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JOHNSON CONTROLS

FORM 201.23-EG1 (1013)

High Efficiency Ratings - SI - 460V/60Hz

MODEL: YCIV0157E/V

AIR TEMPERATURE ON - CONDENSER (°C)

LCWT

(°C)

25.0

30.0

35.0

40.0

45.0

46.0

COP

5.0

525.0

125.6

3.8

515.6

141.9

3.3

503.3

159.4

2.9

487.8

180.0

2.5

449.0

196.6

2.1

441.1

200.0

2.1

6.0

539.7

126.6

3.9

530.4

143.0

3.4

518.1

160.6

3.0

500.9

180.9

2.6

460.8

197.3

2.2

452.7

200.7

2.1

7.0

554.7

127.6

3.9

545.4

144.1

3.5

533.0

161.8

3.0

514.0

181.8

2.6

472.8

198.1

2.2

464.5

201.5

2.2

8.0

569.9

128.7

4.0

560.7

145.3

3.5

548.1

163.0

3.1

527.2

182.7

2.7

484.9

198.9

2.3

476.5

202.3

2.2

9.0

585.2

129.7

4.1

576.2

146.4

3.6

563.5

164.2

3.2

540.5

183.7

2.7

497.0

199.9

2.3

488.4

203.2

2.3

10.0

600.7

130.8

4.2

591.8

147.6

3.7

579.1

165.5

3.2

554.0

184.6

2.8

509.5

200.8

2.4

500.6

204.1

2.3

11.0

616.4

131.8

4.2

607.7

148.8

3.8

594.9

166.9

3.3

567.6

185.6

2.9

522.3

201.7

2.4

513.2

205.0

2.4

12.0

632.2

132.9

4.3

623.8

150.0

3.8

610.9

168.2

3.4

581.2

186.6

2.9

535.2

202.6

2.5

525.9

205.9

2.4

13.0

648.3

134.0

4.4

640.1

151.3

3.9

627.2

169.6

3.4

595.0

187.6

3.0

548.3

203.6

2.5

538.8

206.9

2.5

MODEL: YCIV0177E/V

AIR TEMPERATURE ON - CONDENSER (°C)

LCWT

(°C)

25.0

30.0

35.0

40.0

45.0

46.0

COP

5.0

558.7

131.8

3.8

550.3

150.1

3.3

540.3

170.4

2.9

525.1

193.6

2.5

492.2

213.8

2.2

484.3

217.7

2.1

6.0

574.5

132.8

3.9

565.7

150.9

3.4

555.3

171.2

3.0

538.7

194.3

2.6

504.1

214.5

2.2

496.2

218.3

2.1

7.0

590.5

133.8

4.0

581.5

151.8

3.5

570.6

172.1

3.1

552.7

194.9

2.6

516.4

215.0

2.2

508.1

218.9

2.2

8.0

606.9

134.9

4.1

597.5

152.8

3.6

586.3

172.9

3.1

566.8

195.6

2.7

528.8

215.6

2.3

520.3

219.5

2.2

9.0

623.5

136.1

4.1

613.9

153.8

3.6

602.3

173.9

3.2

581.3

196.3

2.8

541.5

216.1

2.3

532.8

220.1

2.3

10.0

640.4

137.4

4.2

630.5

154.9

3.7

618.5

174.9

3.3

596.0

197.1

2.8

554.4

216.7

2.4

545.5

220.6

2.3

11.0

657.7

138.8

4.3

647.5

156.1

3.8

635.1

176.0

3.3

610.9

197.8

2.9

567.6

217.2

2.4

551.5

215.7

2.4

12.0

675.2

140.2

4.4

664.8

157.4

3.9

652.0

177.1

3.4

626.1

198.6

2.9

580.9

217.8

2.5

557.2

210.9

2.5

13.0

693.1

141.8

4.4

682.3

158.7

3.9

669.2

178.3

3.5

641.6

199.5

3.0

594.4

218.4

2.6

562.8

206.1

2.5

MODEL: YCIV0187E/V

AIR TEMPERATURE ON - CONDENSER (°C)

LCWT

(°C)

