42 f, М05.5 – Carrier 30HR User Manual
Page 5
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30HR,HS RATINGS
PERFORMANCE DATA
Leaving Chilled
Water Temperature
42 F
COOLER
FLOW DATA
CONJJENSER WATER
Entering Water Temperature (F)
lOF RISE
75
80
85
90
(tons)
(F)
(tons)
Gpm
PD
Gpm
Lwt (F)
PD
Gpm
Lwt(F)
PD
Gpm
Lwt (F)
PD
Gpm
Lwt(F)
PD
34 0
j 131 4
52 2
48 8
81 61 6 3
-
_
_
_
_
_
_
_
36.G
: ! 24 C
.50.2
.50.2
86 4
7 0
_
_
_
-
_
_
_
_
_
_
_
_
! .120.0 . 49..G .50.9Î .89.0.
7.4
72 0
92.0
2.1
72 0
97.0
2.1
72 0
102 0
2 1
7 4 2
106 5
2 2
38 G
I 1 16 7
48 0
51 6
91.2
7 8
72 0
92 2
2 1
72.0
97 2
2.1
72.0
102 2
2 ;
87 2
104.3
3,0
. ..“'V'.v,,
040
109 4
45.7
53.0
96 0
8 7
72 0
92 7
2 1
78 4
96 2
2.5
103.5
97.3
4,1
164.4
97 8
9 9
■ 40,7 Î
107.0 44.9
53.4
97.6
.9.0
73 3
92 5
2 2
89 3
94 3
3,1
i:28.T
;95.;,Q’
; 6.'2
—
_
- J05.0..
44.3.
.53 ..8
.. 98-9 .. 9.2
78.5
91 4
2 4
103 2
92 6
4 1
162 0
93 2
9 9
—
—
42 C i
102 1
43 4
54.3
100.8
9.6
90 4
89 4
3 2
129 2
90 1
6 3
227 3
90 7
18 0
_
_
_
44 C i
94 6
41 2
55.7
105.6
10 5
174.3
82 7
11 1
-
-
-
-
-
-
-
-
38 CÎ
134 2
54 8
53 6
91 2
3 3
__
_
_
_
_
_
_
_
40 0 j
127 4
52 6
54 9
96 0
3 7
_
_
_
_
_
_
_
4? C 1
120.8
SO s
56 3
100.8
4.1
_
_
_
_
_
_
__
__
.:.42.2.
0:12Q,0:: .50.2
,
5 5 .4 ; 1GО.4
4, ;
78 0
92.2
2.1
78 0
97 2
2 1
78 0
102 2
2 1
80,7
106.7
2 2
46.0
050
М08 n
46 F
5v.2
1 10 4
4.9
78 0
93 1
2.1
90 6
95 6
2.8
IT?
9
96.1
5.6 215 7
96 6
15 5
46.4
ÎÔ6.8
46.2
59.5
!!f.2
5.0
78 2
93 2
2 1
97 3
94 6
3 3
]42„3
.95.0
Ó.8.:
_
_
_
46.9 1
5.05.0
.45.5.
...59.8
'll 2.6
5.0
83 4
92 1
2 3
1116
92.8
4.2
174 2
93 2
10 2
_
_
_
48 0
101 6
44 6
60 7
115.2
5 3
102 1
89 2
3.6
151 2
89.6
7 7
—
_
_
_
50 0
95 1
42.7
62 1
120,0
5.8
183 3
83.1
11,2
-
-
-
-
-
-
-
44.0
133 9
64 4
^62 3
105 6
4 5
_
_
_
_
_
__
_
_
_
_
46 C
128 9
62 7
63.8
1 10.4
4 9
-
_
_
_
_
_
_
_
_
_
48.0
124
]
61 0
65.3
1 15.2
S 7
_
_
_
—
__
_
-
—
_
__
_
.:::49.7.
i.:о2Ы.O .l.S9:6T..66,.6.;
.:U9.2
. S.7. ,
84 0
94 0
2.1
84 0
99,0
2 1
84 0
104 0
2.1
90 6
107 7
2 4
50.C
i 1 19 4
59 4
66 9
120 0
5 8
84 0
94.1
2 1
84 0
99 1
2 1
84 0
104 1
2 1
93.0
107 3
2 6
52 C
1 14 8
57 8
68 4
124 8
6 2
84 0
94 6
2 1
84 0
99 6
2 1
94.2
102 4
2.7
130 6
102 6
5 3
54,0
060
.1..1.C..3..
