46 f – Carrier 30HR User Manual
Page 12
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46 F
Leaving Chilled
Water Temperature
PERFORMANCE DATA
30HR,HS RATINGS
COOLER
CONDENSER WATER
CAP.
SIZE
SDT*
KW
THR
FLOW DATA
Entering Water Temperature (F)
lOF RISE
75
80
85
90
(tons) j
(F)
(tons)
Gpm
PD
Gpm
Lwt(F)
PD
Gpm
Lwt(F)
PD
--1
Gpm
Lwt (F)
PD
Gpm
Lwt(F)
PD
85 C j
133 3
113 7
1 17.3
204.0
8 1
_
_
_ _
_
_
_
_
__
90 0 =
126 8
109 4
121,1
216.0
9 1
__
_
_
_
_
_
_
_
—
_
_
95.C i
120 5
105,4
124.9
228.0
10.2
—
—
_
_
_
—
—
_
_
95.4
i 120.0
>05.0
125.2
228.9
10.2
126 0
98.8
2 6
126 0
103 8
2.6
128 0
108.4
2.6
158 5
108 9
4 0
100.0
100
114 4
101.5
128.8
240 0
11.3
126.0
99 5
2 6
134 6
103 0
2 9
170 8
103 1
4 6
236 3
103 1
8 4
105.0
108,4
97.7
132 8
252.0
12 4
146 8
96 7
3 4
190,3
96 7
5 6 270.8
96.8
10 8
—
_
ÌCkà.S'
106.6
96,6
133.9
25S.C
12.8
161 7
94 9
4 1
216,4
94 9
7 1 321.6
95.0
15.0
—
__
107.7 i
105..Q
95.6
134.9! 258.6
13.0
177 4
93 3
4 9
244 6
93 2
9 0
379 6
93 5
20 4
—
_
—
Ì10 0 1
102 3
94.0
136.7
264 0
13 6
213 1
90 4
6,9
312.0
90 5
14 1
-
_
—
_
_
_
115.0 1
96.3
90 4
140 7
276 0
14 9
363 4
84 3
18 8
-
-
-
-
-
-
-
-
-
90 0 i
136 6
126.8
126 0
216.0
9.1
_
_
_
_
_
_
_
_
_
_
_
_
95 C
130.4
122 3
129 7
228.0
10.2
—
—
_
—
—
_
-
-
-
—
—
100.C
124.5
118.C
133.5
240.0
11.3
_
_
_
_
—
—
_
—
__
—
103.8.
:..
1.2 0 ,c 1 14,? 136 ..4 . 249.1. Ll2.1
145 0
97 6
2 9
145 0
102 6
2 9
145,0
107 6
2 9
169 7
109 3
3 9
105 0 1
118.7
114 0
137 4
252 0
12 4
145 0
97 9
2 9
145.0
102 9
2.9
146 9
107 5
3 0
183 7
108 0
4,6
no C
no
113 1
1 10 1 141 3
264 0
13 6
145 0
98 5
2 9
154 8
102 0
3 3
199 1
102 1
5 4
283.3
102 0
10.3
115 C
1 107.5
106.3
145 2
276.0
14.9
165.0
96 2
3.8
215.9
96 2
6 2
3 13 5
96 2
12.5
-
-
-
116.0 !
106.3
105,5
146.0
. 278.4
15.2
175 3
95.0
4 2
234 3
95 0
7 3
350.7
93.0
15.4
-
-
-
117.: J
IC.5.0
104.6
146.9
.28:1.2,.
15.4
189.5
93.6
4.9
260.6
93 6
8 8
323 8
76 9
15.7
_
-
120.0 i
101 9
102 6
149 1
288 0
16.2
234 6
90 3
7.3
347 8
90 4
15 1
—
—
_
-
-
_
125 0 i
96.2
98 9
153.1
300 0
17 6
388 4
84.6
18 6
-
-
-
-
-
-
-
-
-
100.0 !
