45 f – Carrier 30HR User Manual
Page 10
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45 F
Leaving Chilled
Water Temperature
PERFORMANCE DATA
30HR,HS RATINGS
COOLER
CONDENSER WATER
CAP.
SIZE
SDT*
KW
THR
FLOW DATA
10 F RISE
75
Entering Water Temperature (F)
8 0 I 85
90
. _
(tons)
(F)
(tons)
Gpm
PD
Gpm
Lwt (F)
PD
Gpm
Lwt(F)
PD
G pm Lwt (F)
PD
Gpm iLwt (F)
PD
80 Ü
137 7
115
6
1 12 8
192 0
7 2
_
_
_
_
_
_
—
—
_
85 C
130 9
11 1 2
1 16 6
204 0
8 1
—
—
—
-
-
-
_
-
-
90/’
1 0 4
A
1 ny
r
190..
4 ;
2 '6 0
9 J
—
—
—
_
_
-
—
-
-
_
—
-
à \
420. C. P4.2
93.0’
.224,3
9 .«
126 0
98 4
2 6
126 0
103 4
2 6
126 8
108 3
2 6
154 6
109 1
3 8
v5 C
100
118 1
'i 03 Ì
124 3
228 0
10 2
126 0
98 7
2 6
126 0
103 7
2 6
135 5
107 0
3 0
174 1
107 1
4 7
1
(^r\ n
1119
99 2
1 TQ 9
240.0
1
-1
126 0
99 4
2 6
149 1
100 6
3 5
196 5
10 0 .7
5 9
287 3
100 7
12.1
:04 :
106.4
v6 9
13 1 .7
250,8
■ A
1
159 0
94 9
4 0
212 6
94 9
6.9
.3:6.4
95.0
Ì4.5
—
_
_
105,8
9 6..6
13 9 .1
?52 C
12 4
164 6
94 3
4 3
222 7
94 2
7 5
336 7
94 4
16 3
—
—
_
;
' 06,0
95
0
;3?.6
253.5
12.6
173 1
93 4
4 7
238 2
93 4
8 5
369 0
93,6
19 4
-
-
-
1 10 G_J
99 7J
91 9
136 1
264 0
13 6
254 2
87 8
9 6
398 2
88 2
22 3
-
-
-
-
-
-
90 0
134 1
123 9
125 2
216 0
9 1
_
—
—
_
_
-
-
_
-
_
-
95 0
127 9
119 6
129 C
228 0
10 2
-
-
-
-
—
-
-
-
-
-
-
1
r
122.C
115./,
132.8
2 /in\
r\
1 1 O
--
-
-
_
_
-
-
-
_
-
-
\
*! 7
1
j
O . V114.C 1,54.1
"^44
9
n
.6
145 0
97 3
2 9
145 0
102 3
2 9
145 0
107 3
2 9
166
0
109.4
3
8
i 05 C
no
116 2
111 5
136 7
252 Ь
М2 4
145 0
97
8
2 9
145 0
10 2 8
2 9
160 3
105 5
3
6
211 3
105
6
6 0
1 '0 c
1 Ì Q _ AIQF 6
140 6
264.0
13 .6
145 0
98 4
2 9
172 5
99
6
4 1
232.C
99.6
7 1
352.1
99 7
15 5
: 14.9
106.0
■ 34.6
.7
273
6
14.6
173 9
94 9
4 1
233 0
94 9
7 2
350.4
95.0
'0.4
-
-
■ : f>.C
; C'
Vs/. “
'4/^.6
2 ”6 ,0
: 4.9
185
8
93 7
4 7
254 9
93 7
8 5 396 7
93
8
19.4
-
-
12 0 C
9 9 3
100 2
Ì 4o 9
./88 0
16 2
281 4
87 8
10 2
-
-
-
-
-
-
-
-
-
95 f
Î3
7 0
136 ;
1 33 g~ 228 0
10 2 “
_
—
—
—
—
-
-
_
-
-
-
10 0 c
131
1
132 2
137 5
240 0
11 3
-
-
-
-
-
-
-
-
-
-
-
1 fV-s P
126.'^
19 7 .0
Ml 3
^^62.0
12 .4
_
—
—
—
—
-
—
_
-
-
-
-
: :0.v-
s
'
^ V * . V'23.0
:.*'
à
9.2
264,0
■3..0
158 0
97 1
2 7
158 0
102 1
2 7
158 0
107 1
2 7
176 2
109 8
3 4
n 5 C
120
1 14 7 1 19 9
149 0
276 0
14 9
158 0
97 6
2 7
158 0
102 6
2 7
185 9
104 2
3.7
251.9
104 2
6 6
120 C
109 4
1 16 C 153.C •2 8 8 .0
16 2
158 0
98 2
2 7
195 8
98 8
4 1
268 8
98.7
7 4
422 2
98 7
17 3
‘ 23.3
\0:>
9
1Î3 5
1.55 c
276.0
1
/
1
185 8
95 1
3 7
248 1
95 0
6 4
373.5
95.0
13 .8
-
-
-
"i 2-'- ">
105 C
V; 2. B
: 56.2
298.0
' / 4
195 8
94 2
4 0
266 8
94 0
7 3
413 3
94 1
16 7
-
-
-
i 25
L
104 1
112 3
1 56 9
500 0
) 7 0
206 2
93 3
4 5
286 5
93 1
8 4
456 1
93 3
20 1
-
-
-
1 30 C
98 9
108 f
160 8
312 0
19 0
305 9
87 6
9 5
493 7
87 8
23 3
-
-
-
-
-
-
109 C '
134 3
159 r
154 ■
262 0
7 4
_
_
_
_
_
—
-
_
—
-
_
1 1J (J
130 2
155 7
157 2
271 0
7 9
-
—
—
—
-
-
-
-
-
-
-
-
1 17 C
126 1
152 3
160 3
281 0
8 4
—
—
—
—
-
-
-
_
-
-
-
-
121,0
122 1
148 9
163.3
290 0
8 9
—
—
-
-
-
_
-
-
-
_
■ '23 '
>
¿sJ ‘M
14 7 .0
164 ?
