46 f, 30hr,hs ratings – Carrier 30HR User Manual
Page 11
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PERFORMANCE DATA
30HR,HS RATINGS
Leaving Chilled
Water Temperature
46 F
i
COOLER
CONDENSER WATER
CAP.
i
SIZE
SDT*
KW
THR
FLOW DATA
lOF RISE
7 5
- —
Entering Water Temperature (F
'¿'o....................F ' 85 ’ '
90'
■—-
(tons)
(F)
(tons)
Gpm
PD
Gpm
1 Lwt(F)
Gpm
Lwt(F)
PD
Gpm
Lwt(F)
PD
Gpm
Lwt(F)
PD
“36“cT
133 8
54 6*
51 5
86 4
7 0
__
—
_
_
_
.
_
_
_
38.C
126,6
52.5
52 9
91,2
7 8
_
—
„ J
_
.
_
_
_
_
_
39.S
■20.0
50.4 i
.54.2
95.7 i
3.6
72 0
93 0
2 1
72 0
98 0
2.1
72 0
103 0
2 1
79.7
106 3
2 5
40 0
1 i19.6
50 3
54 3
96.0
100.8
8.7
72 0
93 1
2.1
72 0
98 1
2 1
72 0
103 1
2 1
80 7
106 2
2 6
42 0
040
1 12 7
48.11
55 У
9 6
72 0
93 5
2 1
73 5
98 2
2 2
91.2
99.6
3.3
130 8
100 3
6 4
43.5
П07.5
46.3'
56 7
T04.4^
T0.2
75.2
93 0
2 3
94 3
94.4
3 5
136.1
95.0 '
6.9
—
—
—
44 C
i 105.7
45.8
57.0
■05 Ó
0.5
81 C
91 8
2 6
106 2
92 8
4 3
163 3
93 4
9 7
__
_
—
44.2 i
: 105 0
45.51
.57.1
106.0,
10.6
84 4
91.2
2 8
1 13 6
92 1
4 9
174 0
92.9
10 5
—
-
-
46 C
i 98 7
43.5
58 3
i 10.4
1
] 5
128 7
85 9
6 3
214 4
86.5
16,2
—
—
—
—
48 0
^ 91 4
41 3
59 7
115 2
12 5
-
-
-
-
-
-
-
42 0 .
134.8
57 4*
58.3
100 8
4 1
—
_
_
_
_
_
_
__
—
_
_
44 C
! 128 3
55 C
59 6
105 6
4 5
—
—
—
—
—
—
—
_
—
~
—
46,0
122.1
52 8
61,0
110 4
4 9
_
-
—
_
__
—
—
_
_
—
—
-
46.6
120.0
52.0
61.4
112.0
5.0
78 C
93 8
2. ;
78 C
98 8
2 1
78.0
103 8
2 1
87 4
106 8
2 6
48 0
050
1 ÌS.9
50 7
62 4
115 2
5 3
78 C
94 1
2 1
78 0
99 1
2 1
84.1
102 7
2 5
112 1
103 3
4 3
50 0
109 8
48 7
73 8
120.0
5,8
78.0
94 5
2 1
91 7
96 6
2 9
126 3
97,1
5,4
202 1
97 6
13 6
50.7
1C7.6
48.0
64.3
121.7
' 5.9
81 3
93 9
2 3
105 2
94.6
3 8
¡53.9
95.G
S.O
-
-
ST5
•C5.C
47.1
64.9
123.7
6.1
93 9
91 6
3.0
