Comfort-Aire TGRG Series for R-410A - Manual (Page 46)

C
oo
l
H
ea
t
0.
1
[.0
2]
0.
2
[.0
5]
0.
3
[.0
7]
0.
4
[.1
0]
0.
5
[.1
2]
0.
6
[.1
5]
0.
7
[.1
7]
0.
8
[.2
0]
C
FM
[l/
s]
82
9
[3
91
]
80
8
[3
81
]
78
9
[3
72
]
75
6
[3
57
]
73
7
[3
48
]
69
7
[3
29
]
66
8
[3
15
]
61
5
[2
90
]
R
P
M
89
0
91
5
96
1
10
00
10
46
10
89
11
21
11
73
W
at
ts
13
7
13
9
14
8
15
1
16
0
16
3
16
6
16
7
C
FM
[l/
s]
85
3
[4
03
]
83
2
[3
93
]
80
4
[3
79
]
77
9
[3
68
]
74
5
[3
52
]
72
4
[3
42
]
68
8
[3
25
]
63
0
[2
97
]
R
P
M
90
1
92
8
98
4
10
13
10
54
10
99
11
37
11
85
W
at
ts
14
6
14
9
15
9
16
1
16
5
17
3
17
6
17
3
C
FM
[l/
s]
91
2
[4
30
]
89
6
[4
23
]
86
3
[4
07
]
83
9
[3
96
]
81
5
[3
85
]
78
7
[3
71
]
73
6
[3
47
]
65
6
[3
10
]
R
P
M
94
0
97
7
10
17
10
62
10
88
11
39
11
65
11
81
W
at
ts
17
1
17
9
18
3
19
2
19
4
20
3
19
9
18
2
C
FM
[l/
s]
11
69
[5
52
]
11
40
[5
38
]
11
11
[5
24
]
10
68
[5
04
]
10
30
[4
86
]
99
5
[4
70
]
94
9
[4
48
]
89
5
[4
22
]
R
P
M
86
8
89
3
93
2
97
8
10
10
10
48
10
86
11
29
W
at
ts
21
3
21
7
22
8
23
9
24
4
25
4
25
8
26
8
C
FM
[l/
s]
10
39
[4
90
]
10
21
[4
82
]
97
1
[4
58
]
93
2
[4
40
]
88
7
[4
19
]
83
9
[3
96
]
79
7
[3
76
]
73
5
[3
47
]
R
P
M
79
8
83
3
87
8
92
2
95
5
10
11
10
61
10
93
W
at
ts
15
9
16
8
17
5
18
5
18
9
20
0
21
0
21
3
C
FM
[l/
s]
12
56
[5
93
]
12
31
[5
81
]
12
01
[5
67
]
11
61
[5
48
]
11
15
[5
26
]
10
76
[5
08
]
10
43
[4
92
]
99
9
[4
71
]
R
P
M
92
1
94
2
97
6
10
18
10
53
10
93
11
31
11
49
W
at
ts
25
9
26
3
27
2
28
4
29
0
29
9
30
9
30
7
C
FM
[l/
s]
11
69
[5
52
]
11
40
[5
38
]
11
11
[5
24
]
10
68
[5
04
]
10
30
[4
86
]
99
5
[4
70
]
94
9
[4
48
]
89
5
[4
22
]
R
P
M
86
8
89
3
93
2
97
8
10
10
10
48
10
86
11
29
W
at
ts
21
3
21
7
22
8
23
9
24
4
25
4
25
8
26
8
C
FM
[l/
s]
12
56
[5
93
]
12
31
[5
81
]
12
01
[5
67
]
11
61
[5
48
]
11
15
[5
26
]
10
76
[5
08
]
10
43
[4
92
]
99
9
[4
71
]
R
P
M
92
1
94
2
97
6
10
18
10
53
10
93
11
31
11
49
W
at
ts
25
9
26
3
27
2
28
4
29
0
29
9
30
9
30
7
C
FM
[l/
s]
13
57
[6
40
]
13
30
[6
28
]
12
92
[6
10
]
12
62
[5
96
]
12
25
[5
78
]
11
78
[5
56
]
11
10
[5
24
]
10
33
[4
88
]
R
P
M
97
4
10
03
10
36
10
71
11
03
11
34
11
53
11
69
W
at
ts
31
8
32
3
33
3
34
3
34
7
35
6
34
5
32
8
C
FM
[l/
s]
12
41
[5
86
]
12
03
[5
68
]
11
55
[5
45
]
11
19
[5
28
]
10
82
[5
11
]
10
32
[4
87
]
99
4
[4
69
]
95
0
[4
48
]
R
P
M
77
1
81
5
84
8
88
6
93
2
96
5
10
04
10
44
W
at
ts
15
5
16
2
17
0
18
2
19
3
20
0
21
0
22
0
C
FM
[l/
s]
14
59
[6
89
]
14
38
[6
79
]
14
09
[6
65
]
13
71
[6
47
]
13
37
[6
31
]
12
96
[6
12
]
12
58
[5
94
]
12
23
[5
77
]
R
P
M
93
1
95
8
99
3
10
31
10
58
10
97
11
33
11
58
W
at
ts
30
8
31
9
33
1
33
9
34
9
36
2
37
3
38
1
C
FM
[l/