25.0

30.0

35.0

40.0

45.0

46.0

COP

5.0

621.1

146.3

3.8

611.6

167.4

3.3

600.1

190.8

2.9

582.8

216.0

2.5

547.1

232.6

2.2

538.6

235.6

2.1

6.0

638.5

147.3

3.9

628.9

168.2

3.4

617.0

191.5

3.0

598.1

216.4

2.6

560.8

233.0

2.2

552.0

236.0

2.2

7.0

656.2

148.3

4.0

646.4

169.0

3.5

634.2

192.3

3.0

613.8

216.7

2.6

574.6

233.4

2.3

565.6

236.4

2.2

8.0

674.1

149.4

4.1

664.2

169.9

3.6

651.7

193.2

3.1

629.7

217.0

2.7

588.8

233.6

2.4

579.5

236.7

2.3

9.0

692.3

150.7

4.1

682.2

170.9

3.6

669.4

194.1

3.2

645.8

217.3

2.8

603.2

233.9

2.4

593.7

236.9

2.3

10.0

710.7

152.1

4.2

700.4

172.0

3.7

687.3

195.0

3.2

662.3

217.6

2.8

617.8

234.1

2.5

608.1

237.2

2.4

11.0

729.4

153.5

4.3

719.0

173.2

3.8

705.6

196.1

3.3

678.9

218.0

2.9

632.7

234.3

2.5

622.8

237.3

2.5

12.0

748.4

155.1

4.4

737.8

174.6

3.9

724.1

197.2

3.4

695.7

218.3

3.0

647.8

234.4

2.6

632.7

234.3

2.5

13.0

767.7

156.8

4.4

756.9

176.0

3.9

742.9

198.5

3.5

712.8

218.7

3.0

663.1

234.6

2.6

638.4

228.6

2.6

NOTES:

1. kWo

= Unit kW Cooling Capacity Output

2. kW

= Compressor kW Input

3. COP

= Coefficient of Performance (includes condenser fan power)

4. LCWT = Leaving Chilled Water Temperature

5. Ratings based on 0.15 l/s cooler water per ton, and 0.018 (m

– °C)/kW

Summary of Contents for YCIV0157E/V

Page 1: ...FORM 201 23 EG1 1013 Model YCIV Air Cooled Screw Liquid Chillers with Variable Speed Drive Style A 150 385 TONS 527 1354 kWi 2 3 and 4 Compressor 60 Hz ASHRAE 90 1 Compliant HFC 134a 140 200 Tons 60Hz...

Page 2: ...fficiency 50 Physical Data SI Standard Efficiency 52 Physical Data SI High Efficiency 54 Dimensions English 56 Isolator Locations English 78 Isolator Locations SI 82 Isolator Details 86 Electrical Dat...

Page 3: ...onditions the chiller sound output is reduced when it is the most sensitive to neighbors evenings and weekends With the introduction of the YCIV model air cooled chiller system designers have the oppo...

Page 4: ...found with conventional motor starters In addition by eliminating the heat buildup during starting the required off time between starts is reduced to a maximum of two minutes Many utility companies ch...

Page 5: ...oviding vertical air discharge from extended orifices Guards of heavy gauge PVC polyvinyl chloride coated Standard and reduced sound level models have condensers fitted with single speed fans Low soun...

Page 6: ...et shut down for the following conditions high or low ambient low leaving chilled liquid temperature under voltage and flow switch operation COMPLETE FACTORY PACKAGE These air cooled chillers are ship...

Page 7: ...regulations it may be desirable to force the chiller to a lower sound level on demand The SilentNight control option provides a control input to limit sound output of the chiller based on time of day...

Page 8: ...T SEQUENCE CONTROL Separate se quencing control center provided to permitting control of up to eight chillers in parallel based on mixed liquid temperature interconnecting wiring by others Field mount...

Page 9: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 9 NOMENCLATURE The Model Number denotes the following characteristics of the unit Nomenclature...

Page 10: ...N CONDENSER F MIN 1 MAX 2 MIN MAX MIN MAX 60 HZ 0157 S P 40 60 140 675 0 125 0157 E V 40 60 160 750 0 125 0177 S P 40 60 160 750 0 125 0177 E V 40 60 160 750 0 125 0187 S P 40 60 160 750 0 125 0187 E...

Page 11: ...247 S P 4 4 15 6 11 4 50 5 17 8 51 7 0247 E V 4 4 15 6 10 1 47 3 17 8 51 7 0267 S P 4 4 15 6 11 4 50 5 17 8 51 7 0267 E V 4 4 15 6 11 4 50 5 17 8 51 7 0287 S P 4 4 15 6 15 8 75 7 17 8 51 7 0287 E V 4...

Page 12: ...ROLS 12 FORM 201 23 EG1 1013 Water Pressure Drop ENGLISH UNITS COOLER MODEL NUMBER YCIV 60Hz A 0157 S P B 0157 E V 0177 S P E V 0187 S P E V C 0197 E V 0207 E V 0227 E V D 0207 S P 0227 S P 0247 S P E...

Page 13: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 13 SI UNITS COOLER MODEL NUMBER YCIV 60Hz A 0157 S P B 0157 E V 0177 S P E V 0187 S P E V C 0197 E V 0207 E V 0227 E V D 0207 S P 0227 S P 0247 S P E V 0267 S P...

