Amana RHE48C2A, Specification Sheet

Page: 2 / 2

2
Typical Cooling Performance Data
CAUTION
The installation must be adjusted to obtain a temperature rise within the range listed on the
unit nameplate.
*Entering Dry Bulb Temperature. NOTE:
Darker shaded area with white lettering is ARI rating conditions, (95° ambient, 80° IDB + 67° IWB). Lighter shaded area with black lettering is ACCA rating conditions, (95° ambient, 75° IDB + 63° IWB). All Pressures are PSIG. All temperatures are in
°F.
Low and high pressure are measured at gauge port. Amps are total unit amps at a rated voltage of 230 VAC.
®
is a trademark of Maytag World-
wide N.V. and is used under license to Goodman Company, L.P. All rights reserved.
Effectivity Date: May 2003
RHE48C2A / CHA60TCC / BBC60A2A@TAP B
Ou
td
oo
r A
m
bi
en
t T
em
pera
tur
e
(°F
)
65
75
85
95
10
5
115
En
te
rin
g I
ndo
or
Wet
B
ulb
T
em
per
at
ur
e
(°F
)
ID
B*
A
irf
low
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
∆
T
17
15
11
-
18
15
12
-
18
15
12
-
18
15
12
-
18
15
12
-
16
14
11
-
1800
A
M
P
S
12.
4
12.
7
13.
1
-
13
.4
13.
7
14.
1
-
14.
5
14.
8
15.
3
-
15
.4
15.
8
16.
3
-
16.
3
16
.7
17.
3
-
17
.3
17.
7
18.
2
-
HI
P
R
129
13
8
146
-
14
4
155
164
-
164
17
7
186
-
18
7
201
21
2
-
210
22
6
239
-
23
2
250
26
4
-
LO
P
R
58
62
68
-
61
65
71
-
64
68
74
-
67
71
78
-
70
75
82
-
73
77
84
-
∆
T
19
16
12
-
19
16
12
-
19
16
12
-
19
16
12
-
19
16
12
-
17
15
11
-
70
1640
A
M
P
S
12.
4
12.
7
13.
1
-
13
.3
13.
6
14.
1
-
14.
4
14.
8
15.
2
-
15
.4
15.
7
16.
2
-
16.
3
16
.7
17.
2
-
17
.2
17.
6
18.
2
-
HI
P
R
128
13
8
146
-
14
4
155
163
-
164
17
6
186
-
18
6
200
21
2
-
210
22
6
238
-
23
2
249
26
3
-
LO
P
R
58
62
67
-
61
65
71
-
64
68
74
-
67
71
78
-
70
75
81
-
73
77
84
-
∆
T
19
17
13
-
20
17
13
-
20
17
13
-
20
17
13
-
19
17
13
-
18
16
12
-
1400
A
M
P
S
12.
1
12.
4
12.
7
-
13
.0
13.
3
13.
7
-
14.
0
14.
4
14.
8
-
15
.0
15.
3
15.
8
-
15.
9
16
.2
16.
7
-
16
.8
17.
2
17.
7
-
HI
P
R
124
13
4
141
-
13
9
150
159
-
159
17
1
180
-
18
1
194
20
5
-
203
21
9
231
-
22
5
242
25
5
-
LO
P
R
56
60
65
-
59
63
69
-
62
66
72
-
65
69
75
-
68
72
79
-
70
75
82
-
∆
T
20
19
15
10
20
19
15
11
20
19
15
11
21
19
16
11
20
19
15
11
19
17
14
10
1800
A
M
P
S
12.
5
12.
8
13.
2
13.
7
13
.5
13.
8
14.
2
14
.7
14.
6
14.
9
15.
4
15.
9
15
.5
15.
9
16.
4
17.
0
16.
5
16
.9
17.
4
18.
0
17
.4
17.
8
18.
4
19.
