25
Fig.
7
---
Over
al
ld
imensions
RE
M
O
VA
BL
E
PA
N
E
L
NOT
AV
AIL
AB
LE
1”
G
AS
MAL
E
1
1
/
4
”G
AS
MAL
E
1
1
/
4
”G
AS
MAL
E
1
1
/
4
”G
AS
MAL
E
2
1
/
2
”G
AS
MAL
E
1
1
/
4
”G
AS
MAL
E
NOT
AV
AIL
AB
LE
1”
G
AS
MAL
E
2”
G
AS
MAL
E
PA
R
TI
AL
H
EA
T
RE
CO
VE
RY
O
U
TL
ET
TO
TA
L
H
EA
T
RE
CO
VE
RY
IN
LE
T
PA
R
TI
AL
H
EA
T
RE
CO
VE
RY
IN
LE
T
1201
1642
262
1904
14080
1422
132
”A
”
=
=
600,5
=
=
170
430,5
120
1522
”A
”+
40
S
U
PPL
Y
C
AB
LE
IN
LE
T
(PR
EP
U
N
C
H
ø6
7
+
ø3
0)
W
Z
CBH/
CL
H/
CQ
H
004
--006
--007
S
BH/
S
L
H/
S
Q
H
004
--006
--007
CBH/
CL
H/
CQ
H
008
--01
1
--014
--
S
BH/
S
L
H/
S
Q
H
008
--01
1
--014
--
699
±
5
236
±
5
699
±
5
236
±
5
M
M
M
M
Y
X
Y
W
Z
M
M
X
M
M
RE
AR
VI
E
W
(W
IT
H
H
EA
T
R
ECO
VER
Y)
RE
AR
VI
E
W
(S
TD
.U
N
IT)
LA
TER
AL
VI
E
W
TO
P
VI
E
W
FR
O
N
T
VI
E
W
”A
”+
40
(H
EA
T
R
ECO
VER
Y
---
O
PT
.)
AIR
FLOW
E
LE
C
TR
IC
AL
PA
NE
L
AND
C
O
NT
R
O
L
U
NI
T
(R
E
AR
FRO
N
T
RE
M
O
VA
BL
E
PA
N
E
L)
TO
TA
L
H
EA
T
RE
CO
VE
RY
O
U
TL
ET
1”
G
AS
MAL
E
2”
G
AS
MAL
E
1”
G
AS
MAL
E
NOT
AV
AIL
AB
LE
NOT
AV
AIL
AB
LE
2
1
/
2
”G
AS
MAL
E
(*
)
O
N
204
---
206
---
207
M
O
D
E
LS
,T
AN
K
VE
R
S
IO
N
W
IT
H
/W
IT
HO
U
T
PU
M
P
IS
NO
T
AV
AI
LA
B
LE
204
--206
--207
204
--206
--207
HE
AT
RE
CO
VE
RY
WA
TE
R
CO
N
N
ECTI
O
N
(O
PT
IO
NA
L)
016
016
LA
TE
RA
L
VI
E
W
(O
N
LY
FO
R:
C
Q
H
016
S
B
H
007
AN
D
S
B
H
014
S
LH
006
AN
D
S
LH
011
S
Q
H
016)
j
=
S
td
.,
w
ith
ta
nk
,
w
ith
ta
nk
+p
um
p/
s
J
=
W
ith
pu
m
p/
s
C
B
H
/S
B
H
004
---
006
---
007
---
204
(*
)
---
20
6
(*
)
---
20
7
(*
)
C
LH
/S
LH
004
---
006
---
204
(*
)
---
20
6
(*
)
C
Q
H
/S
Q
H
004
---
204
(*
)
C
B
H
/S
B
H
008
---
011
---
014
C
LH
/S
LH
007
---
207
(*
)
---
00
8
---
01
1
C
Q
H
/S
Q
H
006
---
007
---
206
(*
)
---
20
7
(*
)
---
00
8
C
B
H/S
B
H0
16
C
LH
/S
LH
014
---
016
C
Q
H
/S
Q
H
011
---
014
---
016
J
=
W
ith
pu
m
p/
s
(w
itho
ut
ta
nk
)
j
J
j
J
j
J
“A
“
mm
2006
3006
4006
C
hille
d
w
at
er
”X”
IN
LE
T
2”
Ga
s
M
al
e
OU
TL
E
T
2”
Ga
s
M
al
e
IN
LE
T
2”
Ga
s
M
al
e
(M
od
.006
---
007
---
206
---
207)
2
1
/
2
”
G
as
M
al
e
(M
od
.008
÷
014)
OU
TL
E
T
2”
Ga
s
M
al
e
(M
od
.006
---
007
---
206
---
207)
2
1
/
2
”
G
as
M
al
e
(M
od
.008
÷
014)
IN
LE
T
2
1
/
2
”G
as
Ma
le
OU
TL
E
T
2
1
/
2
”G
as
Ma
le
C
hi
lle
d
w
at
er
co
nne
ct
io
n
”Y”
OU
TL
E
T
2”
Ga
s
M
al
e
IN
LE
T
2”
Ga
s
M
al
e
OU
TL
E
T
2”
Ga
s
M
al
e
(M
od
.006
---
007
---
206
---
207)
2
1
/
2
”
G
as
M
al
e
(M
od
.008
÷
014)
IN
LE
T
2”
Ga
s
M
al
e
(M
od
.006
---
007
---
206
---
207)
2
1
/
2
”
G
as
M
al
e
(M
od
.008
÷
014)
OU
TL
E
T
2
1
/
2
”G
as
Ma
le
IN
LE
T
2
1
/
2
”G
as
Ma
le
Summary of Contents for MATRIX S 004-016
Page 2: ......