Page 14: ...z A 0267EA VA 0287SA PA 0287EA VA B 0307SA PA 0327EA VA 0357SA PA 0357EA VA 0397SA PA C 0457PA Water Pressure Drop ENGLISH UNITS 1 10 100 100 1000 Water Flow Rate GPM Pressure Drop ft H2O 2000 A B C P...

Page 15: ...LS FORM 201 23 EG1 1013 15 SI UNITS C Pressure Drop Through Three and Four Circuit YCIV Evaporators EVAP YCIV MODELS 60Hz A 0267EA VA 0287SA PA 0287EA VA B 0307SA PA 0327EA VA 0357SA PA 0357EA VA 0397...

Page 16: ...206 2 8 7 154 0 215 3 8 1 147 5 222 8 7 5 131 8 207 2 7 2 44 0 176 1 146 8 13 2 174 6 158 3 12 2 172 8 170 6 11 3 170 7 183 5 10 4 168 4 196 8 9 6 163 8 206 8 8 9 158 3 215 8 8 3 151 5 223 4 7 7 133...

Page 17: ...213 7 11 8 224 6 229 3 11 0 221 8 245 9 10 1 217 5 262 2 9 4 208 9 270 2 8 7 200 3 277 7 8 2 191 8 284 7 7 6 48 0 238 9 187 8 14 0 236 7 201 1 13 0 234 2 215 4 12 1 231 4 231 0 11 2 228 5 247 5 10 4...

Page 18: ...1 6 13 5 282 6 249 6 12 5 279 6 269 2 11 5 276 3 290 0 10 6 272 7 311 7 9 8 266 3 330 6 9 1 257 7 346 2 8 4 246 8 357 8 7 8 214 8 318 9 7 6 45 0 289 6 232 6 13 7 286 9 250 5 12 6 283 9 270 0 11 7 280...

Page 19: ...MODEL YCIV0397S P S_IPLV 13 2 P_IPLV 15 2 AIR TEMPERATURE ON CONDENSER F LCWT F 75 80 85 90 95 100 105 110 115 TONS KW EER TONS KW EER TONS KW EER TONS KW EER TONS KW EER TONS KW EER TONS KW EER TONS...

Page 20: ...1 9 3 151 2 196 5 8 6 146 1 207 9 7 9 139 9 218 6 7 2 44 0 167 6 129 9 13 9 166 3 139 3 12 9 164 8 149 5 12 0 163 2 160 4 11 2 161 5 171 9 10 4 159 4 185 0 9 6 155 6 197 2 8 8 150 1 208 5 8 1 143 6 2...

Page 21: ...4 190 8 12 5 215 1 205 4 11 5 212 8 221 1 10 7 210 0 239 2 9 8 204 8 253 1 9 1 197 1 262 0 8 4 189 0 269 7 7 9 48 0 228 1 168 1 14 7 226 1 179 3 13 7 224 0 192 2 12 8 221 7 206 5 11 8 219 2 222 0 10 9...

Page 22: ...4 1 278 8 231 4 13 1 276 0 249 2 12 1 272 9 268 5 11 2 269 5 288 9 10 4 265 6 312 2 9 5 258 9 331 4 8 8 247 9 343 6 8 1 237 1 355 1 7 5 45 0 285 5 216 3 14 3 283 1 232 3 13 3 280 3 249 9 12 3 277 2 26...

Page 23: ...MODEL YCIV0357E V E_IPLV 12 2 V_IPLV 15 3 AIR TEMPERATURE ON CONDENSER F LCWT F 75 80 85 90 95 100 105 110 115 TONS KW EER TONS KW EER TONS KW EER TONS KW EER TONS KW EER TONS KW EER TONS KW EER TONS...

Page 24: ...7 592 6 172 3 3 2 579 1 195 9 2 8 550 1 213 8 2 4 496 5 219 2 2 1 467 9 207 4 2 1 7 0 620 4 151 6 3 8 609 2 173 3 3 3 595 2 197 0 2 8 563 9 214 3 2 5 502 4 215 2 2 2 474 0 203 7 2 2 8 0 637 4 152 7 3...

Page 25: ...2 3 676 0 284 4 2 2 9 0 835 5 192 8 4 0 819 9 218 4 3 5 802 0 247 4 3 0 758 8 268 7 2 7 702 9 282 0 2 4 690 9 283 9 2 3 10 0 858 4 194 8 4 1 842 2 220 1 3 6 823 6 248 9 3 1 776 3 268 8 2 7 719 2 282...

Page 26: ...2 1 2 3 770 3 313 8 2 3 9 0 1059 7 242 7 4 0 1040 1 276 6 3 5 1013 9 313 3 3 0 962 0 344 1 2 6 827 4 325 5 2 4 778 7 307 4 2 4 10 0 1088 5 244 9 4 1 1068 4 278 3 3 6 1040 2 314 2 3 1 985 0 344 1 2 7 8...