130.0
92 1
5 8
209 3
92.6
14 9
--
_
-
52 0
103.7
46 7
65 3
Ì24.8
6 2
101.0
90 4
3 5
143 9
90 8
7 0
240 8
91 5
19 1
—
-
—
54 C
97.5
44.8
66.7
129.6
6.7
166.8
84.5
9.3
-
-
-
„
-
-
-
48 (H
134 0
66 8
67 C
1 15 2
5 3
—
—
—
—
_
_
_
—
—
_
50.0
129.3
65 0
68 5
120 0
5.8
-
—
-
—
—
_
—
_
—
—
-
52 0
124 7
63 3
70 0
124 8
6 2
—
_
-
_
_
—
__
-
-
-
54,0
120 3
61 У
71 5
129.6
6 7
84.0
95 4
2 1
84 0
100 4
2 1
84 0
105.4
2.1
98.6
107 4
3 0
54,1
120.0
61,4
71.6
'■29,9
6.7
84.0
95 4
2.1
84 0
100 4
2 1
84.3
105.3
2 1
100 7
107 0
3.1
56 0
1 М15 9
60 C
73 C
Ì34.4
7 2
84 0
95 9
2 1
84,0
100 9
2 1
98 6
102 8
3 0
135 7
102 9
5 7
58 0
060
111 5
58.4
74.6
139.2
7 8
84 0
96 3
2 1
98.4
98 2
3 0
134 3
98.3
5 6
204 4
98 8
13.1
59.6
508.1
57.2
75.8
■43.0
8.2
93.2
94 5
2.7
124 1
94 7
4 8
1S2.3
95 0
■0.4
-
-
Ó0.0
107.2
56.9
76.2
144.0
8 3
98 1
93.6
2 9
132 7
93.8
5 4
199 3
94 2
i2 6
-
-
-
61.0
105.1
.56.1
76.9
14Ó.4
8.6
112 5
91 4
3 9
158 8
91 6
7.9
252 8
92 3
20 3
-
_
-
62 C
102 9
55.4
77.7
148 8
8 9
131 3
89.2
5 3
194.5
89.6
11 9
—
-
-
-
64 0
98.6
53,9
79 3
153 6
9.4
190.4
85 0
11 4
_
-
-
—
-
-
-
-
-
66 C
94 2
52 4
80.9
158.4
10.0
-
~
-
-
-
-
-
-
-
-
-
60.0
132.2
79.1
82 5
144.0
6 C
—
—
—
_
-
-
_
-
-
62.0
128 4
77 4
84.0
148 8
6 4
-
_
—
-
__
-
—
-
-
-
-
64 0
124.7
75.7
85 5
153.6
6 9
-
-
-
-
-
-
-
-
-
-
-
-
66 C
121 1
74 0
87.0
158.4
7 3
-
-
-
-
-
—
-
-
-
-
-
-
66.6
i i
2 c;o
73.5
S7.4
159.8
7.4
115 5
93 2
2 5
1 15.5
98 2
2 5
115.5
103 2
2 5
120 5
107.5
2 7
68 0
070
117.5
72.4
88 6
163.2
7 8
115 5
93 5
2.6
1 15.5
98 5
2.6
115 5
103 5
2 6
137.7
105.5
3.6
70 0
1 114 0
70 9
90 1
168 0
8.2
1 15.5
93 8
2 6
1 15 5
98 8
2.6
130 4
101.6
3 2
181 1
102 0
6 0
7? 0
1 110.4
69.3
91.7
172.8
8,7
115 5
94.1
2.6
124 1
97 8
2 9
166.6
98.2
5 1
260 7
98 5
11 9
73.3.
