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WIRING DIAGRAM

Supersedes:  Nothing

Form 150.52-W1 (1299)

 YCAR0100 - 0230 MODELS

60 HZ

STYLE A

U.L. & C.U.L

200, 230,

460 & 575 Models

Millennium 

TM

AIR-COOLED RECIPROCATING

LIQUID CHILLERS

28971AR

Summary of Contents for Millennium YCAR 0100SC

Page 1: ...WIRING DIAGRAM Supersedes Nothing Form 150 52 W1 1299 YCAR0100 0230 MODELS 60 HZ STYLE A U L C U L 200 230 460 575 Models Millennium TM AIR COOLED RECIPROCATING LIQUID CHILLERS 28971AR ...

Page 2: ...n Diagram System Wiring Part Wind Start 21 Fig 13 Connection Diagram System Wiring Across The Line Start 22 Fig 14 Connection Diagram System Wiring Across The Line Start 23 WARNING HIGH VOLTAGE is used in the operation of this equipment DEATH OR SERIOUS INJURY may result if personnel fail to observe safety precautions Work on electronic equipment should not be undertaken unless the individual s ha...

Page 3: ...ATIONAL UNIT NOMENCLATURE YC A R 100 46 P A Chiller Design Level YC YORK Chiller Type Start P Part Wind Air Cooled CompressorType R Reciprocating Voltage Code 17 200 3 60 Unit Model 28 230 3 60 40 380 3 60 46 460 3 60 58 575 3 60 ...

Page 4: ...KCM 6AWG 350KCM 105 415 513 3 3 1 15 2 200 409 5 400 500 700 2 1 0 500KCM 2 3 0 250KCM 2 250KCM 500KCM 301 1187 1465 4 8 2 33 0 230 359 2 400 450 600 1 0 500KCM 2 3 0 250KCM 2 250KCM 500KCM 262 1038 1282 4 7 8 38 0 0140SC 380 225 9 250 300 350 1 0 500KCM 6AWG 350KCM 2 3 0 250KCM 165 623 769 4 4 8 23 0 460 179 4 200 225 300 1 0 500KCM 6AWG 350KCM 6AWG 350KCM 131 519 641 4 3 8 19 0 575 144 1 200 175...

Page 5: ...0 500KCM 2 3 0 250KCM 2 250KCM 500KCM 262 1038 1282 4 7 8 38 0 0140SC 380 225 9 250 300 350 1 0 500KCM 6AWG 350KCM 2 3 0 250KCM 165 623 769 4 4 8 23 0 460 179 4 200 225 300 1 0 500KCM 6AWG 350KCM 6AWG 350KCM 131 519 641 4 3 8 19 0 575 144 1 200 175 225 1 0 500KCM 6AWG 350KCM 6AWG 350KCM 105 415 513 4 3 1 15 2 230 359 2 400 450 600 1 0 500KCM 2 3 0 250KCM 2 250KCM 500KCM 262 1038 1282 4 7 8 38 0 01...

Page 6: ... 383 5 400 450 500 1 0 500KCM 250 KCM 500KCM 460 304 0 400 350 400 1 0 500KCM 250 KCM 500KCM 575 244 3 400 300 300 2AWG 300KCM 6AWG 350KCM 200 743 3 800 1000 1000 3 2AWG 300KCM 3 2 0 400KCM 230 652 4 800 800 800 2 1 0 500KCM 3 2 0 400KCM 0140SC 380 410 1 600 500 500 2 2AWG 300KCM 2 250KCM 500KCM 460 325 6 400 400 450 1 0 500KCM 250 KCM 500KCM 575 261 5 400 300 350 1 0 500KCM 250 KCM 500KCM 230 734...

Page 7: ...475 3 3 1 15 2 200 301 1187 1465 4 8 2 33 301 1187 1465 4 8 2 33 230 262 1038 1282 4 7 8 38 262 1038 1282 4 7 8 38 0140SC 380 165 623 769 4 4 8 23 165 623 769 4 4 8 23 460 131 519 641 4 3 8 19 131 519 641 4 3 8 19 575 105 415 513 4 3 1 15 2 105 415 513 4 3 1 15 2 230 328 1287 1602 4 7 8 38 262 1038 1282 4 7 8 38 0150SC 380 207 767 961 4 4 8 23 165 623 769 4 4 8 23 460 164 639 801 4 3 8 19 131 519 ...

Page 8: ...0 450 500 1 0 500KCM 250 KCM 500KCM 575 294 400 350 400 1 0 500KCM 250 KCM 500KCM 380 505 600 600 700 2 1 0 500KCM 2 250KCM 500KCM 0170SC 460 400 600 450 500 1 0 500KCM 2 250KCM 500KCM 575 320 400 400 450 1 0 500KCM 250 KCM 500KCM 380 542 600 700 700 2 1 0 500KCM 2 250KCM 500KCM 0180SC 460 430 600 500 600 2 2GA 300KCM 2 250KCM 500KCM 575 344 400 400 450 1 0 500KCM 250 KCM 500KCM 380 582 800 700 80...

Page 9: ...nd lug is provided for each compressor system to accommodate field grounding conductor per N E C Article 250 54 A control circuit grounding lug is also supplied Incoming ground wire range is 6 350 MCM 9 The field supplied disconnect is a Disconnecting Means as defined in N E C 100 B and is intended for isolating the unit from the available power supply to perform maintenance and troubleshooting Th...