133.5
135.2
138 4
240 0
11 3
—
—
—
_
_
—
—
__
_
—
105 0 j
127 9
130 8
142.2
252 0
12.4
—
—
—
—
—
—
-
-
-
-
-
_
1 10.0 1
122.5
126.6
146 0
264 0
13.6
—
—
—
_
—
-
-
-
-
-
-
_
..U2.3
.12.0.0 124.7
.147.7
26.9.5. ..1,4,1
158 0
97 4
2.7
158 0
102 4
2.7
158 0
107.4
2 7
180 8
109 6
3 5
115,0
1 17.1
122 6
149 8
276.0
14.9
158 0
97.8
2,7
158.0
102 8
2 7
167 0
106 5
3 0
215.6
106 7
4 9
120.0
120
111.9
118.7
153 7
288.0
16 2
158 0
98 3
2 7
174 6
101 1
3.3
228 0
101 2
5.4 333 1
101.1
11 1
125.G j
106.7
114,8
157.6
300.0
17 .6
182.5
95 7
3.6
240.7
95.7
6 0
355 6
95.6
12.6
-
-
-
125.6 j
1G6.1
114.4
158.1
301.5
17.8
188.8
95.1
3.8
252.3
95 0
6 6
3 7 0 .6 '
95.0
14.2
-
-
-
126.6
105.0
Ì13.5
158.9
303.9
18,0
201 0
94.0
4 3
275 1
93 9
7 7
427 9
93.9
17 8
_
-
130.C ]
101.5
М 1 М
161 6
312.0
19 C
254 3
90.2
6.7
379.8
90 2
14 2
-
-
-
135 0 j
96.2
107 4
165 5
324.0
20 5
407 0
84 8
16.2
-
-
-
-
-
-
-
-
-
1 ii.Fj
134 7
Ï60 7
156 6
266 0
7 6
_
—
_
—
_
_
_
—
—
_
—
115 0 ;
130 6
157 4
159 7
276.0
8 1
—
—
—
—
—
—
-
_
_
--
—
119.0 :i
126.5
154 0
162 7
286.0
8 6
-
—
-
-
-
-
-
-
—
-
123.C i
122.6
1.50.6 165 8
295.0
9.2
-
-
-
-
-
-
-
„
-
-
-
-
1.25,.,7 !
120.0. 148.2 ,1,67,8 .3.02..0.
..9.5.
160.0
100.0
2.9
160.0
105.0
2 9
171.0
109 0
3 3
215.0
109,0
5 0
127 0
118.7
147 C1168.8
305 0
9 7
160 0
100.0
2.9
160 0
105 0
2 9
181 0
107 0
3 7
233 0
107 0
5 8
131 0
114.8
143 5
171 8
314.0
10 3
160 0
101 0
2 9
177 0
103.0
3 5
224 0
103 0
5 4
314 0
103 0
9.8
135 0 s
111.0
139.9
174.7
324,0
10.8
173 0
99 0
3 4
216 0
99 0
5 C 296.0
99 0
8 8
459.0
99 0
19.1
139.1 1
iOr.T
О36.31177.9
354.0 ■ П V'4
210 0
95 0
4.8
283.0
95 0
8 1 ■427.'0'
95.0
lois
-
-
-
U'1.4 i
105.0
1.34.3 ,179.6
.339,0.
11..8.. 240 0
93 0
6
>
339 0
93 0
1 1 2
-
-
-
-
-
-
143 0
103 5
133 0
180 8
343 0
12.0
266.0
91,0
7.3
389.0
90 0
14 3
-
-
-
-
-
-
147 0
99.7
129 6
183 8
353.0
12 6
362 0
87 0
12.5
-
-
-
-
-
-
-
-
-
126 0
135 0 'TS7 2
179.2
302 0
9 6
_
—
—
_
_
-
_
-
-
130.0
131 1
183 9
182 2
312 0
10.1
_
-
_
-
-
_
-
-
-
134 0
127 3
180.3
185 2
322 0
10.7
-
_
— il
-
-
-
-
-
-
_
-
138.0 1
123.5
176.5
188.1
331.0
11.3
—
—
-
—
-
-
-
-
-
•41.8 3
120.0 '172.Ó (190.9
34Q.0
11.8
180 0
100 0
2 3
180 0
105 0
2 3
195 0
108 0
2.7
247 0
109 0
4 3
145 0
117 0
169.4
193.1
348 0
12 3
180 0
101 0
2 3
183 0
105 0
2 4
226 0
105.0
3 6
300 0
105 0
6 3
149.0
113 3
165 2
195 9
358 0
12.9
180 0
101 0
2 3
217.0
102 0
3 3
283 0
102.0
5.6
403,0
102.0
11.4
153,0
M09 7
161.0
198.7
367,0
13.6
209 0
98 0
3 1
267 0
98 0
5.0
372.0
98.0
9.7
582 0
98.0
23 5
i.56'.0
"iC'6.9 r57:8i20C.8
■
3 7 4 .0 '■14.0'
241 0
95.0
4 1
322 0
95 0
7 3 '476.0
9'5.0
15,8
-
158.2:1
105.0, 155.6 5X12.4 ,380.0.
,14.4
271 0
93 0
5 2
376 0
93.0
9.9
585 0
93 0
24 0
-
-
-
162 0 1
101.5
151 71205 1
389 0
15,0
345.0
89.0
8 3
517 0
90.0
18 6
-
-
-
-
166 0 i
97.8
147 7 ¡207 9
. . . . . . . . . . . . . . . . . . 3. .
398 0
15 7
470 0
86 0
15 4
-
“
-
-
-
-
-
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 Heat 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 30HR
1 2