Carrier 30HR User Manual
Page 8
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P Leaving Chilled
Water Temperature
30HR,HS RATINGS
PERFORMANCE DATA
CAP.
. - -
size
! SDT*
KW
THR
COOLER
FLOW DATA
CONDENSER WATER
Entering Water Temperature (F)
-
(tons)
(F)
(tons)
lOF F
Gpm
?ISE
p b ’
Gpm
75
Lwt(F)
PD
Gpm
80
lwt (F)“
PD
Gpm
85
Lwt (
f
T
PD
Gpm
90.
Lwt(F)
p
5'
80.6
135 2
113 0
1 12 1
192 0
7 2
-
—
—
—
_
—
-
—
85 G
128 4
108 7
1 15 9
204 0
8 1
-
-
-
__
-
-
-
-
-
-
-
_
90. C
121 9
104,7
1 19.7
216 0
9 1
-
_
_
-
-
-
-
_
-
-
-
-
9Ì.5
120.0
103.4
120.4
219.6
9.4
126 0
98 0
2 6
126.0
103 0
2 6
126 0
108 0
2 6
150 9
109 2
3 6
95 C
100
115 6
100 8
123 6
228 d
10 2
126 0
98 5
2 6
126.0
103 5
2 6
150 6
104 7
3 6
201 8
104 7
6
2
100 0
109 4
97 C
127 6
240 0
11 3
132.8
98 1
2 9
168.1
98 2
4 4
232 0
98.2
8 1
362 9
98 4
18 7
ÎÔ2.6
106.3
95.2
129.6
246.1
11.8
156 3
94 9
3 9
208 9
94 9
6 7
311,2
95.0
14.1
-
-
-
103.5
105.0
94.3
130.3
248.5
12.0
168 6
93.5
4.4
231 3
93 5
8 C
J~/
0
93
0
18.2
-
-
-
105 C
103 3
93 4
131 5
252 0
12 4
188.5
91 7
5 5
268 4
91 8
10 7
-
-
-
-
1 lO.C
97.1
89 8
135.5
264.0
13.6
313.9
85.4
14.3
-
-
-
-
-
-
-
~
-
85 C
138 1
125 6
120 7
204 0
8 1
—
—
—
—
-
-
-
-
-
-
--
90 C
131 6
121.1
124.4
216 0
9 1
—
-
-
—
-
-
-
-
-
_
95.0
125 5
116 9
128 2
228.0
10.2
-
-
-
-
-
-
-
-
-
-
99.6
120.0
113.1
131.8
239.2
11.2
145 0
96 9
2.9
145 0
101,9
2 9
145 0
106 9
2 9
162 2
109.5
3 6
10 0 c
119.6
112 9
132 1
240 0
11.3
145.0
97 0
2 9
145 0
102 0
2 9
145 0
107 0
2.9
165 7
109 2
3.8
105 0
no
113 8
109.0
136 C
252 0
12 4
145.0
97 6
2 9
145.7
102 5
3,0
180 2
103 2
4 4
249 3
103 1
8.2
1 10.C
108 1
105 2
139.9
264.0
13 .6
152 8
97 0
3 3
196 2
97 2
5 2
278.5
97.’
1 n Q
-
„
111,8
106.0
103.9
141.3
268.4
14.1
170 5
95 0
4 C 227 8
95 0
6 9
342,3
95.0
14.7
-
__
112.6
105.0
103.2
142.0
270.4
14.3
180 2
94 0
4 4
246 0
94 0
7 9
380 8
94 0
18 0
-
-
-
1 15 C
102 3
101 6
143 8
276 0
14 9
214 2
91 2
6 1
31 1 4
91 2
12 3
-
-
-
-
-
-
120 0
96 6
97 9
147 8
288 0
16 2
350 5
85 2
15 4
-
-
-
-
-
-
“
-
95 0
134 5
133 7
133 Ò
228 0
10 2
-
-
-
-
-
-
-
-
-
-
100 0
128 6
129 3
136 7
240 0
1 1 3
-
-
-
-
-
-
-
-
-
105 0
123.0
125.1
140 5
252 0
12 4
-
-
-
-
-
-
-
-
-
-
-
t07.7
120.0
122.9
142.6
258.5
13.0
157 9
96.6
2 7
157 9
101 6
2 7
157.9
106 6
2 7
172 0
109 9
3 2
Ì 10 C
120
117 6
М2М 1
М44 4
264 0
i3 Ó
158.0
96 9
2 7
158 0
101 9
2 7
158 0
106 9
2 7
198 7
107 4
4 2
115 0
1 12 2 117 2
148 3
276 0
14 9
158.0
97 5
2 7
164 4
101 7
2 9
211 5
101 8
4 7
303 9
101 7
9 3
120.0