n07.2
6.7.9
93.1
177.2
9.1
1 17 1
94 1
2 6
151 5
94.8
4 3 Ì224.3
95.0
9.0
-
74.0
' 106 9
67.8
93 3
177 6
9.2
118.8
93 9
2 7
154 7
94 5
4 5
231 4
94 7
9 5
-
-
75.1
i 10.5.0
66.9
94.0
180.2
9.4
131 7
92 2
3 2
180.9
92 5
6 0
290 4
92 8
14 7
-
-
76 C
103,4
66 3
94.8
182.4
9 7
144 9
90.8
3 9
208 2
91 0
7 8
354.5
91 4
21 2
-
-
78 0
99 9
64 8
96 4
187 2
10.2
189.7
87 2
6 6
306 8
87 6
16 2
-
-
-
-
-
-
68 0
131.5
89.4
93 4
f63.2
7.8
-
—
-
—
-
-
-
-
-
-
-
70 0
128.1
87 6
94 9
168 0
8 2
_
—
-
-
—
—
-
-
_
-
-
-
72.0
124 8
85.9
96 4
172 8
8 7
-
-
-
-
-
-
-
-
74,0
121.6
84,2
97 9
177.6
9 2
—
—
_
—
-
-
-
-
-
-
-
75.0
: 120.0 ; 83.4
98.7
180.G
9.4
127 5
93 6
4 0
127 5
98 6
4.0
127 5
103 6
4 0
128 5
108 4
4.1
76
C
1 18.4
82.5
99 4
182 4
9 7
127 5
93 7
4 C
127.5
98.7
4.0
127.5
103.7
4 C
140 0
107 0
4 8
78.0
080
115 2
80 9
101.0
187 2
10.2
127.5
94,0
4 0
127 5
99 0
4 0
130.1
103.6
4.2
175 6
103.8
7 3
80 0
112.0
79 3
102 5
192 0
10 7
127 5
94 3
4 0
127.5
99 3
4 0
159.1
100 5
6
;
233 3
100.5
12.4
82 0
108.9
77.8
104. 1
196.8
11.3
127.5
94,6
4.0
145 9
97,1
5 2
204 7
97.2
9.7
331.8
97
5
24.1
83-4
1106.7 : 76.7
105.2 i 200.1
11.7
128.7
94 6
4 1
169 7
94 9
6.8
252.7
95.0
■•4.4
-
-
84 0
i 1Q5.7 ! 76 3
105 7 ( 201 6
1
! 8
135 2
93 7
4 5
182.6
93.9
7.8
279 8
94 0
17.4
-
__
84.4
Ì. .105.-0, ; 7.5.9 ; 106.0 : 202.6
11.9.
141 1
93 0
4 8
193 8
93 2
8
7 304.3
93 4
20.5
-
-
-
86
0
! 102 6
74 7
107 2
206 4
124
165 3
90 6
6.5
241 3
90 7
13 2
_
-
—
-
-
88.0
99 4
73 2
108.8
211.2
13 0
212 3
87 3
10 4
„
-
-
-
-
-
-
-
-
75XT
131.9'
99 9
103 4
180 0
9 4
_
—
-
_
-1
—
-
-
-
-
-
80 0
1 124 3
95 4
107.1
192.0
10 7
-
-
i —
-
-
-
-
-
32.0
i IX'.0 Ì 93.0 ! 109.2 i 19S.8
: 11.4
151 0
92 6
4 5
151 0
97 6
4.5
151 0
102
6
4.5
151 0
107 6
4 5
85 C
1 i 16 9 1 91 2 1110 9 1 204 0 ! 12 1
151 0
92 9
4.5
151.0
97 9
4 5
151.0
102.9
4.5
166.1
106.2
5.5
90 0
090 1 109.7 I 87.2 1 1 14 8
216 01 13.6
151 0
93.6
4 5
152 5
98 3
4.7
203.5
98.8
8.0
321.2
98 8
18 5
92.5
106.0 ! 85.2
il 16.71 222.1
; 14,4
151.0
93 9
4 5
190 5
94.9
7 ;
iXS.3
i 95.0
i 15.1
-
-
93.2
i ■ 105.0 ; S4.7 i 117.2 .i .223.7
14.5
154 3
93 4
4 7 1206.1 1 93 9
8.2
323.8
94 0
I 18 8
-
-
~
95 0
. 102 4 ! 83 3
1Ì18 7 i 228 0
j 15. Ì
178.4
91 2
1
6 2 1259.5 1 91 3
12 4
-
-
1
^
-
-
-
lOO.C 1
j 95 2
! 79 5
! 122 6 1 240.0| 16 8
348 1
83 8
|21
1
1
-
1
-
-
-
i -
_
-
—
11