50
DET
A
ILED
COOLING
CAP
ACITIES
#
(CONT
.)
EV
APORA
TOR
AIR
COND
ENS
E
R
E
NTERI
N
G
A
IR
TEMP
ERA
TU
R
ES
°F
(°
C)
75
(23.
9)
85
(29.
4)
95
(35)
105
(40.
6)
115
(46.
1)
125
(51.
7)
CF
M
EWB °F
(°
C
)
C
apacity
MB
tuh
Total System KW
**
C
apacity
MB
tuh
Total System KW
**
C
apacity
MB
tuh
Total System KW
**
C
apacity
MB
tuh
Total System KW
**
C
apacity
MB
tuh
Total System KW
**
C
apacity
MB
tuh
Total System KW
**
Total
Sens‡
Total
Sens‡
Total
Sens‡
Total
Sens‡
Total
Sens‡
Total
Sens‡
24ABC
660A**30
O
utdoor
Secti
on
W
ith
C
NPV*6124A**
Indoor
Secti
on
1750
72
(22.
2)
67.
62
33.
62
3.
61
64.
17
32.
46
4.
00
60.
58
31.
27
4.
41
56.
79
30.
03
4.
86
52.
77
28.
73
5.
37
48.
49
27.
36
5.
94
67
(19.
4)
61.
61
41.
91
3.
60
58.
55
40.
77
3.
97
55.
32
39.
59
4.
38
51.
90
38.
34
4.
83
48.
28
37.
03
5.
33
44.
39
35.
62
5.
90
63
(17.
2)††
57.
26
40.
25
3.
60
54.
46
39.
14
3.
96
51.
50
37.
96
4.
36
48.
36
36.
73
4.
80
45.
00
35.
42
5.
31
41.
41
34.
01
5.
88
62
(16.
7)
56.
64
50.
02
3.
59
54.
07
53.
77
3.
96
51.
61
51.
61
4.
36
48.
99
48.
99
4.
81
46.
15
46.
15
5.
32
43.
04
43.
04
5.
90
57
(13.
9)
56.
19
56.
19
3.
59
53.
95
53.
95
3.
96
51.
53
51.
53
4.
36
48.
93
48.
93
4.
81
46.
09
46.
09
5.
32
42.
99
42.
99
5.
90
2000
72
(22.
2)
68.
55
35.
38
3.
71
64.
97
34.
21
4.
10
61.
24
32.
99
4.
51
57.
31
31.
73
4.
96
53.
16
30.
40
5.
47
48.
76
29.
01
6.
04
67
(19.
4)
62.
54
44.
78
3.
70
59.
34
43.
61
4.
07
56.
00
42.
40
4.
48
52.
47
41.
12
4.
93
48.
74
39.
76
5.
43
44.
80
38.
28
6.
01
63
(17.
2)††
58.
17
42.
92
3.
69
55.
24
41.
77
4.
06
52.
18
40.
57
4.
46
48.
93
39.
29
4.
90
45.
49
37.
93
5.
41
41.
84
36.
44
5.
99
62
(16.
7)
58.
38
58.
38
3.
69
55.
95
55.
95
4.
06
53.
34
53.
34
4.
47
50.
54
50.
54
4.
92
47.
51
47.
51
5.
42
44.
19
44.
19
6.
00
57
(13.
9)
58.
30
58.
30
3.
69
55.
88
55.
88
4.
06
53.
28
53.
28
4.
46
50.
48
50.
48
4.
92
47.
45
47.
45
5.
42
44.
14
44.
14
6.
00
2250
72
(22.
2)
69.
20
37.
05
3.
81
65.
50
35.
85
4.
20
61.
65
34.
62
4.
61
57.
62
33.
34
5.
06
53.
39
32.
00
5.
57
48.
89
30.
59
6.
14
67
(19.
4)
63.
21
47.
52
3.
80
59.
93
46.
32
4.
17
56.
49
45.
07
4.
58
52.
89
43.
73
5.
03
49.
12
42.
29
5.
53
45.
19
44.
77
6.
11
63
(17.
2)††
58.
84
45.
45
3.
79
55.
83
44.
27
4.
16
52.
68
43.
02
4.
56
49.
37
41.
69
5.
01
45.
89
40.
23
5.
51
42.
31
42.
31
6.
09
62
(16.
7)
60.
10
60.
10
3.
79
57.
