P
VS
D
AT
A
VS
P
U
M
P
PU
M
P
SL
AV
E
P3
V+
C R
TX RX +5
P1
4
LLT
P1
LA
T
FL
O
W
LW
T
EW
T
CT
2
4
3
CT
2
4
3
CT
1
2
1
CT
1
2
1
Status
G
DI
S
C
H
P1
6
P1
7
P1
8
P1
5
(Auro
ra E
xpan
sion
Boa
rd)
AX
B-
A
SW1
Modbus Add.
ID
Future Use
1
2
3
4
5
ON OFF
Future Use
Acc 2 – Dip 1
Acc 2 – Dip 2
S+
5
C
C
C
21
IN
OU
T
+5
S
SC
T
2
1
3
HW
1
2
C
P1
2
SC
P
2
1
3
HW
P8
MO
TO
R
P6
RS
48
5
P7
ZO
N
E P9
AB
C
ST
EP
PER
AN
A
A
CC2
DH
DI
V
NO
CO
M
K6
NO
CO
M
K5
C R L1 L1 L2 L2
P1
0
P5
P1
1
C R (-)
(+
)
C R (-)
(+
)
C R
(-) (+
)
P4
P2
K1
K2
K3
HA
2
HA
1
SG
I
LO
O
P
VS
D
AT
A
VS
P
U
M
P
PU
M
P
SL
AV
E
P3
V+
C R
TX RX
+5
P1
4
LLT
P1
LA
T
FL
O
W
LW
T
EW
T
CT
2
4
3
CT
2
4
3
CT
1
2
1
CT
1
2
1
Status
G
DI
S
C
H
P1
6
P1
7
P1
8
P1
5
(Auro
ra E
xpan
sion
Boa
rd)
AX
B-
B
SW1
Modbus Add.
ID
Future Use
1
2
3
4
5
ON OFF
Future Use
Acc 2 – Dip 1
Acc 2 – Dip 2
S+
5
C
C
C
21
IN
OU
T
+5
S
SC
T
2
1
3
HW
1
2
C
P1
2
SC
P
2
1
3
HW
P8
MO
TO
R
P6
RS
48
5
P7
ZO
N
E P9
AB
C
ST
EP
PER
AN
A
A
CC2
DH
DI
V
NO
CO
M
K6
NO
CO
M
K5
C R L1 L1 L2 L2
P1
0
P5
P1
1
C R (-)
(+
)
C R (-)
(+
)
C R
(-) (+
)
P4
P2
K1
K2
K3
HA
2
HA
1
SG
I
LO
O
P
VS
D
AT
A
VS
P
U
M
P
PU
M
P
SL
AV
E
P3
V+
C R
TX RX
+5
P1
4
LLT
P1
LA
T
FL
O
W
LW
T
EW
T
CT
2
4
3
CT
2
4
3
CT
1
2
1
CT
1
2
1
Status
G
DI
S
C
H
P1
6
P1
7
P1
8
P1
5
(Auro
ra E
xpan
sion
Boa
rd)
AX
B-
B
SW1
Modbus Add.
ID
Future Use
1
2
3
4
5
ON OFF
Future Use
Acc 2 – Dip 1
Acc 2 – Dip 2
S+
5
C
C
C
21
IN
OU
T
+5
S
SC
T
2
1
3
HW
1
2
C
P1
2
SC
P
2
1
3
CCPCCP
Bla ck (22 )
W
hit
e (23
)
Wh
ite
(2
4)
TT
White (81)
White (80)
TT
Purp le ( 82)
Purp le ( 83)
TT
Whi te/ Tan ( 85)
Whi te/ Tan ( 84)
TT
Purp le/ Whi te ( 86)
Pur ple /Whi te (8 7)
TT
Brow n (8 8)
Bro wn ( 89)
TT
Brow n/W hite ( 90)
Brow n/W hite ( 91)
To
AB
C
-B
P6
To
AB
C
-A
P6
Pu
m
p
C
ont
ac
to
r
Re
d
Re
d
Red ( 104 )
Whit e (103)
Blac k (102)
Di
sc
h
Pr
es
su
re
B
Re
d
Re
d
Red ( 98)
Whit e (97)
Blac k (9 6)
Di
sc
h
Pr
es
su
re
A
Re
d
Re
d
Red ( 99)
Whit e (100)
Blac k (101)
Su
ct
Pr
es
su
re
A
Re
d
Re
d
Red ( 105)
White (10 6)
Blac k (107)
Su
ct
Pr
es
su
re
B
T T
Blue (93)
Blue (92)
SC
T A
T T
Blue /W h (9 5)
Blue /W h (9 4)
SC
T B
Blue (26 )
Blue (27 )
Red ( 28)
Red ( 29)
Blac k
Blac k
Br ow n
Br ow n
Blue /Whi te (3 0)
Blue /Whi te (3 1)
Red/ Whit e (3 2)
Red/ Whit e (3 3)
Ca
pa
cit
or
CT
A
Co
m
pr
es
so
r
C
om
m
on C
T
A
Au
x
He
at
C
t
Lo
ad P
um
p
CT
Blac k
Blac k
Br ow n
Br ow n
Sour
ce
P
um
p
CT
Au
x 2
CT
C
apac
itor
CT
B
Co
m
pr
es
so
r
Co
m
m
on
CT
B
Bl
ue
/W
hi
te
(4
5)
Pi
nk
/W
hi
te
(4
6)
Ye
llo
w/W
hi
te
(4
7)
Pu
rp
le
/W
hi
te
(4
8)
Bl
ue
(4
9)
Pi
nk
(5
0)
Ye
llow
(51)
Pu
rp
le
(5
2)
Lo
ad F
low
S
w
itc
h
Fi
le
d I
ns
ta
lle
d
Sour
ce
F
low
S
wi
tc
h
Fi
le
d I
ns
tal
le
d
ES
T
LS
T
EL
T
LLT
LLT
-
A
LLT
-
B
H
ydr
oZ
on
e C