Page 27: ...6 MODEL YCIV0397S P AIR TEMPERATURE ON CONDENSER C LCWT C 25 0 30 0 35 0 40 0 45 0 46 0 KW KW COP KW KW COP KW KW COP KW KW COP KW KW COP KW KW COP 5 0 1337 3 335 1 3 7 1315 3 380 8 3 2 1289 8 430 8...

Page 28: ...5 6 2 7 528 8 215 6 2 3 520 3 219 5 2 2 9 0 623 5 136 1 4 1 613 9 153 8 3 6 602 3 173 9 3 2 581 3 196 3 2 8 541 5 216 1 2 3 532 8 220 1 2 3 10 0 640 4 137 4 4 2 630 5 154 9 3 7 618 5 174 9 3 3 596 0 1...

Page 29: ...COP KW KW COP 5 0 715 1 166 5 3 9 703 9 191 2 3 4 691 1 219 2 2 9 672 4 250 0 2 5 630 3 267 0 2 2 620 8 269 4 2 2 6 0 735 3 167 7 4 0 723 6 191 9 3 4 710 2 219 8 3 0 689 7 250 2 2 6 645 5 267 0 2 3 6...

Page 30: ...858 7 355 0 2 3 9 0 1045 2 225 6 4 2 1027 4 256 0 3 7 1005 4 291 3 3 2 967 3 328 8 2 8 894 2 351 0 2 4 879 6 355 2 2 3 10 0 1073 8 227 9 4 3 1055 6 257 6 3 8 1033 0 292 7 3 3 991 0 328 8 2 8 915 8 351...

Page 31: ...EL YCIV0357E V AIR TEMPERATURE ON CONDENSER C LCWT C 25 0 30 0 35 0 40 0 45 0 46 0 KW KW COP KW KW COP KW KW COP KW KW COP KW KW COP KW KW COP 5 0 1228 4 292 9 3 8 1206 7 332 0 3 3 1181 0 375 3 2 9 11...

Page 32: ...6 159 1 202 1 8 9 154 0 211 0 8 2 147 5 218 3 7 6 131 8 203 1 7 3 44 0 176 1 143 9 13 4 174 6 155 2 12 4 172 8 167 2 11 5 170 7 179 8 10 6 168 4 192 9 9 8 163 8 202 6 9 1 158 3 211 5 8 4 151 5 218 9...

Page 33: ...13 0 227 2 209 4 12 1 224 6 224 7 11 2 221 8 240 9 10 3 217 5 257 0 9 5 208 9 264 8 8 9 200 3 272 2 8 3 191 8 279 0 7 8 48 0 238 9 184 1 14 3 236 7 197 0 13 3 234 2 211 1 12 3 231 4 226 4 11 4 228 5 2...

Page 34: ...85 2 226 9 13 8 282 6 244 6 12 7 279 6 263 8 11 7 276 3 284 2 10 8 272 7 305 5 10 0 266 3 324 0 9 2 257 7 339 3 8 6 246 8 350 7 8 0 214 8 312 5 7 7 45 0 289 6 228 0 13 9 286 9 245 5 12 9 283 9 264 6 1...

Page 35: ...374 9 481 9 8 8 364 2 503 9 8 2 350 8 519 5 7 7 46 0 413 5 327 6 13 9 410 0 350 9 12 9 406 0 376 1 12 0 401 6 402 7 11 1 396 9 430 5 10 3 390 7 460 7 9 5 380 0 482 8 8 9 369 2 504 8 8 3 352 7 513 1 7...

Page 36: ...8 181 8 9 9 157 8 193 6 9 1 152 1 204 6 8 3 145 5 215 2 7 6 46 0 172 8 128 6 14 4 171 4 137 7 13 5 169 9 147 6 12 5 168 2 158 2 11 7 166 4 169 4 10 8 164 3 182 2 10 0 160 0 194 0 9 2 154 1 204 9 8 4...

Page 37: ...9 1 194 5 256 9 8 5 186 6 264 4 7 9 46 0 221 3 162 6 14 7 219 4 174 1 13 7 217 4 187 0 12 7 215 1 201 3 11 7 212 8 216 6 10 9 210 0 234 4 10 0 204 8 248 1 9 2 197 1 256 7 8 6 189 0 264 3 8 0 48 0 228...

Page 38: ...7 306 5 9 8 262 4 324 8 9 0 251 3 336 8 8 4 240 3 348 2 7 8 46 0 289 9 213 1 14 7 287 4 228 5 13 7 284 6 245 7 12 7 281 4 264 4 11 7 277 9 284 3 10 8 273 8 307 1 9 9 266 0 324 8 9 2 254 7 336 9 8 5 24...