51
57.
51
4.
16
54.
74
54.
74
4.
57
51.
77
51.
77
5.
02
48.
57
48.
57
5.
53
45.
09
45.
09
6.
11
57
(13.
9)
60.
03
60.
03
3.
79
57.
44
57.
44
4.
16
54.
68
54.
68
4.
57
51.
71
51.
71
5.
02
48.
52
48.
52
5.
53
45.
04
45.
04
6.
11
COOLING
INDOOR
MODEL
CA
PA
CI
TY
POW
E
R
FUR
N
AC
E
M
ODEL
*CNPV*6124A**
1.
00
1.
00
CAP**6021A**
0.
96
0.
96
CAP**6024A**
0.
98
0.
98
CAP**6025A**
0.
98
0.
98
CNPH*6024A**
0.
98
0.
98
CNPH*6124A**
0.
98
0.
98
CNPV*6024A**
0.
98
0.
98
C
S
PH*6012A**
0.
98
0.
98
C
S
PH*6012A**
0.
98
0.
94
FB4CNF060
0.
96
0.
93
FE4ANB006
0.
98
0.
94
FV4BNB006
0.
98
0.
94
FV4CNB006
0.
98
0.
94
FX4CN(B,
F)060
0.
98
0.
94
FX4DN(B,
F)061
0.
99
0.
92
FY4A
N
B060
0.
98
1.
02
FY5BNB060
0.
97
1.
01
CAP**6021A**
0.
96
0.
96
58CV(A
,X)110
---
20
CAP**6024A**
0.
96
0.
96
58CV(A
,X)110
---
20
CNPH*6024A**
0.
96
0.
96
58CV(A
,X)110
---
20
CNPH*6124A**
0.
96
0.
96
58CV(A
,X)110
---
20
CNPV*6024A**
0.
96
0.
96
58CV(A
,X)110
---
20
CNPV*6124A**
0.
98
0.
94
58CV(A
,X)110
---
20
C
S
PH*6012A**
0.
96
0.
96
58CV(A
,X)110
---
20
CAP**6021A**
0.
97
0.
97
58CV(A
,X)135
---
22
CAP**6024A**
0.
96
0.
93
58CV(A
,X)135
---
22
CNPH*6024A**
0.
96
0.
93
58CV(A
,X)135
---
22
CNPH*6124A**
0.
97
0.
94
58CV(A
,X)135
---
22
COOLING
INDOOR
MODEL
CA
PA
CI
TY
POW
E
R
FUR
N
AC
E
M
ODEL
CNPV*6024A**
0.
96
0.
93
58CV(A
,X)135
---
22
CNPV*6124A**
0.
98
0.
94
58CV(A
,X)135
---
22
C
S
PH*6012A**
0.
97
0.
94
58CV(A
,X)135
---
22
CAP**6021A**
0.
97
0.
94
58CV(A
,X)155
---
22
CAP**6024A**
0.
97
0.
94
58CV(A
,X)155
---
22
CNPH*6024A**
0.
97
0.
94
58CV(A
,X)155
---
22
CNPH*6124A**
0.
97
0.
94
58CV(A
,X)155
---
22
CNPV*6024A**
0.
97
0.
94
58CV(A
,X)155
---
22
CNPV*6124A**
0.
99
0.
95
58CV(A
,X)155
---
22
C
S
PH*6012A**
0.
98
0.
94
58CV(A
,X)155
---
22
CNPH*6024A**
0.
96
0.
96
58MEB080
---
16
C
S
PH*6012A**
0.
96
0.
96
58MEB080
---
16
CAP**6021A**
0.
96
0.
96
58MEB100
---
20
CAP**6024A**
0.
96
0.
93
58MEB100
---
20
CNPH*6024A**
0.
96
0.
96
58MEB100
---
20
CNPH*6124A**
0.
96
0.
93
58MEB100
---
20
CNPV*6024A**
0.
96
0.
96
58MEB100
---
20
CNPV*6124A**
0.
98
0.
94
58MEB100
---
20
C
S
PH*6012A**
0.
96
0.
93
58MEB100
---
20
CAP**6021A**
0.
96
0.
93
58MEB120
---
20
CAP**6024A**
0.
96
0.
93
58MEB120
---
20
CNPH*6024A**
0.
97
0.
94
58MEB120
---
20
CNPV*6024A**
0.
96
0.
