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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