30
Ta
b.
10
---
C
hilled
w
at
er
co
nnec
tion
C
R
H
/S
R
H
004
---
016
j
=
S
ta
nd
ar
d,
w
ith
ta
nk
,w
ith
ta
nk
+
pum
p/
s
CR
H
/SR
H
004
---
204
(*)
---
00
6
---
20
6
(*)
CR
H
/SR
H
007
---
207
(*)
---
00
8
---
01
1
CR
H
/SR
H
014
---
016
p
p
J
=W
ith
pu
m
p/
s
(w
ith
ou
tt
an
k)
j
J
j
J
j
J
“A”
mm
2006
3006
4006
Fa
ns
num
be
r
---
1
1
(007
---
207)
---
2
(008
---
011)
3
C
hille
d
w
at
er
X
In
le
t
2”
Ga
s
m
al
e
Ou
tle
t
2”
Ga
s
m
al
e
In
le
t
2”
Ga
s
m
al
e
(m
od
.007
---
207)
2
1
/
2
”
G
as
m
al
e
(m
od
.008
---
011)
Ou
tle
t
2”
Ga
s
m
al
e
(m
od
.007
---
207)
2
1
/
2
”
G
as
m
al
e
(m
od
.008
---
011)
In
le
t
2
1
/
2
”G
as
m
al
e
Ou
tle
t
2
1
/
2
”G
as
m
al
e
C
hi
lle
d
w
at
er
con
ne
ct
io
n
Y
Ou
tle
t
2”
Ga
s
m
al
e
In
le
t
2”
Ga
s
m
al
e
Ou
tle
t
2”
Ga
s
m
al
e
(m
od
.007
---
207)
2
1
/
2
”
G
as
m
al
e
(m
od
.008
---
011)
In
le
t
2”
Ga
s
m
al
e
(m
od
.007
---
207)
2
1
/
2
”
G
as
m
al
e
(m
od
.008
---
011)
Ou
tle
t
2
1
/
2
”G
as
m
al
e
In
le
t
2
1
/
2
”G
as
m
al
e
(*
)
O
N
204
---
206
---
207
M
O
D
E
LS
,T
AN
K
VER
S
IO
N
W
IT
H
/W
IT
H
O
U
T
P
U
M
P
IS
N
O
T
AV
A
IL
AB
LE
Ta
b.
11
---
Hea
tr
ec
over
y
w
at
er
connec
tion
(op
tiona
l)
C
R
H
/S
R
H
004
---
016
M
ode
ls
CR
H
004
---
006
---
007
---
204
---
206
---
207
SR
H
004
---
006
---
007
---
204
---
206
---
207
CR
H
008
---
011
---
014
---
016
SR
H
008
---
011
---
014
---
016
Pa
rt
ia
l
hea
tr
ec
ov
er
y
inl
et
W
1”
Ga
s
m
al
e
1”
Ga
s
m
al
e
1
1
/
4
”G
as
m
al
e
1
1
/
4
”G
as
m
al
e
To
ta
l
hea
tr
ec
ov
er
y
inl
et
W
2”
Ga
s
m
al
e
No
ta
vai
lab
le
2
1
/
2
”G
as
m
al
e
No
ta
vai
lab
le
Pa
rt
ia
l
hea
tr
ec
ov
er
y
ou
tlet
Z
1”
Ga
s
m
al
e
1”
Ga
s
m
al
e
1
1
/
4
”G
as
m
al
e
1
1
/
4
”G
as
m
al
e
To
ta
l
hea
tr
ec
ov
er
y
ou
tlet
Z
2”
Ga
s
m
al
e
No
ta
vai
lab
le
2
1
/
2
”G
as
m
al
e
No
ta
vai
lab
le