1
HI
P
R
130
14
0
148
154
14
6
157
166
17
3
166
17
8
188
196
18
9
203
21
4
22
4
212
22
9
241
252
23
5
252
26
7
27
8
LO
P
R
59
63
68
73
62
66
72
77
65
69
75
80
68
72
79
84
71
76
83
88
73
78
85
91
∆
T
21
20
16
11
22
20
16
11
22
20
16
11
22
20
17
11
22
20
16
11
20
19
15
11
75
1640
A
M
P
S
12.
5
12.
8
13.
2
13.
6
13
.5
13.
8
14.
2
14
.7
14.
5
14.
9
15.
4
15.
9
15
.5
15.
9
16.
4
16.
9
16.
4
16
.8
17.
4
18.
0
17
.4
17.
8
18.
4
19.
0
HI
P
R
129
13
9
147
153
14
5
156
165
17
2
165
17
8
188
196
18
8
203
21
4
22
3
212
22
8
241
251
23
4
252
26
6
27
7
LO
P
R
59
62
68
72
62
66
72
77
64
68
75
80
68
72
79
84
71
75
82
88
73
78
85
91
∆
T
22
21
17
12
23
21
17
12
23
21
17
12
23
21
17
12
23
21
17
12
21
19
16
11
1400
A
M
P
S
12.
2
12.
5
12.
8
13.
3
13
.1
13.
4
13.
8
14
.3
14.
2
14.
5
14.
9
15.
5
15
.1
15.
4
15.
9
16.
5
16.
0
16
.4
16.
9
17.
5
16
.9
17.
3
17.
9
18.
5
HI
P
R
126
13
5
143
149
14
1
152
160
16
7
160
17
2
182
190
18
3
196
20
7
21
6
205
22
1
233
243
22
7
244
25
8
26
9
LO
P
R
57
60
66
70
60
64
70
74
62
66
72
77
66
70
76
81
69
73
80
85
71
76
83
88
∆
T
22
22
19
15
23
22
19
15
23
22
19
15
23
22
19
15
23
22
19
15
21
20
18
14
1800
A
M
P
S
12.
6
12.
9
13.
3
13.
8
13
.6
13.
9
14.
3
14
.9
14.
7
15.
1
15.
5
16.
1
15
.7
16.
0
16.
5
17.
1
16.
6
17
.0
17.
6
18.
2
17
.6
18.
0
18.
6
19.
2
HI
P
R
131
14
1
149
155
14
7
158
167
17
4
167
18
0
190
198
19
1
205
21
7
22
6
214
23
1
244
254
23
7
255
26
9
28
1
LO
P
R
59
63
69
73
63
67
73
78
65
69
76
81
68
73
80
85
72
76
83
89
74
79
86
92
∆
T
24
23
20
16
24
23
20
16
24
23
20
16
24
23
20
16
24
23
20
16
23
22
19
15
80
1640
A
M
P
S
12.
6
12.
9
13.
3
13.
8
13
.6
13.
9
14.
3
14
.8
14.
7
15.
0
15.
5
16.
0
15
.6
16.
0
16
.5
17.
1
16.
6
17
.0
17.
5
18.
2
17
.5
17.
9
18.
5
19.
2
HI
P
R
131
14
1
149
155
14
7
158
167
17
4
167
18
0
190
198
19
0
205
21
6
22
5
214
23
0
243
253
23
6
254
26
8
28
0
LO
P
R
59
63
69
73
63
67
73
77
65
69
75
80
68
73
79
84
72
76
83
89
74
79
86
92
∆
T
25
24
21
17
25
24
21
17
25
24
21
17
25
24
21
17
25
24
21
17
23
23
20
16
1400
A
M
P
S
12.
3
12.
6
13.
0
13.
4
13
.2
13.
5
13.
9
14
.4
14.
3
14.
6
15.
1
15.
6
15
.2
15.
6
16.
1
16.
6
16.
1
16
.5
17.
0
17.
7
17
.1
17.
5
18.
0
18.
7
HI
P
R
127
13
7
144
150
14
2
153
162
16
9
162
17
4
184
192
18
4
198
21
0
21
9
207
22
3
236
246
22
9
247
26
0
27
2
LO
P
R
57
61
67
71
61
65
70
75
63
67
73
78
66
70
77
82
69
74
81
86
72
76
83
89