48 f, 30hr,hs ratings, М o ì 5 – Carrier 30HR User Manual
Page 14: Leaving chilled water temperature performance data
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48 F
Leaving Chilled
Water Temperature
PERFORMANCE DATA
30HR,HS RATINGS
■
COOLER
CONDENSER WATER
CAP.
SIZE SDT*
KW
THR
FLOW DATA
Entering Water
emperature (F)
lOF RISE
75
80
85
. . .
9 0
(tons)
(F)
(tons)
Gpm
PD
Gpm Lwf(F)
PD
G pm Lwt (F)
PD
Gpm Lwt (F)
PD
Gpm Lwt(F)
PD
90 C
131.7
114 5
122 5
216 0
9 1
-
—
-
—
-
-
_
-
-
- -
_
95,0
125 4
no ?
126 3
??8.Q
10.2
—
-
—
—
-
—
-
-
-
-
-
—
99.4
120.0
m..5
■|29.ó
238.5
n.l
126 0
99 6
2 6
126 0
104 6
2 6
132 5
108 5
2 8
166
9
108.6
4 3
¡(500
1 19 3
106 1
130 1
240 0
М М 3
126 0
99 8
2 6
126 0
104 8
2 6
136.9
107 8
3 0
174.2
107 9
4.7
105 0
100
1 13 4
102.2
134 0
252.0
12 4
126 0
100 5
2 6
148 7
101 6
3 5
193 1
101 7
5 8
275.2
101 7
11 2
110 0
107,5
98 4
138 0
264,0
13,6
161 9
95 5
4 1
214 5
95 4
7 0
3 1 3 . 7
95.6
14 3
-
_
-
110,5
106.9
9SA
138.3
265:2
1 3 : 7
167 3
94 8
4 4
224 0
94 8
7 6
332.2
95,0
15.9
-
-
-
112.0
105.0
96.9
139,5
268.8
¡4.1
186 4
93 0
5 4
258 2
93 0
9 9
401 6
93 3
22 7
-
_ _
-
115 0
101 5
94 7
141 9
276 0
14 9
239 4
89 2
8 6
359 3
89 5
18.4
-
-
-
_
120 0
95 6
91 1
145 9
288.0
16 2
415 9
83 4
24 2
-
-
-
-
~
-
-
-
-
95 0
135 3
127 9
131.3'
228 0
10.2
-
-
-
-
_
-
-
-
-
-
-
100 0
129 3
123 4
135 ;
240 0
1 1 3
-
-
-
-
-
-
-
-
-
-
105 C
123 6
119 2
138.8
252 0
12 4
-
-
-
-
-
-
-
-
-
-
-
-
108.1
:
ì
2G.
o
VI 6.'5'
14 T'2'
259.6
М3.М
144 9
98 5
2 8
144 9
103 5
2 8
146 0
108 3
2 9
178 7
109 0
4 3
no
0
118 C
115^
142 7
264 0
13 6
145 0
98 8
2 9
145 0
103 8
2 9
157 3
106 8
3 4
203 0
106 9
5.6
1 15 c
no
112 5
111 2
146 6
276 0
14.9
145 0
99 4
2 9
167 1
101 1
3 9
218 9
101 1
6 4
318 3
101 1
12 9
120.0
107 0 1107 1
150.5
288 0
16 2
177 5
95 4
4 3
236 0
95 4
7 3
3 4 9
2
95 4
15 3
-
-
-
1204
406.5
Ï07.C
150.S
289.0
16,3
182 1
94 9
4.5
244 2
94.9
7 8
3У5.7
95.0
’6,6
-
-
121.8
105.0 ■¡05.9 151,9
292.3
М6.7
199 8
93 3
5 3
276 6
93 3
9 9
433 4
93 5
22 9
-
_
125 0
М O Ì 5
103 6
154 4
300 0
17 6
254 9
89 6
8 5
383 9
89.8
18 2
-
-
-
-
-
130 0
96 C
99 9
158 4
312 0
19 0
424 7
84 1
22 C
-
-
-
-
-
-
-
-
-
100 0
138 5
141 5
140 2
240 0
11 3
_
—
—
—
_
—
_
-
-
-
-
_
105 C
132 8
136 8
143 9
252 0
12 4
-
-
-
-
_
-
-
-
-
-
_ _
-
1 10 C
127.3
132 4
147 6
264 0
13 6
-
-
-
_ _
-
_
- -
-
-
-
-
n5 0
122.0
128 2
151 4
276.0
M.9
_
-
_ _
-
-
-
-
-
-
-
-
i l/.O
;:2C,C
126.5
152.9
280,8
15.4
158 0
98 2
2 7
158 0
103 2
2 7
158 0
108 2
2
7
190 2
109 3
3 9
120 C
1 16 9
124 I
i55 2
288 0
16 2