Page 39: ...MODEL YCIV0357E V E_IPLV 12 4 V_IPLV 15 6 AIR TEMPERATURE ON CONDENSER F LCWT F 75 0 80 0 85 0 90 0 95 0 100 0 105 0 110 0 115 0 TONS KW EER TONS KW EER TONS KW EER TONS KW EER TONS KW EER TONS KW EE...

Page 40: ...8 592 6 168 9 3 3 579 1 192 0 2 8 550 1 209 5 2 5 496 5 214 8 2 2 467 9 203 3 2 2 7 0 620 4 148 6 3 8 609 2 169 9 3 3 595 2 193 1 2 9 563 9 210 0 2 5 502 4 210 9 2 2 474 0 199 7 2 2 8 0 637 4 149 7 3...

Page 41: ...2 3 676 0 278 7 2 3 9 0 835 5 189 0 4 1 819 9 214 1 3 6 802 0 242 4 3 1 758 8 263 3 2 7 702 9 276 4 2 4 690 9 278 2 2 3 10 0 858 4 190 9 4 1 842 2 215 7 3 6 823 6 244 0 3 2 776 3 263 4 2 8 719 2 276...

Page 42: ...4 2 4 770 3 307 5 2 3 9 0 1059 7 237 8 4 1 1040 1 271 0 3 6 1013 9 307 0 3 1 962 0 337 2 2 7 827 4 319 0 2 4 778 7 301 3 2 4 10 0 1088 5 240 0 4 2 1068 4 272 8 3 6 1040 2 307 9 3 2 985 0 337 2 2 7 83...

Page 43: ...491 4 340 1 4 0 1465 7 384 4 3 5 1435 3 433 8 3 1 1379 2 480 1 2 7 1307 7 519 9 2 4 1260 5 504 6 2 4 10 0 1531 8 343 5 4 1 1505 1 387 5 3 6 1473 6 436 9 3 2 1412 8 481 9 2 8 1339 2 521 7 2 4 1272 3 49...

Page 44: ...1 7 2 7 528 8 211 3 2 3 520 3 215 1 2 3 9 0 623 5 133 4 4 2 613 9 150 7 3 7 602 3 170 4 3 3 581 3 192 4 2 8 541 5 211 8 2 4 532 8 215 7 2 3 10 0 640 4 134 6 4 3 630 5 151 8 3 8 618 5 171 4 3 3 596 0 1...

Page 45: ...2 4 666 7 264 0 2 4 9 0 798 4 168 8 4 3 785 1 191 0 3 8 769 8 217 5 3 3 743 7 245 5 2 8 693 1 261 0 2 5 682 6 263 7 2 4 10 0 820 2 170 7 4 3 806 4 192 3 3 8 790 5 218 4 3 3 762 5 245 6 2 9 709 5 260...

Page 46: ...58 7 347 9 2 3 9 0 1045 2 221 1 4 3 1027 4 250 9 3 7 1005 4 285 5 3 3 967 3 322 3 2 8 894 2 343 9 2 4 879 6 348 1 2 4 10 0 1073 8 223 4 4 4 1055 6 252 5 3 8 1033 0 286 9 3 3 991 0 322 2 2 9 915 8 344...

Page 47: ...EL YCIV0357E V AIR TEMPERATURE ON CONDENSER C LCWT C 25 0 30 0 35 0 40 0 45 0 46 0 KW KW COP KW KW COP KW KW COP KW KW COP KW KW COP KW KW COP 5 0 1228 4 287 0 3 9 1206 7 325 4 3 4 1181 0 367 8 3 0 11...

Page 48: ...5 5 6 5 6 6 LOW NOISE FANS FAN MOTOR HP 2 2 2 2 2 2 2 TOTAL CHILLER AIRFLOW CFM 104000 104000 117000 117000 130000 143000 156000 ULTRA QUIET FANS FAN MOTOR HP 2 2 2 2 2 2 2 TOTAL CHILLER AIRFLOW CFM 1...

Page 49: ...CKT 1 CKT 2 5 4 4 5 4 4 5 5 6 6 6 6 6 6 3 3 LOW NOISE FANS FAN MOTOR HP KWI 2 1 8 2 1 8 2 1 8 2 1 8 2 1 8 TOTAL CHILLER AIRFLOW CFM 169000 182000 208000 234000 234000 ULTRA QUIET FANS FAN MOTOR HP KWI...

Page 50: ...2 2 2 2 2 2 2 TOTAL CHILLER AIRFLOW CFM 104000 117000 130000 130000 143000 156000 156000 ULTRA QUIET FANS FAN MOTOR HP 2 2 2 2 2 2 2 TOTAL CHILLER AIRFLOW CFM 104000 117000 130000 130000 143000 156000...