93
58MEB120
---
20
CNPV*6124A**
0.
98
0.
94
58MEB120
---
20
C
S
PH*6012A**
0.
97
0.
94
58MEB120
---
20
CNPV*6124A**
0.
98
0.
98
58MV(B,
C)120
---
20
C
S
PH*6012A**
0.
96
0.
96
58MV(B,
C)120
---
20
COOLING
INDOOR
MOD
E
L
CA
PA
CI
TY
POW
E
R
FUR
N
AC
E
M
ODEL
CAP**6021A**
0.
96
0.
96
58PH*090
---
16
CAP**6024A**
0.
96
0.
96
58PH*090
---
16
CNPH*6024A**
0.
96
0.
96
58PH*090
---
16
CNPH*6124A**
0.
96
0.
96
58PH*090
---
16
CNPV*6024A**
0.
96
0.
96
58PH*090
---
16
CNPV*6124A**
0.
98
0.
94
58PH*090
---
16
C
S
PH*6012A**
0.
96
0.
96
58PH*090
---
16
CAP**6021A**
0.
96
0.
93
58PH*110
---
20
CAP**6024A**
0.
96
0.
93
58PH*110
---
20
CNPH*6024A**
0.
96
0.
96
58PH*110
---
20
CNPH*6124A**
0.
98
0.
94
58PH*110
---
20
CNPV*6024A**
0.
96
0.
93
58PH*110
---
20
CNPV*6124A**
0.
98
0.
94
58PH*110
---
20
C
S
PH*6012A**
0.
98
0.
94
58PH*110
---
20
CAP**6021A**
0.
96
0.
96
58PH*135
---
20
CAP**6024A**
0.
96
0.
96
58PH*135
---
20
CNPH*6024A**
0.
96
0.
96
58PH*135
---
20
CNPH*6124A**
0.
96
0.
93
58PH*135
---
20
CNPV*6024A**
0.
96
0.
96
58PH*135
---
20
CNPV*6124A**
0.
98
0.
94
58PH*135
---
20
C
S
PH*6012A**
0.
97
0.
94
58PH*135
---
20
CAP**6024A**
0.
96
0.
93
58VLR
120
---
20
CNPH*6024A**
0.
96
0.
96
58VLR
120
---
20
CNPV*6024A**
0.
96
0.
96
58VLR
120
---
20
CNPV*6124A**
0.
98
0.
98
58VLR
120
---
20
C
S
PH*6012A**
0.
96
0.
96
58VLR
120
---
20
CNPV*6124A**
0.
98
0.
98
58VMR
120
---
20
*
Tested
combination.
{
To
ta
la
nd
sen
sible
ca
pa
cities
ar
e
net
ca
pa
ci
ties.
B
lower
m
otor
heat
has
been
subtracted.
}
Sensible
capacities
shown
are
based
on
80
_
F(
27
_
C)
entering
air
at
the
indoor
coil.
For
sensible
capacities
at
other
than
80
_
F(
27
_
C),
dedu
ct
835
Btu
h
(245
kW)
per
1000
CFM
(480
L/
S
)of
in
door
coil
ai
rf
or
ea
ch
degree
below
80
_
F(
27
_
C),
or
add
835
Btu
h
(245
kW)
per
1000
CFM
(480
L/
S
)of
in
door
coil
ai
rp
er
degree
ab
ove
80
_
F(
27
_
C).
#
D
eta
iled
coolin
g
ca
pa
cities
ar
e
ba
sed
on
in
door
an
d
ou
tdoor
un
it
at
th
e
sa
me
eleva
tion
per
A
RI
sta
nda
rd
210/240
---
2008.
If
addition
al
tu
bin
g
len
gth
and/or
indoor
unit
is
located
above
outdoor
unit,
a
slight
variation
in
capacity
may
occu
r.
**
System
kw
is
total
of
indoor
and
outdoor
unit
kilowatts.
{{
At
TV
A
rating
indoor
condition
(75
_
F
edb/63
_
F
ewb
).
Al
lo
ther
ind
oor
air
temp
eratures
are
at
80
_
F
edb.
NO
TE
:W
hen
the
req
uired
da
ta
fal
ls
be
tween
the
pub
lished
data,
interpolation
may
be
performed.
E
xtrapolation
is
not
an
acceptable
practice.
EWB
—
E
ntering
W
et
Bulb
24AB
C
6