106 9
113 4
152 2
288 0
16 2
172 5
96 2
3 2
224 7
96 3
5 3 1327 8
96 1
10.8
-
-
-
121.0
105.S
112.7
153.0
290.4
16.5
182 4
95 1
3 6
242 9
95 1
6 ;
365.4
95.0
13.2
-
-
-
121.8
105.0
112.1
153.6
292.3
16.7
191 4
94 3
3 9
259 9
94 2
6 9
401 6
94 2
15 8
-
-
-
125 C
lOl 6
109 7
Ì 56 2
300 0
17.6
239 0
90 7
5 9 353 6
90 6
12 4
-
-
-
130 0
96.2
106 1
160 ’
312 0
19 C
382 9
85 0
14 4
-
-
-
-
_
-
-
-
107 0
134.0
157.2
151 7
257 0
7 r
_
_
_
_
_
__
_
_
_
_
Ilio
129.81 154 0
154 7
266 0
7 6
-
_
—
—
-
-
-
-
-
-
-
115 0
125 6
150 6
157 3
276 0
8 ;
_
-
-
—
-
_
-
-
-
-
-
'^9 0
121 6
147 2
160.8
286 0
8.6
-
_
—
—
_
—
-
-
_
-
-
-
120.6
120.0
145.7
162.0
289.0
8.9
160 0
99.0
2 9
160 0
104.0
2 9
164 0
109 0
3 1
204 0
109 0
4 5
i 23 0
140
117 6
143.7
163.8
295 0
9 2
160 0
100 0
2 9
160 0
105 0
2 9
182 0
107 0
3 7
238 0
107 0
6.0
127.0
113 6
140 1
166 8
305 0
9 7
160 0
100 0
2 9
179.0
102 0
3 6
230 0
102 0
5 6
329 0
102.0
10 6
.0
109
136 6
169 8
3 1^* 0
1
Q
3
175 0
98 0
3 5
222 0
98 0
5 3
31 ! 0
98 0
9.6
499 2
98 0
22 2
134.0
106.8; 134.0
172.0
322.0
10 .7
203 0
95.0
4 5
273 0
95 0
7 6
413.0
95.0
15.9
-
-
-
135.9
105.0
132.3
173.5; 326.0
11.0
227 0
93 0
5 5
318 0
93 0
10 0
508 0
93.0
22 9
-
-
139.0
101 9
129 7
175 8
334 0
11.4
281 0
90.0
8 C 425.0
90 0
16 7
-
-
-
-
-
-
143 0
98 0
126.3
178,9
343 0
12 C
397 0
86 0
14 8
-
-
-
-
-
-
-
-
-
121 0
135 0
183 8
173 2
290 0
8 9
—
—
—
_
_
-
-
~
-
_
125 0
131 0
180 6
176 3
300 0
9 4
—
-
—
—
—
-
-
-
-
-
-
-
129 0
127 1
177 0
179 3
310 0
10 C
_
_
_ a
_
—
—
—
_
—
—
133 0
123.2
17 3 .2
182 2
3 19 0
10 6
—
_
_
—
—
—
_
—
—
-
136.4
120.0; 169.S
1S4.6
327.0
11.0
180 0
100.0
2 3
180 0
105 0
2 3
187 0
109 0
2 5
235 0
109.0
3 9
140.C
160
116 5
166
1
187 2
336 0
11 6
180 0
100 0
2 .3
180 0
105 0
2 3
221 0
105 0
3 5
294 0
105 0
6 1
144 0
112 7
161.9
190 C
346 0
12 2
180 0
100 0
2 3
214 0
101,0
3 2
279 0
101 0
5 5
401 0
101 0
11 3
148.0
108 9
15 7 7
192 8
355 0
12 8
207 0
97 0
3 c
265 0
97.0
5 C 373.0
97.0
9.
7
595 0
98 0
24.5
151.0
106.1
154.5
194.9
362.0
13.3
240.0
95,0
4 ^
324.0
94 0
7 <
486.01 95.0
16.5
—
-
152.2
105.0
153.2
195.7
365.0
13.4
257.0
93.0
4 .7 355 0
93 0
8 8
551 0
94 0
21 2
_
156 0
101 4
149 3
198 4
374 0
14 0
328 0
98 0
7 5
490 0
90 0
16 71 -
_
-
-
160 0
97 6
145.4
201 3
384.0
14 7
452. G
86 0
14 2
-
-
_
-
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 Pleat Rejection (tons)
__31 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 30HR
Boldface values
in shaded areas are ARI rating points: standard 590