s]
15
62
[7
37
]
15
38
[7
26
]
15
00
[7
08
]
14
56
[6
87
]
14
34
[6
77
]
13
83
[6
53
]
13
39
[6
32
]
12
70
[5
99
]
R
P
M
96
0
99
1
10
17
10
55
10
89
11
21
11
54
11
69
W
at
ts
35
3
36
4
37
5
38
8
39
8
40
8
41
8
40
5
C
FM
[l/
s]
14
59
[6
89
]
14
38
[6
79
]
14
09
[6
65
]
13
71
[6
47
]
13
37
[6
31
]
12
96
[6
12
]
12
58
[5
94
]
12
23
[5
77
]
R
P
M
93
1
95
8
99
3
10
31
10
58
10
97
11
33
11
58
W
at
ts
30
8
31
9
33
1
33
9
34
9
36
2
37
3
38
1
C
FM
[l/
s]
16
62
[7
84
]
16
48
[7
78
]
16
07
[7
58
]
15
79
[7
45
]
15
38
[7
26
]
14
77
[6
97
]
13
92
[6
57
]
13
05
[6
16
]
R
P
M
10
16
10
37
10
72
10
98
11
29
11
56
11
69
11
79
W
at
ts
42
1
42
9
44
3
45
3
46
5
46
5
44
6
42
0
C
FM
[l/
s]
19
10
[9
01
]
18
73
[8
84
]
17
98
[8
49
]
17
15
[8
09
]
16
21
[7
65
]
15
36
[7
25
]
14
22
[6
71
]
13
23
[6
24
]
R
P
M
11
49
11
60
11
63
11
69
11
75
11
87
11
84
12
05
W
at
ts
63
8
62
5
60
1
57
1
53
6
50
6
46
9
44
0
C
FM
[l/
s]
14
23
[6
72
]
13
90
[6
56
]
13
57
[6
40
]
13
11
[6
19
]
12
77
[6
03
]
12
33
[5
82
]
11
92
[5
63
]
11
37
[5
37
]
R
P
M
77
6
79
6
83
0
86
1
89
5
92
7
95
8
99
9
W
at
ts
27
2
27
8
29
2
30
0
31
5
32
6
33
7
35
2
C
FM
[l/
s]
13
19
[6
22
]
12
89
[6
08
]
12
42
[5
86
]
12
01
[5
67
]
11
48
[5
42
]
11
11
[5
24
]
10
47
[4
94
]
98
5
[4
65
]
R
P
M
72
8
76
0
79
0
83
2
85
9
89
4
93
9
99
2
W
at
ts
22
2
23
4
24
1
25
6
26
3
27
6
28
7
30
4
C
FM
[l/
s]
18
72
[8
83
]
18
47
[8
72
]
18
08
[8
53
]
17
72
[8
36
]
17
43
[8
23
]
17
03
[8
04
]
16
70
[7
88
]
16
39
[7
74
]
R
P
M
95
6
97
3
10
10
10
23
10
57
10
85
11
10
11
46
W
at
ts
56
2
57
2
58
4
59
8
61
3
62
2
63
6
64
6
C
FM
[l/
s]
20
46
[9
66
]
20
10
[9
49
]
19
80
[9
34
]
19
42
[9
17
]
19
04
[8
99
]
18
67
[8
81
]
18
22
[8
60
]
17
58
[8
30
]
R
P
M
10
35
10
46
10
79
10
86
11
14
11
41
11
71
11
63
W
at
ts
72
1
73
1
74
3
75
4
77
0
77
7
77
0
75
1
N
ot
es
:(
1)
D
o
no
to
pe
ra
te
2
to
n
m
od
el
s
be
lo
w
70
0
C
FM
.(
2)
D
o
no
to
pe
ra
te
2-
1/
2
or
3
to
n
m
od
el
s
be
lo
w
87
5
C
FM
.(
3)
C
oo
lin
g
sp
ee
d
m
us
tb
e
ch
an
ge
d
to
Lo
w
C
oo
lt
o
ac
hi
ev
e
A
R
Ip
er
fo
rm
an
ce
(a
ll
m
od
el
s)
.
D
ow
n
D
is
ch
ar
ge
Pr
es
su
re
D
ro
p
(A
dd
to
Ex
te
rn
al
St
at
ic
Pr
es
su
re
)
C
FM
[L
/s
]
60
0
[2
83
]
80
0
[3
78
]
10
00
[4
72
]
12
00
[5
66
]
14
00
[6
61
]
16
00
[7
55
]
18
00
[8
49
]
20
00
[9
44
]
P
re
ss
ur
e
D
ro
p
-I
nc
he
s
W
.C
.[
kP
a]
0
.0
2
[.0
05
]
.0
5
[.0
12
]
.0
7
[.0
17
]
.1
[.0
25
]
.1
2
[.0
30
]
.1
5
[.0
37
]
.1
7
[.0
42
]
12
x
9
B
lo
w
er
1
H
P
[7
46
W
]
4
S
pe
ed
X
13
M
ot
or
H
ea
t
D
ed
ic
at
ed
(T
ap
1)
1s
tS
ta
ge
C
oo
l
D
ed
ic
at
ed
(T
ap
2)
2n
d
S
ta
ge
Lo
w
C
oo
l
(T
ap
3)
2n
d
S
ta
ge
H
ig
h
C
oo
l
(T
ap
4)
5.