396.0
9.2
160 0
100 0
2.9
160 0
105 0
2 9
167 0
109 0
3 2
209 0
109 0
4 8
125 0
140
118 1
145
166 ;
300 0
9 4
160 0
100 0
2 9
160 0
105 0
2 9
182 0
107 0
3 7
236 0
107 0
5 9
129 C
114 2
141 8
169 ;
3
10 0
10 0
160 0
100 0
2 9
178 0
103 0
3 6 227 0
103 0
5 5 321 0
103 0
10 2
133 C
no 4
138 3
1 72 3
319 0
10 6
174 0
99 0
3 4
219 0
99 0
5 2 303 0
99 0
9 2
478 0
99 0
20 6
'36.6
:C6-9
V .66. ’ 174,9
328.C
207 0
95 0
4 6
278 0
95 0
7 9 >^20. Q
95.0.
16.4
-
-
-
1 *.o
‘ 0
'.‘.vD
v/'
176.5
333.0
MA
233 0
93 0
5 8
328 0
93 0
10 6
525 0
94 0
24 5
-
-
-
14 i L
102 7
131 3
Ì78 3
338 0
i Ì 7
273 0
91 0
7 6
406 0
91 0
15 4
-
-
-
-
-
145 0
98 9
127 9
181 3
348 0
12 3
378.0
87 0
13 6
-
-
-
-
-
-
-
-
-
124 C
134 5
185 1
176 6
298 0
9 3
_
-
-
-
-
-
-
-
-
-
-
-
128 C
130 6
181 8
179 6
307 0
9 9
-
-
-
-
-
-
-
-
-
-
-
132 C
126.7
178.2
182 6
317 0
10 4
-
-
-
-
-
-
-
-
-
-
-
-
136.C
122 9
174.3
185.5
326 C
1 1 n
—
-
-
-
-
-
-
„
— ,
-
:39.0
120.C
171.3
i187.7
3 3 4 .0
11 4
180 0
100 0
2*3
180 0
105 0
2 3
190 0
109 0
2 6
240 0
109 0
4 1
143 (3
160
116 3
167 2
lì90 5
3 4 3 0
12 0
180 0
100 0
2 3
185 0
105 0
2.4
230 0
105 0
3 7
308 0
105.0
6 7
147 C
112 6
163 0
193 3
3 5 3 0
12 6
180 0
101 0
2 3
221 0
101 0
3 4
290 0
101 0
5 9 420 0
101.0
12 3
'51 0
108 8
158 8
•196 '
36? 0
13 3
213 0
97 0
3 2
275 0
97 0
5 3
97 0
10.5
-
153.0
: J 07.
4.56.7
197.5 i 367.0
!3,6
234 0
95 0
3 9
312 0
95 0
6 8 :4óO.Qj, , 95,0.
14.7
-
-
-
155.2
: 105.Ь
11 5 4 .4
199.0 ; 372.0
13.9
264 0
93 0
4 9
366 0
93 0
9 4
565 0
93 0
22 ?
-
-
М 69 C
1 101 4 lì50 5
i2G) 7 i 382 0
14 5
336 0
89 0
7 9
505 0
90 0
17 7
-
-
-
~
-
-
163 c
97 7 1146 5 1204 6
i 391 0| 15 2
462 0
86 0
14 9
-
-
-
-
-
-
-
CAP. -- Capacity
PD
— Pressure Drop (ft)
KW
Lwt
• Compressor Motor Power Input at Rated Voltage
■ Leaving Water Temp (F)
SDT
— Saturated Discharge Temp (F)
THR
— Total Heat Rejection (tons)
__Î Shaded areas show ratings for 1 05 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 30HR
10