Envision Peripherals Series - Manual (Page 15)

13
NS SPLIT INSTALLATION MANUAL
Wiring Schematics
Envision Series - Dual Capacity Split Wiring Schematic - 208-230/60/1
Fu
se
d
L2
24
0V
L
1
H P
24
0V
L
2
P 6
M
icr
op
ro
ce
ss
or
Lo
gi
c C
on
tro
l
(D
C
Vo
lta
ge
)
P1
Fu
se
d
L
2
R C
C C -G
N
D
N O
C R
2
C O
M
N O
N C
C R
4
C O M
F1
-1
0A
2
40
V
N O
C R 1
C
O M
1 2 3 4 5 6 7 8 1 2 3
P 4
1 2 3
C P2
D
ow
n C
1 2 3 4 5 6 7
S hu
t
S L1
I
n
N ot
S L1
O
ut
U se
d
N
O TE
2
A
cc
C
om
A cc
N
C
A cc
N
O
1 2 3
P 3
1
2
3
N
O
N
C
C R 3
C
O M
F1- 10A 24 0V
6 5 4 8 7 P
5
12 1 2 9 10 3 13 14 15 16 11
G W O R C Y1 Y2 LO
O n
S
W
1
1 2 3 4 5 6 7 8 9 10 11 12
O n
S W
3
O
n
S W
2
1 2 3 4 5 6 7 8
P
ul se
L
/
C on
st
an
t
L
N
ot
U
se
d
N
ot
U
se
d
Fa
n
/ C
om
p
Lo
op
/
W
el l
Te
st
/ N or
m
O
ut
pu
ts
/ N
or
m
In
pu
ts
/
N or
m
D ua
l/ S in
gl e
C
ap
ac
ity
N or
m
al/
Fi ni
sh
o
n 2 nd
N o
R P M
/ R
P
M
M
us
t
be
O
n
E nv
is
io n
/ E
S
er
ie s
or
P
re
m
ie r
E C
M 2
A ir
Fl ow
S et
tin
gs
1 2 3 4 5
Sta tus LE D P CB SW
4
R R R R R G Y R
T
C
N
O TE
1
S L1
I n
S
L1
O
ut
O pt
io
na
l
R
em
ot
e
U ni t
W
ith
ou
t
Lo
op
P
um
p
NO T U SE D
NO T U SE D
C
C
C
C H I
Fu
se
d
L
1
B la ck
(7
)
R V
FP
Fi el d
S el ec
tio
n
D ip s
-#
1
O n,
#
6
O n,
# 7
O n
N ot
U
se
d
FP
t he
rm
is to
r (l
oo
p<
15
°F
,w
el l<
30
°F
) L
oc
ko
ut
H ig h
P re
ss
ur
e
Lo
w
P
re
ss
ur
e /
C
om
fo
rt
A
le rt
N ot
U
se
d
M
ic ro
pr
oc
es
so
r m
al fu
nc
tio
n*
N ot
U
se
d
N ot
U
se
d
D
ra
in
W
at
er
F
lo w
H
ig h
P
re
ss
Lo
w
P
re
ss /C
A
A
ir
Fl ow
S
ta
tu
s
D H W
L
im
it
D
H W
o
ff
LE
D
N
or
m
al
D
isp
la
y
M
od
e
#1
O
ff,
#
6 O
n,
# 7
O
n
N ot
U
se
d
FP
t he
rm
is to
r (l
oo
p <1
5°
F,
w
el l<
30
°F
)
H ig h
P re
ss
ur
e
Lo
w
P
re
ss
ur
e / C
om
fo
rt A
le rt
N ot
U
se
d
N ot
U
se
d
N ot
U
se
d
N ot
U
se
d
C
ur
re
nt
F
au
lt
St
at
us
#
6 O
ff,
#
7 O
n
Y 1 Y 2 O
N ot
U
se
d
N ot
U
se
d
S L1 S L2
In
pu
ts
#
6
O n,
#
7
O ff
Lo
C
ap
ac
ity
C
om
pr
es
so
r
R
V
FA
N
N
ot
U
se
d
Lo
op
P
um
p 1
O
ut
pu
ts
# 6
O ff,
# 7
O
ff
N ot
U
se
d
O
ut
pu
ts2
D
ia
gn
os
tic
M
od
es
*G
re en
L E D n ot fl as hi ng
H
i C
ap
ac
ity
C
om
pr
es
so
r
Lo
op
P
um
p 2
N ot
U
se
d
N ot
U
se
d
N ot
U
se
d
N ot
U
se
d
N ot
U
se
d
N ot
U
se
d
N ot
U
se
d
N
ot
U
se
d
N ot
U
se
d
Ta
n
O ra
ng
e
O ra
ng
e
N ot
U
se
d
N ot
U
se
d
Y el lo
w
Y
el lo
w
LP
B
lu e
B
lu e
B
la ck
B
la ck
L
C om
fo
rt A
le
rt
N
O TE
5
C
C
C
om
fo
rt
A
le
rt
R Y C Y 2
C
S
R
Un
it
Po
we
r
20
8-
23
0/
60
/1
G
L2
L1
C C
C
om
fo
rt
A
le
rt
R ed
B
la ck
B
lu e
C
S
+ - D C S O L
R un
C ap ac ito
r N
O
T
E 6
Y 2 Y L R C
D C S ol
D at a
P or t
C
om
fo
rt
A
le rt
P hy
si
ca
l L
ay
ou
t
P O
W
E R
A LE
R T
TR
IP
E
nv
is io n
Lo
gi c
B oa
rd
-P
hy
si ca
l L
ay
ou
t
1
2
3
1
P
4
O
n
O
ff SW
1
240 V - L2
240 V - L1
Fus ed L2
Fus ed L2
Fus ed L2
F1
F1
R R
M
icr
op
ro
ce
ss
or
Pr
em
ie
r 2
L
og
ic
B
oa
rd
C
R
2-
Lo
op
Pu
m
p N
.O
.