0
[1
7.
59
]
1s
tS
ta
ge
C
oo
l
(T
ap
2)
--
--
--
--
2n
d
S
ta
ge
H
ig
h
C
oo
l
(T
ap
4)
H
ea
t
(T
ap
1)
10
0,
00
0
[2
9.
31
]
10
x
9
B
lo
w
er
3/
4
H
P
[5
59
W
]
3
S
pe
ed
X
13
M
ot
or
H
ea
t
D
ed
ic
at
ed
(T
ap
1)
Lo
w
C
oo
l
(T
ap
2)
H
ig
h
C
oo
l
(T
ap
3)
4.
0
[1
4.
07
]
H
ig
h
C
oo
l
(T
ap
3)
H
ea
t
(T
ap
1)
A
ll
In
pu
ts
60
,0
00
[1
7.
58
]
80
,0
00
[2
3.
45
]
10
0,
00
0
[2
9.
31
]
10
x
9
B
lo
w
er
1/
2
H
P
[3
73
W
]
3
S
pe
ed
X
13
M
ot
or
H
ea
t
D
ed
ic
at
ed
(T
ap
1)
Lo
w
C
oo
l
(T
ap
2)
H
ig
h
C
oo
l
(T
ap
3)
3.
5
[1
2.
31
]
H
ig
h
C
oo
l
(T
ap
3)
H
ea
t
(T
ap
1)
A
ll
In
pu
ts
40
,0
00
[1
1.
72
]
60
,0
00
[1
7.
58
]
80
,0
00
[2
3.
45
]
10
0,
00
0
[2
9.
31
]
10
x
9
B
lo
w
er
1/
2
H
P
[3
73
W
]
3
S
pe
ed
X
13
M
ot
or
H
ea
t
D
ed
ic
at
ed
(T
ap
1)
Lo
w
C
oo
l
(T
ap
2)
H
ig
h
C
oo
l
(T
ap
3)
3.
0
[1
0.
55
]
H
ig
h
C
oo
l
(T
ap
3)
H
ea
t
(T
ap
1)
A
ll
In
pu
ts
40
,0
00
[1
1.
72
]
60
,0
00
[1
7.
58
]
80
,0
00
[2
3.
45
]
10
0,
00
0
[2
9.
31
]
H
ig
h
C
oo
l
(T
ap
3)
2.
5
[8
.7
9]
H
ig
h
C
oo
l
(T
ap
3)
H
ea
t
(T
ap
1)
A
ll
In
pu
ts
40
,0
00
[1
1.
72
]
60
,0
00
[1
7.
58
]
80
,0
00
[2
3.
45
]
10
0,
00
0
[2
9.
31
]
10
x
9
B
lo
w
er
1/
2
H
P
[3
73
W
]
3
S
pe
ed
X
13
M
ot
or
H
ea
t
D
ed
ic
at
ed
(T
ap
1)
Lo
w
C
oo
l
(T
ap
2)
H
ig
h
C
oo
l
(T
ap
3)
M
ot
or
Sp
ee
d
Ex
te
rn
al
St
at
ic
Pr
es
su
re
-I
nc
he
s
W
.C
.[
kP
a]
(S
id
e
D
is
ch
ar
ge
-W
et
C
oi
l)
2.
0
[7
.0
3]
H
ig
h
C
oo
l
(T
ap
3)
H
ea
t
(T
ap
1)
A
ll
In
pu
ts
40
,0
00
[1
1.
72
]
60
,0
00
[1
7.
58
]
80
,0
00
[2
3.
45
]
9
x
7
B
lo
w
er
1/
3
H
P
[2
49
W
]
3
S
pe
ed
X
13
M
ot
or
H
ea
t
D
ed
ic
at
ed
(T
ap
1)
Lo
w
C
oo
l
(T
ap
2)
N
om
in
al
C
oo
lin
g
C
ap
ac
ity
To
ns
[k
W
]
M
ot
or
Sp
ee
d
fr
om
Fa
ct
or
y
H
ea
tin
g
In
pu
t
B
TU
/H
r[
kW
]
B
lo
w
er
Si
ze
/
M
ot
or
H
P
[W
]&
#
of
Sp
ee
ds
INDOOR AIRFLOW PERFORMANCE FOR 2-5 TON PACKAGE GAS ELECTRIC UNITS–TGRG**D
DIRECT DRIVE
46
In
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r
A
ir
fl
o
w
P
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rm
a
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-
2
3
0
V
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lt
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