Page 10: ...10 YORK INTERNATIONAL YCAR0100 0230 STANDARD DUAL COMPRESSOR POWER SUPPLIES ACROSS THE LINE START LD04950A FIG 1 STANDARD COMPRESSOR POWER SUPPLIES ACROSS THE LINE START ...

Page 11: ...FORM 150 52 W1 11 YORK INTERNATIONAL YCAR0100 0230 STANDARD DUAL COMPRESSOR POWER SUPPLIES PART WIND START LD04950B FIG 2 STANDARD COMPRESSOR POWER SUPPLIES PART WIND START ...

Page 12: ...12 YORK INTERNATIONAL YCAR0100 0230 ELEMENTARY DIAGRAM STANDARD REMOTE EVAPORATOR UNITS POWER CIRCUIT LD04948 FIG 3 ELEMENTARY DIAGRAM POWER CIRCUIT ...

Page 13: ...FORM 150 52 W1 13 YORK INTERNATIONAL YCAR0100 0230 ELEMENTARY DIAGRAM STANDARD REMOTE EVAPORATOR UNITS CONTROL POWER TRANSFORMER KIT LD04949 FIG 4 CONTROL POWERTRANSFORMER KIT ...

Page 14: ...IAGRAM CONTROL CIRCUIT FIG 5 ELEMENTARY DIAGRAM CONTROL CIRCUIT DETAIL A FIG 6 ELEMENTARY DIAGRAM CONTROL CIRCUIT DETAIL B ACROSS THE LINE START ACROSS THE LINE START PART WIND START LD04926 LD04927 FIG 7 ELEMENTARY DIAGRAM CONTROL CIRCUIT DETAIL B PART WIND START ...

Page 15: ... shown install the stop contact between terminals 5 and 1 If a stop device is not installed a jumper must be connected between terminals 5 and 1 Device must have a minimum contact rating of 6A at 115 volts A C 5 Contacts are rated at 115V 100VA resistive load only and must be suppressed at load by user 6 See Installation Operation and Maintenance Manual when optional equipment is used YCAR0100 023...

Page 16: ...ed with YORK P N 031 00808 000 suppressor across the relay contactor coil Any contacts connected to flow switch inputs or BAS inputs on terminals 13 19 orTB3 or any other termi nals must be suppressed with a YORK P N 031 00808 000 suppressor across the relay contactor coil Control wiring connected to the control panel should never be run in the same conduit with power wiring CONTROL POWER SUPPLY M...

Page 17: ... 150 52 W1 YORK INTERNATIONAL YORK INTERNATIONAL 17A 17 FORM 150 52 W1 YCAR0100 0230 WIRING DIAGRAM CONNECTION DIAGRAM CONTROL CIRCUIT YCAR0100 0230 WIRING DIAGRAM CONNECTION DIAGRAM CONTROL CIRCUIT LD04928 ...

Page 18: ...YCAR0100 0230 WIRING DIAGRAM CONNECTION DIAGRAM ELECTRICAL BOX YCAR0100 0230 WIRING DIAGRAM CONNECTION DIAGRAM ELECTRICAL BOX 17B YORK INTERNATIONAL 18 FORM 150 52 W1 YORK INTERNATIONAL LD04951 ...

Page 19: ...FORM 150 52 W1 19 YORK INTERNATIONAL YCAR0100 0230 WIRING DIAGRAM CONNECTION DIAGRAM ELECTRICAL BOX LD04953 FIG 10 CONNECTION DIAGRAM ELECTRICAL BOX ...

Page 20: ...0 YORK INTERNATIONAL YCAR0100 0230 WIRING DIAGRAM CONNECTION DIAGRAM SYSTEM WIRING PART WIND START LD04929 LD04930 LD04931 LD04932 LD04933 LD04934 FIG 11 CONNECTION DIAGRAM SYSTEM WIRING PART WIND START ...

Page 21: ...FORM 150 52 W1 21 YORK INTERNATIONAL YCAR0100 0230 WIRING DIAGRAM CONNECTION DIAGRAM SYSTEM WIRING PART WIND START LD04935 LD04936 LD04937 FIG 12 CONNECTION DIAGRAM SYSTEM WIRING PART WIND START ...

Page 22: ... INTERNATIONAL YCAR0100 0230 WIRING DIAGRAM CONNECTION DIAGRAM SYSTEM WIRING ACROSS THE LINE START LD04938 LD04939 LD04940 LD04941 LD04942 LD04943 FIG 13 CONNECTION DIAGRAM SYSTEM WIRING ACROSS THE LINE START ...

Page 23: ...RM 150 52 W1 23 YORK INTERNATIONAL YCAR0100 0230 WIRING DIAGRAM CONNECTION DIAGRAM SYSTEM WIRING ACROSS THE LINE START LD04944 LD04945 LD04946 FIG 14 CONNECTION DIAGRAM SYSTEM WIRING ACROSS THE LINE START ...

Page 24: ...U S Olympic Team 36USC380 P O Box 1592 York Pennsylvania USA 17405 1592 Subject to change without notice Printed in USA Copyright by York International Corporation 1999 ALL RIGHTS RESERVED Form 150 52 W1 1299 Supersedes Nothing ...

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