..56...3,
-jr\
rv
. .«’.y V.
: 79.6
6 7
84 0
95 0
2.1
95 1
97 7
2 8
131.2
97 8
5,3 204 6
98 2
13.2
...55.3:
U07..4
..5.5.4. .7Î..C.
.132.6
:..7.0;.
87 1
94 6
2 3
1 15 6
94 7
4 1
5.7£),:6
.9.T
—
_
56.0
1C5.S.
..54.S.
.,71.6. ,,!.3.4..4. ....7,2.
95 9
92 9
2 8
I3I 6
93 1
5 4
203 0
9 3 .5
13,0
—
—
_
. ..56.3.
Î ’.Q5.Q
.54.5
..7.LS. ,135,2.
7,3
101 2
92 1
3 1
141 6
92 3
6 3
224 6
92 8
16 2
—
—
_
58 C
101 3
53 3
73 1
139 2
7 8
131 8
88 3
5 4
201 3
88 7
12 7
_
_
_
_
60 0
96.8
51 9
74 7
144 0
8 3
200 1
84.0
12 6
_
_
_
_
_
—
_
62 0
92 2
50 4
76 3
148 8
8 9
~
-
-
-
-
-
-
-
-
-
54 0
134 2
77 4
76 C
129 6
4 9
_
_
_
_
_
_
_
_
_
_
_
56.C
130 2
75 7
7 7 5
134 4
5 3
_
—
_
_
_
_
—
_
—
—
_
58 C
126 2
74 0
79 0
139 2
5 6
_
—
—
_
_
_
—
_
_
—
_
60 0
122,4
72,4
80..5 3
A_A r\
6.0
—
—
_
—
—
_
—
—
_
—
_
_
.....6L2
; 120.0 .7,1.3
.81.5. . i:47_o . .6-2
1 15.5
92 0
2 5
1 15 5
97 0
2 5
115 5
102 0
2 5
1 15 8
106.9
2 5
62 C ^
118 6
70 8
82 1
148 8
6 4
115 5
92 1
2 6
115 5
97 1
2 6
115 5
102 1
2 6
1 17 0
106 9
2 6
64.0
070
114 9
69.2
83 7
153 6
6 9
1 15 5
92 4
2 6
115 5
97 4
2 6
115 5
102 4
2 6
148 5
103.6
4.1
66.0
111.2
67
7
85 2
158 4
7 3
1 15 5
92 8
2 6
1 15 5
97 8
2,6
140 3
99 6
3 7
208 1
99 9
7 8
68.0
107.6
66.2
86 8
163.2
7.S
1 15 5
93 1
2 6
133.2
95.7
3.4
190.3
^6 0
6.6
328 9
96 4
18 4
68..5
; 306.6 :
6.5.8
.87.2
n64',5
7.9
1 15 5
93 2
2 6
142 2
94 8
3 8 SiÓ.2
. 95 0
7.9
_
—
__
. ,69.3.
;..ÌQ5.0,: .0,5.2.
87.9; :.:166.5.
8.0
120 1
92 6
2 7
160 7
93 2
4 8
253 0
93 4
11 4
—
—
_
70 C
103 9
64 8
88,4
168.0
8 2
127 2
91 7
3 :
175 7
92 1
5 7
288 1
92.4
14 4
_
—
72 0
100 2
63 3
90.0
172 8
8 7
163 6
88 2
5 0
256 3
88 5
11 5
-
-
-
-
-
-
60 C
136 0
88 6
85 2
144 0
6 0
_
_
_
_
_
__
_
_
_
_
_
_
62 C
132.3
86 8
86 6
148 8
6 4
—
—
—
_
_
_
—
_
—
—
-
—
64 0
128 7
85 0
88.2
153 6
6.9
—
_
—
_
_
_
_
—
—
_
66 C
125 2
83 4
89 7
158.4
7 3
_
_
—
—
_
_
_
_
—
—
—
68.0
121 8
81 7
91.2
163 2
7 8
—
—
_
_
_
—
—
_
_
-
_
, 69.0,
! 123.0
80.9
92 C „:T65;6
.8.0.