Page 51: ...FAN MOTOR HP KWI 2 1 8 2 1 8 2 1 8 2 1 8 TOTAL CHILLER AIRFLOW CFM 182000 208000 208000 234000 ULTRA QUIET FANS FAN MOTOR HP KWI 2 1 50 2 1 50 2 1 50 2 1 50 TOTAL CHILLER AIRFLOW CFM 182000 208000 20...

Page 52: ...I 2 1 50 2 1 50 2 1 50 2 1 50 2 1 50 2 1 50 2 1 50 TOTAL CHILLER AIRFLOW L SEC 49082 49082 55218 55218 61353 67488 73624 ULTRA QUIET FANS FAN MOTOR HP KWI 2 1 50 2 1 50 2 1 50 2 1 50 2 1 50 2 1 50 2 1...

Page 53: ...6 3 3 LOW NOISE FANS FAN MOTOR HP KWI 2 1 50 2 1 50 2 1 50 2 1 50 2 1 50 TOTAL CHILLER AIRFLOW L SEC 79768 85904 98176 110448 110448 ULTRA QUIET FANS FAN MOTOR HP KWI 2 1 50 2 1 50 2 1 50 2 1 50 2 1...

Page 54: ...1 50 2 1 50 TOTAL CHILLER AIRFLOW L SEC 49082 55218 61353 61353 67488 73624 73624 ULTRA QUIET FANS FAN MOTOR HP KWI 2 1 50 2 1 50 2 1 50 2 1 50 2 1 50 2 1 50 2 1 50 TOTAL CHILLER AIRFLOW L SEC 49082...

Page 55: ...5 05 06 06 06 06 LOW NOISE FANS FAN MOTOR HP KWI 2 1 50 2 1 50 2 1 50 2 1 50 TOTAL CHILLER AIRFLOW L SEC 85904 98176 98176 110448 ULTRA QUIET FANS FAN MOTOR HP KWI 2 1 50 2 1 50 2 1 50 2 1 50 TOTAL CH...

Page 56: ...hnson Controls unit controls will optimize the operation without nuisance high pressure safety cutouts however the system designer MUST consider potential performance degradation Access to the unit co...

Page 57: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 57...

Page 58: ...controls will optimize the operation without nuisance high pressure safety cutouts however the system designer MUST consider potential performance degradation Access to the unit control center stipul...

Page 59: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 59...

Page 60: ...diminished performance Johnson Controls unit controls will optimize the operation without nuisance high pressure safety cutouts however the system designer MUST consider potential performance degrada...

Page 61: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 61...

Page 62: ...g in unpre dictable air patters and possible diminished performance Johnson Controls unit controls will optimize the operation without nuisance high pressure safety cutouts however the system designer...

Page 63: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 63...

Page 64: ...sulting in unpre dictable air patters and possible diminished performance Johnson Controls unit controls will optimize the operation without nuisance high pressure safety cutouts however the system de...

Page 65: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 65...

Page 66: ...g in unpre dictable air patters and possible diminished performance Johnson Controls unit controls will optimize the operation without nuisance high pressure safety cutouts however the system designer...

Page 67: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 67...

Page 68: ...re dictable air patters and possible diminished performance Johnson Controls unit controls will optimize the operation without nuisance high pressure safety cutouts however the system designer MUST co...

Page 69: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 69...

Page 70: ...re dictable air patters and possible diminished performance Johnson Controls unit controls will optimize the operation without nuisance high pressure safety cutouts however the system designer MUST co...

Page 71: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 71...

Page 72: ...g in unpre dictable air patters and possible diminished performance Johnson Controls unit controls will optimize the operation without nuisance high pressure safety cutouts however the system designer...

Page 73: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 73...

Page 74: ...g in unpre dictable air patters and possible diminished performance Johnson Controls unit controls will optimize the operation without nuisance high pressure safety cutouts however the system designer...

Page 75: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 75...

Page 76: ...e dictable air patters and possible diminished performance Johnson Controls unit controls will optimize the operation without nuisance high pressure safety cutouts however the system designer MUST con...

Page 77: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 77...

Page 78: ...AL FIN COILS 1715 1579 1559 1274 774 CU FIN COILS 1715 1700 1898 1653 935 RS LS1 AL FIN COILS 1894 1757 1559 1274 774 RS LS1 CU FIN COILS 1894 1878 1898 1653 935 RIGHT R 9 1 1 3 59 4 1 3 109 4 1 3 19...

Page 79: ...2370 1470 RS LS1 CU FIN COILS 1951 1933 2297 2324 2714 1642 RIGHT R 9 1 1 3 58 1 1 3 111 1 1 3 204 7 1 3 284 9 1 3 368 1 3 AL FIN COILS 1753 1596 2540 2632 2897 1188 CU FIN COILS 1775 1768 2884 2978...