240 V - L2
240 V - L1
C C
1 2 3 4 5 6 7 8
9 10 11 12 13 14 15 16
P6
1 2 3 4 5 6 7
8 9 10 11 12 13 14
P5
Fus ed L2
Fus ed L1
C
R1
-D
H
W
Pu
m
p N
.O
.
C
C C
C
-G
N
D
C
C
LO
C
C
H
I
1
2
3
P
3
2 3 4 5 6 7 8 9 10 11 12
1
O
n
O
ff SW
2
2 3 4 5 6 7 8
1
O
n
O
ff SW
3
2 3 4 5
P
1
1
2
3
4
5
6
7
8
2
3
4
5
P2
6
7
1
R
C
Y1
Y2
G
O
W
L
S hu t
D ow
n
A C C N O
A C C
N C
A C C
C O M
C
C
S L1 IN
S L 1
O ut
S L 2 IN
S L 2 O ut
N
.O
.
C
R4
-
C
om
N.
O
.
C
R
3-
C
om
N.
C
.
L
2
L1
H
ea
t
R
ec
ov
er
y
U
ni
t
P um
p
L
oo
p
P um
p(s
)
1/
2 H
P 2
08
-2
30
/6 0/
1
G
P um
p
F P
Th
er
m
is
to
r
Li gh
t
E
m
itt
in g
D io de
-G
re
en
R el
ay
C
oi l
C ap
ac
ito
r
w/
B
le ed
R
es
is to
r
S w
itc
h -H
ig h
P
re
ss
ur
e
S w itc
h -
Lo
w
P
re
ss
ur
e
P ol
ar
iz ed
C
on
ne
ct
or
Fa
ct
or
y
Lo
w v
ol ta
ge
w
iri ng
Fa
ct
or
y
Li
ne
v
ol ta
ge
w
iri ng
Fi el
d
lo w v
ol ta
ge
w
iri
ng
Fi el
d
lin
e
vo
lta
ge
w
iri
ng
O pt
io
na
l b
lo ck
D C
V
ol ta
ge
P
C
B t ra
ce
s
In
te
rn
al
ju
nc
tio
n
Q ui
ck
c
on
ne
ct
te
rm
in
al
W
ire
n
ut
Fi el
d
w ire
lu
g
G ro
un
d
Fu
se
C C
-
C R
1
-
C R
2-
C R
3
-
C R
4
-
F 1
an
d
F2
-
FP
-
H P
-
LP
-
R V
-
S W
1
-
S W
2
-
S W
3
-
C om
pr
es
so
r
C on
ta
ct
or
Lo
op
P
um
p
R el
ay
1
Fu
se
s
Fr
ee
ze
p
ro
te
ct
io n
se
ns
or
H ig
h
P re
ss
ur
e
S w itc
h
Lo
w
P re
ss
ur
e
S w itc
h
R ev
er
si
ng
V
al ve
C
oi
l
N ot
U
se
d
D IP
P
ac
ka
ge
8
P os
iti
on
D IP
P
ac
ka
ge
5
P os
iti
on
R el
ay
C
on
ta
ct
s-
N .O
.,
N .C
.
G T
1
3
2
P
L1
Lo
op
P
um
p
R el
ay
2
N ot
U
se
d
C S
-
C om
pr
es
so
r
S ol en
oi
d
N ot
U
se
d
L
e
g
e
n
d
N
o
te
s
Y el lo
w (8
)
G
ra
y
(9 )
V io le
t (
10
)
B la ck
(1
)
V io le
t (
2)
V
io le t (
3)
W
hi te
(4
)
B la ck
(5
)
Y el
lo w (6
)
O
ra
ng
e
(1 4
)
B
ro
w n
(1 5)
Ta
n
(1
6)
R ed
(1
1)
R
ed
(1
2)
B la
ck
B
la ck
G re
en
/Y
el lo w
Cr
an
kc
as
e
He
at
er
C ra
nk
ca
se
H
ea
te
r
N ot
U
se
d
N ot
U
se
d
3 4 9 11 2 10 8 1 12 5 14 13 6 7
C A
-
C om
fo
rt A
le
rt
Connection of remote unit that does not have a loop pump for slave operation 24V Accessory relay (see SW 2-3 for description of operation) Field installed DPDT dual fuel relay (Required for dual fuel installation) DHW pump only in models with hot water generation option Comfort Alert fault output to Premier Control Board This switch allows the unit to down stage with the t-stat when OFF and finish on second stage when ON. Finish second stage reduces stage changing in recip dual capacity compressors and should be ON for unzoned Dual Cap E-Series or Premier 2 speed units
1 - 2 - 3 - 4 - 5 - 6 -