127 5
92 3
4 0
127.5
97 3
4.0
127 5
102.3
4 0
127 5
107 3
4.0
70. C
i ¡8 4
80,1
92 S
Î 68.0
8 2
127 5
92 5
4 0
127 5
97 5
4 0
127 5
102 5
4.0
128 2
107 3
4 0
72 C
080
115 0
78 5
94 3
172 8
8.7
127 5
92 8
4.0
127 5
97 8
4.0
127.5
102 8
4.0
158 2
104 3
6 0
74.0
111 7
77 C
95.9
177 6
9 2
127 5
93.1
4.0
127 5
98 1
4.0
145.5
100.8
5 1
211 2
100 9
10.3
76.0
108.5
75.5
97.4
182 4
9,7
127.5
93 4
4 0
135.1
97.3
4.5
1.88
97.4
8 3
305.0
97 7
20 6
V 77.5
.Ì06..1.. .-74.4,
93.6 : TS5.9:
lO.'.l
127 5
93 6
4.0
158 8
94 9
6.0 Ì236.3
. : .95:,C.:. :52.7,
-
-
78.0
105.2
74.0
99 G
187 2
iC 2
128 1
93 5
4 0
169 9
94 0
6 8
260 7
94.1
IS 3
-
-
—
.78.,!,
, 5.05.0
.73.9
:..99.ü
137.4
.10.2
129.4
93 3
4 0
172 8
93 8
7 0
267.3
93.9
16.0
-
-
-
80. G
101 9
72 5
100 6
192.0
10.7
155 5
90.5
5 8
227 5
90 6
11 8
-
—
_
-
-
—
82,0
98,6
71.0
102.2
196.8
11.3 [202.1
87 1
9 5
329 2
87 4
23 7
-
-
-
-
-
65 0
138 6
100 2
93 5
156 0
7 1
_
_
_
_
_
_
—
_
—
—
—
70 0
130 1
95 6
97.2
168 0
8 2
—
—
_
-
—
-
—
—
_
-
—
75 C
122.2
91 4
,100.9
180.0
9 4
—
—
_
—
—
_
__
—
—
-
—
—
: 76 .4,
i:
J2S.0
.90,5
Î02.0
:l.83..3i 9.7
151 0
91 5
4 5
151 0
96 5
4.5
151 C
101 5
4.5
151.0
106 5
4 5
80 0
090
114 5
87 3
104 '8
192 0
10.7
151 0
92 0
4 5
151 0
97.0
4.5
151 0
102 0
4 5
177 3
104.3
6.2
85 C
107.0
83.4
,108.7
204,0
1 ? 1
151.0
92 6
4 5
160 7
96 4
5.2
230.0
96.6
10.0
-
-
S6.0
М05.5
82.7
О09.S
2'D6.4
Î2.4
151 0
92,7
4 5
178.1
95 0
6.2
'263.:7
T::'95.1QV:
T3;3.
-
_
—
, ,:S6.3.
,5.05.0.
:82..4
l'D9.7
,207.2
.32,5.
151.1
92 7
4 5
185 5
94 4
6
7
286.0
94.5
15.C
-
-
90.0
99 5
79.6
1 12 6
216 0
13 6
200 2
88.8
7 7
316 7
88,8
17 9
-
-
—
-
-
—
95 0
91 8
75 9
1 16 5
228.0
15 1
-
-
-
-
-
-
-
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 Fleat Rejection (tons)
r ~1 Shaded areas show ratings for 105 F and 1 20 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 30H R