S1
0
G
N
D
-S
M
TI
O
S
10
1
2
-S
10
P
T1
00
0
S
11
G
N
D
-S
M
TI
O
S1
1
1
2
-S
11
R
et
ur
n
1s
t m
ix
. h
ea
tin
g
cy
cl
e
P
T1
00
0
S1
2
G
N
D
-S
M
TI
O
S12
1
2
-S
12
P
T1
00
0
S1
3
G
N
D
-S
M
TI
O
S1
3
1
2
-S
13
P
T1
00
0
S1
4
G
N
D
-S
M
TI
O
S1
4
1
2
-S
14
P
T1
00
0
S2
45V
G
N
D
-S
M
TI
O
S24
1
2
3
4
5
-S
24
/S
15
S1
5
G
N
D
S1
5
S1
6
G
N
D
-S
M
TI
O
S16
O
pe
ne
r c
on
ta
ct
EV
U
1
2
-S
16
E
VU
c
on
ta
ct
O
pe
ne
r
TP
13
14
rt
ws
rt
ws
-In
le
t f
lo
w
1
st
rt
ws
rt
ws
rt
ws
bl
br
sw
ws
gr
Dew point monitoring
is provided by the customer
St
an
da
rd
m
w
ei
ss
0
1
2
3
4
5
6
7
8
9
10
11
0
1
2
3
4
5
6
7
8
9
10
11
6/
25
/20
14
m
w
ei
ss
S
M
T
I/O
s
he
et
2
8
12
/1
4/
20
15
8/
15
Se
ns
or
P
T1
00
0
O
ut
si
de
te
m
pe
ra
tu
re
Se
ns
or
P
T1
00
0
Se
ns
or
P
T1
00
0
Se
ns
or
P
T1
00
0
In
le
t s
en
so
r
Se
ns
or
P
T1
00
0
M
ed
iu
m
fl
ow
ra
te
V
ol
um
et
ric
fl
ow
ra
te
/
re
tu
rn
fl
ow
s
en
so
r
Im
pu
ls
e
/ P
T1
00
0
Se
ns
or
P
T1
00
0
-O
ut
side
tempera
ture
-R
et
ur
n
flo
w
1
st
m
ix
. h
ea
tin
g
cy
cl
e
-Inle
t,
in
ternal
-Re
turn
flow
2nd
mix. heating cycle
-Re
turn
flow
, in
ternal
m
ix
. h
ea
tin
g
cy
cl
e
In
le
t 1
st
m
ix
. h
ea
tin
g
cy
cl
e
R
et
ur
n
2n
d
m
ix
. h
ea
tin
g
cy
cl
e
C
ha
ng
ed
:
R
ep
la
ce
d
by:
D
at
e
of
c
re
at
io
n:
O
rig
in:
D
ra
fte
d
by:
C
he
ck
ed
:
D
at
e
of
is
su
e:
Sh
ee
t t
itl
e:
Pr
oj
ec
t t
itl
e:
St
at
us
:
S
he
et
/to
t.:
S
he
et:
Sy
st
em:
E
di
tio
n:
C
us
to
m
er
:
H
TS
P
ro
je
ct
:
Ed
ite
d:
R
ep
la
ce
m
en
t f
or:
33
