44 f – Carrier 30HR User Manual
Page 7
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PERFORMANCE DATA
30HR,HS RATINGS
Leaving Chilled
Water Temperature
44 F
COOLER
CONDENSER WATER
CAP.
(tons)
SIZE
SDT*
(F)
KW
THR
(tons)
FLOW
lOF
Gpm
DATA
RISE
PD
Gpm
7 5 ”
Lwt(F)
PD
E
Gpm
Tiering Vl
8 0
Lwt (F)
ater
PD
emperature (F
"T „ 1 ^ ^
Gpm
1 Lwt (F)
____
PD
Gpm
90
Lwt(F)
PD
40 G
134 4
56 :
55 9
96 0
3 7
_
.
_
_
_
_
_
_
_
_
__
_
42 C
127 8
5 3 8
57 3
100 8
4 1
_
_
_
_
_
_
_
_
_
—
44,0
12! .4
51 6
58 7
105.6
4.5
_
_
_
_
_
_
_
__
—
44.4
T20.0, .5303.
59.0
3Q6.6: '.■;4.5'.
78 0
93 0
2 1
78 0
98 0
2 1
78 0
103.0
2,
1
83 7
106,8
2 4
46
050
М М5 :
49 6
6Ь i
Ì iO 4
4 9
78 0
93.4
2 1
78 0
98 4
2 1
83 2
102.3
2 4
1116
102 9
4.3
48 C
108.8
4 7 .6
61.5
1 1 5 ?
5.3
78 0
93 8
2 ;
91.5
96 0
2 9
127.7
96.5
5.5
210 1
97.0
14,7
42,5
n07.2
47.3
63;9
336.4
5.4
79 2
93 7
2.2
101 2
94.6
3 .5
148. О
95.0
7.4
_
_
-
49.2
О05.0
.4.6.8
62.3
.338.3.
S.S
88 4
91 8
2 7
120 7
92 4
5 .0
185 0
93.1
■| Ì .9
—
—
-
50 0
102 5
45 6
63 0
¡20 0
5 8
101 9
89 7
3 6
148 2
90 1
7 4
—
_
-
-
-
-
52 C
96 2
43 7
64 4
124 8
6 2
175 6
83 8
10 3
-
-
-
-
-
-
-
-
-
46 G
133 9
65 6
64 6
1 10 4
4 .9
—
—
—
—
_
-
—
—
—
-
48 C
129 0
63.8
66 1
115 2
5 3
_
—
_
_
—
—
—
—
_
-
-
-
SO 0
124.3
62.1
^7 6
120.0
5 .8
—
-
—
_
—
—
—
—
—
-
51.9
T20.0
60,5
69,3
124.5
6 .3
84 0
94 7
2 1
84 0
99.7
2 1
84 0
104.7
2.1
95,0
107 5
2 7
52 C i
М19 8
60 5
69 2
124 8
Ф 2
84 0
94 8
2 1
84,0
99 8
2 .1
84 0
104.8
2.1
96 1
107.3
2.8
54 C
115 3
58 9
70 7
129 6
6
7
84 0
95 2
2 1
84 0
100.2
2 .1
96 7
102 6
2 9
133 7
102 7
5.5
56 C
060
1 10 9
5 7 4
72.3
134 4
7 ?
84 0
95 7
2 1
97 1
97 9
2 ,9
133.3
98.0
5 5
205.6
98.4
13.3
57.4
307.8
56.3
73.40 T37.S
V..
7 .6
90 1
94.5
2 5
119 8
94 7
4 4
57615
95.0
9.7
-
—
-
58.0
106 5
5^ 8
73 9
139,2
7 8
97 3
93 2
2 9
132 6
93 4
5 ,4 202 0
93 8
12.8
-
-
5S.6
3 0 5 .O1' 5 5 .3
74.3] 340.3
7,9
107 4
91 7
3 5
151 4
91 9
7 1
241.6
92.5
18 7
-
-
6 0 c
i02 1
5 4 3
75 4
144 0
8 3
132 0
88 7
5 4
198 6
89 1
12 4
-
-
-
-
-
-
62 C
97 6
52 8
77 C
148 8
8 9
195 9
84 4
12 0
-
—
-
—
-
-
—
-
64 C
93 2
51 4
78 6
153 6
9 4
-
-
-
-
-
-
-
-
-
-
56 C
135 1
79 2
78
5
134 4
5 3
_
_
_
_
__
—
-
_
—
-
-
58 C
131 1
77 4
80 0
139 2
5 6
_
-
-
—
-
-
-
-
_
-
-
-
60 0
127 3
75 7
81 5
144 0
6 C
—
-
-
—
-
-
-
-
-
_
-
-
62. C
3
9 0 c;
74.0
83.0
148 8
6 ^
—
—
_
_
-
-
—
—
-
-
_
—
63.8
320.0
72.4
84.5
353.3] 6.8
115 5
92 5
2 6
115 5
97 5
2 6
115 5
102 5
2 6
115 5
107,5
2.6
64 C
1 19 8
72 4
84 6
153 6
6 9
115 5
92 6
2 6
115 5
97.6
2 6
115 5
102.6
2 6
115 5
107 6
2.6
66 0
070
116.2
70 8
86 1
158 4
7.3
115 5
93 0
2 6
1 15 5
98 0
2 6
115 5
103 0
2 6
143 0
104.5
3.8
68 C
112,6
69 3
87 7
163 2
7 8
115 5
93 3
2 6
1 15.5
98 3
2.61135 2
100 6
3 5
193 9
100 9
6.8
70,0
109.C
67.7
89.2
168 0
8 ?