on
tro
lle
r Wi
ring
OAT S ens or
GeoT ank Sen sor
OAT
OAT
Tank
Tank
Red ( GN D)
Red ( TS)
Hy
dr
oZ
on
e
HZ
0
Co
nt
ro
lle
r
GN
D
TS
OA
T
GN
D
-
+
HZ
C
Hy
dr
oZ
on
e
HZ
0
Co
nt
ro
lle
r
GN
D
TS
OA
T
GN
D
-
+
HZ
C
R C
O/
B
P V
C1 C2 C3 C4
-- R C
O/
B
P V
C1 C2 C3 C4
--
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
24
V
AC
C
24V
AC
C
om
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
Deh
um
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
a
ss
2
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
24
V
AC
C
24V
AC
C
om
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
Deh
um
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
a
ss
2
H
ydr
oZ
on
e C
on
tro
lle
r Wi
ring
OAT S ens or
GeoT ank Sen sor
OAT
OAT
Tank
Tank
Red ( GN D)
Red ( TS)
Hy
dr
oZ
on
e
HZ
0
Co
nt
ro
lle
r
GN
D
TS
OA
T
GN
D
-
+
HZ
C
R C
O/
B
P V
C1 C2 C3 C4
--
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
24
V
AC
C
24V
AC
C
om
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
Deh
um
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
a
ss
2
Legen
d
Legen
d
Fa
ct
or
y L
o
w
V
ol
ta
ge
W
ir
in
g
Fi
el
d
L
ow V
ol
ta
ge
W
ir
in
g
123
45678
123 45678
RJ
45
C
on
n
ec
to
r
Legen
d
Fa
ct
or
y L
o
w
V
ol
ta
ge
W
ir
in
g
Fi
el
d
L
ow V
ol
ta
ge
W
ir
in
g
123
45678
RJ
45
C
on
n
ec
to
r
D
ESC
R
IPT
IO
N
S
W
2-
4
SW
2-
5
No
t Us
ed
O
N
O
N
C
ycl
e w
ith
C
om
pr
esso
r
OF
F
O
FF
W
ater
V
al
ve S
lo
w
Op
en
in
ON
OF
F
No
t Us
ed
O
FF
O
N
A
X
B
S
W
2 A
ccesso
ry R
el
ay
M
odb
us
A
dd.
ID
Fu
tu
re
U
se
Fu
tu
re
U
se
Ac
c 2
–
D
ip
1
Ac
c 2
–
D
ip
2
M
odb
us
A
dd.
ID
Fu
tu
re
U
se
Fu
tu
re
U
se
Ac
c 2
–
D
ip
1
Ac
c 2
–
D
ip
2
SW
1
1 2 3 4 5
SW
1
1 2 3 4 5
SW
1
1 2 3 4 5
ON
OF
F
O
N
OF
F
SW
1
1 2 3 4 5
ON
OF
F
M
odb
us
A
dd.
ID
Fu
tu
re
U
se
Fu
tu
re
U
se
Ac
c 2
–
D
ip
1
Ac
c 2
–
D
ip
2
SW
1
1 2 3 4 5
ON
OF
F
3
–
Ac
c2
out
put
is
c
yc
led w
ith
th
e
le
ad
c
om
pr
es
sor
No
te
s
No
te
s
1
–
If
no
fl
ow
s
w
itc
h i
s b
ei
ng
u
se
d o
n th
e l
oa
d s
id
e, w
ire
s c
on
ne
cte
d to
H
A-
1
ne
ed
to
b
e j
um
pe
re
d.
C
on
ne
ct P
ur
pl
e
an
d Y
el
lo
w w
ire
to
ge
th
er
.
2
–
If
no
fl
ow
s
w
itc
h i
s b
ei
ng
u
se
d o
n th
e s
ou
rc
e s
id
e, w
ire
s c
on
ne
cte
d to
H
A-
2
nee
d t
o be
ju
m
pe
red.
C
on
nec
t P
ink
an
d B
lu
e w
ire
to
ge
th
er
.
No
te
s
1
–
If
no
fl
ow
s
w
itc
h i
s b
ei
ng
u
se
d o
n th
e l
oa
d s
id
e, w
ire
s c
on
ne
cte
d to
H
A-
1
ne
ed
to
b
e j
um
pe
re
d.
C
on
ne
ct P
ur
pl
e
an
d Y
el
lo
w w
ire
to
ge
th
er
.
2
–
If
no
fl
ow
s
w
itc
h i
s b
ei
ng
u
se
d o
n th
e s
ou
rc
e s
id
e, w
ire
s c
on
ne
cte
d to
H
A-
2
nee
d t
o be
ju
m
pe
red.
C
on
nec
t P
ink
an
d B
lu
e w
ire
to
ge
th
er
.
No
te
3
No
te
3
No
te
1
N
ote
2
Red/ Whit e (3 3)
Blac k
Blac k
Br ow n
Br ow n