158 0
98 6
2 7
158 0
103 6
2 7
177 3
106 0
3
4
232 4
106 0
5 6
125 0
1117
120 1
159 1
300 0
17 6
158 0
99 2
2 7
184 6
100 7
3 7
244 0
100 7
6
2
360 9
100 6
12 9
130 C
106 6
116 3
163 0
3 12 .0
19.0
192
1
95 4
3 9
255 8
95 3
6 8
381 2
9"; 3
14.3
-
-
-
¡30 3
3G6.4
I '6- t
163 2
3:2.6
19,1
194 9
95 1
4 1
261 C
95 0
7
c
39 ;
.9
95.G
i 9
1
~
-
Ì 3': .0
105.0
:!5.C
¡64.2
315 8
19.4
21 1 4
93 6
4 7
291 5
93 5
8 6
4S6 2
93 7
20 1
135 C
МOМ 5
112 5
167 0
324 0
2Ь 5
268 3
89 9
7 4
402 8
89 9
15 9
-
-
-
-
140 C
96 4
108 8
170 9
336 0
2 2 1
427 1
84 6
17 7
-
-
-
-
-
-
-
-
-
1 16 0
134 5
163 5
162 4
278 0
8 3
_
_
-
_
-
-
-
-
-
-
-
-
120 C
130 5
160 1
165 5
288 0
8 8
-
-
_
-
-
-
-
-
-
-
124 C
1126 6
156 7
168 5
298 0
9 3
-
-
-
-
-
-
-
-
-
-
-
-
123,0
7
153 2
1 7 1 5
20~^
0
9,9
-
-
-
-
_
-
-
-
-
-
-
131.0
120.0
. ! » / V / •
5 173 .7
314.0
10.3
160 0
101 0
2 9
160 0
106 0
2 9
179 0
108 0
3
6 228 0
108 0
5 5
i 36 c
115 2
146 C
177 5
326 0
11 0
160 0
102 0
2 9
182 0
103 0
3 7
232 0
103 0
5
7
325 0
103 0
10 4
140.0
n 1 5
142 5
180.5
336 0
11.6
177 0
99 0
3 5
222 0
100 0
5 3
304 0
99.0
9
2
467 0
99 0
19 8
144.4
:i07 4
138 6
1S3.S
347.0
7 9
217 0
95 0
5 1
293 0
95 0
8 6
441.0
95 0
-
-
147,1
;
:05.0 436.2
■S5.S
t
353.0
12 .6
254 0
93 0
6 7
362 0
92 0
12 5
-
~
-
-
-
152 0
100 5
132 1
189.5
365 0
13
4
360 0
88 0
12 4
-
-
-
-
-
-
-
-
132 0
134 1
189 9
185 9
317 0
1 0
4
_
_
_
-
-
-
-
-
-
-
1 36 0
130 4
186 4
188 9
326 0
1 1 0
-
-
-
-
-
-
-
-
-
140 C
¡126 7
182 8
191.9
336 0
1 1 6
-
-
-
k
-
-
-
-
-
-
-
144,0
M
?3
G
178 9
194 8
346.0
12.2
—
_
-
-
-
-
-
-
-
-
147,4
il 20.0 1:75.4
¡97.2
3 5 4 .0
12 7
180 0
101 0
2 3
180 0
106 0
2 3
204 0
108 0
3
0
260.0
108 0
4 8
151 G
160
116 7
171 7
.199 8
362 0
13 3
180 0
102.0
2 3
194 0
105 0
2.7
242 0
105 0
4 1
324 0
105 0
7 4
155 cl
1 13 1 1167 5
202 6
372 0
13 9
187 0
101 0
2 5
230 0
101 0
3.7
302 0
101 0
6
4
436 0
101 0
13 2
1 59 0 i
Ì09 6
'163 3 *205 4
382 0
14 5
220.0
97.0
3 4
283.0
97 0
5 6
397 0
9 7 .0
n . o
-
-
162.0j
il07 0
¡160.2 •207.5
389.0
15.0
253 0
95 0
4 5
340.0
95 0
8
1 ¡505.0
95.0
17.8
-
-
164.3
; 105.0 ¡157.8 1209.1
3 9 4 .0
15.4
286 0
93 0
5 8
399 0
93.0
11 2
-
-
-
168 Cj
|М0М 7
1154 0
|21
1
7
403 C
Ì 6 c
359 0
89.0
9 :
539.C
89 0
20 2
1
-
-
-
CAP.
— Capacity
KW
— Compressor Motot Power Input at Rated Voltage
Lwt
— Leaving Watei Temp (F)
PD
— Pressure Drop (ft)
SDT
— Saturated Discharge Temp (F)
THR
— Total Pleat Rejection (tons)
I
Shaded areas show ratings foi 105 F and 1 20 F condensittg 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
14