Page 80: ...L FIN COILS 1715 1581 1676 1287 820 CU FIN COILS 1715 1702 2015 1667 981 RS LS1 AL FIN COILS 1894 1759 1676 1287 820 RS LS1 CU FIN COILS 1894 1881 2015 1667 981 RIGHT R 9 1 1 3 59 4 1 3 109 4 1 3 195...

Page 81: ...6 RS LS1 CU FIN COILS 1951 1944 2751 2840 3166 1638 0287E V LEFT L 9 1 86 8 59 4 86 8 109 4 86 8 185 4 86 8 284 4 86 8 358 5 86 8 411 9 86 8 AL FIN COILS 1753 1585 1847 1870 1574 1049 928 CU FIN COILS...

Page 82: ...4 4970 2204 6740 2204 AL FIN COILS 778 716 707 578 351 CU FIN COILS 778 771 861 750 424 RS LS1 AL FIN COILS 859 797 707 578 351 RS LS1 CU FIN COILS 859 852 861 750 424 RIGHT R 230 32 1510 32 2780 32 4...

Page 83: ...LS1 CU FIN COILS 885 877 1042 1054 1231 745 RIGHT R 230 32 1475 32 2823 32 5199 32 7236 32 9346 32 AL FIN COILS 795 724 1152 1194 1314 539 CU FIN COILS 805 802 1308 1351 1470 607 RS LS1 AL FIN COILS...

Page 84: ...N COILS 778 772 914 756 445 RS LS1 AL FIN COILS 859 798 760 584 372 RS LS1 CU FIN COILS 859 853 914 756 445 RIGHT R 230 32 1510 32 2780 32 4970 32 6740 32 AL FIN COILS 770 708 708 584 372 CU FIN COILS...

Page 85: ...RS LS1 CU FIN COILS 885 882 1248 1288 1436 743 0287E V LEFT L 230 2204 1510 2204 2780 2204 4710 2204 7225 2204 9105 2204 10463 2204 AL FIN COILS 795 719 838 848 714 476 421 CU FIN COILS 805 786 967 10...

Page 86: ...156 464 THRU 524 CP 1D 1785N GRAY RED 1157 THRU 1785 525 THRU 810 MODEL NUMBER COLOR CODE RATED CAPACITY FOR UNITS WITH ANY LOAD POINT ABOVE 1518 LBS 689 KG LBS KG C2P 1D 1350 DARK PURPLE UP THRU 1148...

Page 87: ...W RD1 WR 3 13 1 75 1 25 2 38 0 34 0 19 5 16 18 UNC X 3 4 1 25 RD2 WR 3 88 2 38 1 75 3 00 0 34 0 22 3 8 16 UNC X 1 1 75 RD3 WR 5 50 3 38 2 88 4 13 0 56 0 25 1 2 13 UNC X 1 2 50 RD4 WR 6 25 4 63 2 75 5...

Page 88: ...60 GREEN UP THRU 391 UP TO 177 Y2RSI 2D 710 DARK BROWN 392 THRU 604 178 274 Y2RSI 2D 870 RED 605 THRU 740 275 336 Y2RSI 2D 1200N RED BLACK 741 THRU 1020 337 463 Y2RSI 2D 1690 PINK 1021 THRU 1437 464 6...

Page 89: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 89 INTENTIONALLY LEFT BLANK...

Page 90: ...60 205 5 3 5 205 5 9 3 0247 460 60 193 6 2 8 380 60 245 6 3 5 245 6 9 3 0267 460 60 191 6 2 8 380 60 242 6 3 5 242 6 9 3 YCIV S P CONTROL KVA 7 UNIT SHORT CIRCUIT WITH STAND KA FIELD WIRING PROTECTIO...

Page 91: ...152 4 3 5 152 4 9 3 162 4 2 8 206 4 3 5 206 4 9 3 162 5 2 8 205 5 3 5 205 5 9 3 160 5 2 8 203 5 3 5 203 5 9 3 191 6 2 8 242 6 3 5 242 6 9 3 HIGH HEAD HIGH STATIC FANS TWO SPEED COND FANS MINIMUM CKT...

Page 92: ...227 460 60 150 6 2 8 380 60 190 6 3 5 190 6 9 3 0247 460 60 194 6 2 8 380 60 245 6 3 5 245 6 9 3 YCIV E V CONTROL KVA 7 UNIT SHORT CIRCUIT WITHSTAND KA FIELD WIRING PROTECTION STD ULTRA QUIET COND FAN...

Page 93: ...32 5 3 5 132 5 9 3 141 5 2 8 179 5 3 5 179 5 9 3 152 5 2 8 193 5 3 5 193 5 9 3 150 6 2 8 190 6 3 5 190 6 9 3 149 6 2 8 188 6 3 5 188 6 9 3 HIGH HEAD HIGH STATIC FANS TWO SPEED COND FANS MINIMUM CKT AM...