115 5
93 6
2 6
128 5
96 7
3 1
177.8
97 1
5.8 291.7
97.4
14 7
n.z
306.9
66.9
90.3
370.8
8.5
115 5
93 8
2 6
146 7
94 8
4 C .'2T7.21 9S.0.
8.4
-
-
77.C
105 4
ÓÓ.3
90.8
172 8
87
122 8
92 8
2 9
164 5
93 3
5.C 257 1
93 5
11 6
—
—
-
72.2
305.0
66.3
90.9
373.3
8.7
125.7
92 4
3 G 170 6
92 9
5 3
271 5
93 1
12 9
-
-
-
74.0
101 8
64 8
92 4
177 6
9 2
153 6
89,5
4.4
230 0
89 7
9 4
—
-
—
—
-
76 C
98 2
63 3
94 C
182 4
9 7
208 6
85 8
7 8
357 5
86 3
2 1 e
-
-
-
-
-
-
62 C
137 21 90 8
87 8
148 8
6 4
_
_
_
64 C
133 6
89 C
89 3
153 6
6 9
_
__
_
_
66 c
130.1
87 2
90 8
158 4
7 3
_
_
_
_
68 C
126 6
85 4
92 3
163 2
7 8
_
_
_
_
_
70 C
123,3
83,8
93 8
168.0
8,2
—
—
_
_
_
_
_
72.0
320.0
82.3
95.3
372.8
8.7
127,5
93 0
4.0
127 5
98 0
4 0
127 5
103 0
4 0
127 5
108 0
4 0
74 0
1 16 7
80 5
96 9
177 6
9 2
127 5
93 2
4 0
127 5
98 2
4 .0
127 5
103 2
4 C
148 4
105 6
5 3
76 C
080
1 13 4
78 9
98 4
182 4
9 7
127 5
93 5
4 C
127 5
98 5
4 c
137 3
102 2
4 6
191 7
102 3
8 6
78 C
1 10 2
77 4
100 0
187 2
10 2
127 5
93 8
4 C
128 7
98 6
4 ;
172 3
98 9
7.0
264 7
99 1
15 7
80.0
107 0
75,9
101.5
19 ? 0
10 7
127 5
94 1
4 0
156 8
95 5
5 9 229 4
95.6
12.0
_
80.4
306.4
75.61303.9
392.9
30.8
127.5
94 2
4 0
164 2
94 9
6 4 ^244.7
95.0
53.6
_
_
_
83.2
305.0
74.91 102.5
395.0
U.O
134 5
93 3
4 4
183 3
93 4
7 9
285 9
93 6
13 2
„
_
_
82 0
103 8
74 3
103 '
196 8
1 1 3
144 4
92 1
5 1
202 5
92 2
9 5
328 5
92 5
23 6
_
_
_
84 C
100 6
72 S
104 7
201 6
1 1 8
181 7
88 8
7 7
279 0
89 0
17 3
_
_
_
_
_
86 C
.97 3
71 4
106 3
206 4
12.4
242.3
85.5^
13.3
-
- ____
-
- _
-
- _
-
-
... -
70 C
135 0
100 0
98 4
168
8.2
_
—
_
_
_
_
_
_
_
_
7^ 0
1.27.0
95.5
1Q2
^
180.0
9 4
_
_
_
_
_
_
_
_
_
_
_
79.6
320.0Ì 93.6
30S.6
393.0 30.6
151 0
92 0
4.5
151 0
97 0
4 5
151 0
102.0
4 5
151 0
107.0
4 5
80 C
119 4
9i 3
105 9
192.0
10 7
151 0
92 1
4.5
151 0
97 1
4 5
151 0
102 1
4.5
151.0
107 1
4.5
85,C
090
112 0
87 3
109,8
204 0
12,1
151 0
92 8
4 5
151 0
97 8
4 5
163 1
101.3
5.3
234 2
101 5
10.4
89.2
305.7
83.9 133.1
234.2 T3.3
151.0
93.3
4,5
184 4
94 9
6 6
278.9
95.0
1 4 .2
_
_
_
89.7
305.0
83.5 133.4
235.3
33.4
151 5
93 2
4 5
195 0
94 2
7 3
303 2
94.3
16 6
_
_
90 0
104 6
83 4
1 13 7
216 G
13 6
151 3
93 2
4 6
201 1
93 8
7 8
317 2
93.9
18 C
_
_
_
95 C
97 2
79 5
1 17 6
228 0
15 1
260 6
86 2
12 5
-
-
-
-
-
-
-
-
CAP.
— Capacity
KW
— Compressor Motor Power Input at Rated Voltage
Lwt
— Leaving Water Temp (F)
PD
— Pressure Drop (ft)
SDT
— Saturated Discharge Temp (F)
THR
— Total Fteat Rejection (tons)
Shaded areas show ratings for 105 F and 120 F condensing temp and ratings with 95 F leaving condenser water temp with 10 F rise
•Ratings for SDT above 120 F do not apply to 30FIR
Boldface values
in shaded areas are ARI rating points: standard 590