Page 94: ...00 0397 2 4 30KA 65KA 671 800 800 800 2 4 30KA 65KA 847 1000 1000 1000 911 1000 0457 4 30KA 65KA N A N A N A N A 569 700 MODEL SYSTEM 1 SYSTEM 2 STD ULTRA QUIET COND FANS HIGH HEAD STATIC COND FANS TW...

Page 95: ...600 KCM 4 4 0 500 KCM 800 800 4 2 600 KCM 4 4 0 500 KCM 4 2 600 KCM 4 4 0 500 KCM 1000 1000 4 2 600 KCM 4 4 0 500 KCM 4 2 600 KCM 4 4 0 500 KCM 1000 1000 4 2 600 KCM 4 4 0 500 KCM 800 800 N A N A N A...

Page 96: ...152 5 2 8 152 5 2 8 380 60 193 5 3 5 193 5 9 3 193 5 3 5 0357 460 60 181 6 2 8 181 6 2 8 380 60 229 6 3 5 229 6 9 3 229 6 3 5 YCIV S P CONTROL KVA 7 UNIT SHORT CIRCUIT WITHSTAND KA FIELD WIRING PROTE...

Page 97: ...78 6 3 5 178 6 9 3 139 6 2 8 229 6 9 3 176 6 3 5 176 6 9 3 FIELD WIRING PROTECTION FIELD WIRING LUGS HIGH HEAD HIGH STATIC FANS TWO SPEED COND FANS STD TERMINAL BLOCK OPT CIRCUIT BREAKER MAX IN VERSE...

Page 98: ...ual point power 2 and 3 compressor units 2 Maximum Inverse Time Circuit Breaker or Dual Element Fuse 225 of the largest compressor RLA plus the sum of all other loads per NEC 440 22 A 3 MCA Minimum Ci...

Page 99: ...HNSON CONTROLS FORM 201 23 EG1 1013 99 FIG 1 TWO COMPRESSOR WIRING DIAGRAM WITH CIRCUIT BREAKER 2 COMPRESSOR POWER WIRING CONNECTIONS FIG 2 TWO COMPRESSOR WIRING DIAGRAM WITH TERMINAL BLOCK Power Wiri...

Page 100: ...TOR HEATER UNIT CONTROLS FIELD PROVIDED UNIT POWER SUPPLY VSD 1 VSD CONTROL PANEL LINE REACTOR VSD 3 VSD 2 CIRCUIT BREAKER GRD STANDARD CONTROL TRANSFORMER 3 COMPRESSOR POWER WIRING CONNECTIONS See No...

Page 101: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 101 FIG 7 FOUR COMPRESSOR WIRING DIAGRAM WITH CIRCUIT BREAKER MULTI POINT FIG 8 FOUR COMPRESSOR WIRING DIAGRAM WITH TERMINAL BLOCK MULTI POINT...

Page 102: ...JOHNSON CONTROLS 102 FORM 201 23 EG1 1013 Typical Control Wiring Two Compressor...

Page 103: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 103 For informational purposes only Do not attempt to tie into wiring without a proper wiring diagram...

Page 104: ...JOHNSON CONTROLS 104 FORM 201 23 EG1 1013 Typical Control Wiring Three Compressor...

Page 105: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 105 For informational purposes only Do not attempt to tie into wiring without a proper wiring diagram...

Page 106: ...JOHNSON CONTROLS 106 FORM 201 23 EG1 1013 Typical Control Wiring Four Compressor...

Page 107: ...JOHNSON CONTROLS FORM 201 23 EG1 1013 107...

Page 108: ...roof at the spring isolator locations Ground Locations Units must be installed on a sub stantial base that will not settle and cause strain on the refrigerant lines resulting in possible leaks A one p...

Page 109: ...al of its manufacture against defects in workmanship and material for a period of eighteen 18 months from date of initial start up or date of availability 1 03 DELIVERY AND HANDLING A Unit shall be de...

Page 110: ...erload protection and external cur rent overload on all three phases C Lubrication External oil separators with no moving parts 450 psig design working pressure and UL listing are provided on the chil...

Page 111: ...ipment with power factor correction capacitors as required to maintain a displace ment power factor of 95 at all load conditions 2 The installing contractor is responsible for ad ditional cost to furn...

Page 112: ...e the following options as required to meet scheduled sound performance data at all load points a Normal speed fans and unlined compressor enclosure Factory Mounted b Two speed fans and acousticallly...

Page 113: ...ors 2 1 Inch Deflection Spring Isolators Level adjust able spring and cage type isolators for mounting under the unit base rails 3 2 Deflection Seismic Isolators Level adjust able restrained mounts in...

Page 114: ...Form 201 23 EG1 1013 Supersedes 201 23 EG1 713...

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