McQuay M4MC075D Owner'S Manual Download Page 121

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120

8. Sequential Control For Cool Mode
The starting sequence for indoor fan, outdoor fan and compressors is shown as below:

2 seconds

Start

Indoor fan

15 seconds

2 seconds

outdoor fan 1

compressor 1*

15 seconds

2 seconds

outdoor fan 2

compressor 2*

15 seconds

2 seconds

outdoor fan 3

compressor 3*

15 seconds

2 seconds

outdoor fan 4

compressor 4*

* if available and applicable
The compressors will be turned on one by one depending on the on/off conditions shown in the above

9. Sequential control for heat mode
The starting sequence for indoor fan, outdoor fan and compressors is as shown below :

2 seconds

Start

Indoor fan

all 4 way valves

15 seconds

2 seconds

outdoor fan 1

compressor 1*

15 seconds

2 seconds

outdoor fan 2

compressor 2*

15 seconds

2 seconds

outdoor fan 3

compressor 3*

15 seconds

2 seconds

15 seconds

outdoor fan 4

compressor 4*

Heater 1*

Heater 2*

* if available and applicable

The compressors will be turned on one by one depending on the on/off conditions shown in the above.

Troubleshooting

When any air conditioner malfunction is noted, immediately switch off the power supply to the unit and
contact the local dealer, if necessary. Some simple trouble shooting tips are given below :

Trouble

Probable Cause

Suggested Action

1. Fan does not work

1.  No power supply
2.  Fan capacitor faulty
3.  Fan motor faulty
4.  Switch faulty

1.  Check power supply
2.  Contact local dealer
3.  Contact local dealer
4.  Change switch

2. Fan works, but

compressor does
not work

1.  Thermostat setting too high
2.  Dual pressure control trip
3.  Compressor faulty
4.  Compressor contactor faulty

1.  Reset thermostat
2.  Reset Pressure Control
3.  Contact local dealer
4.  Contact local dealer

3. Both fan and

compressor does
not work

1.  Power failure
2.  Starter trip
3.  Fuse blown in power switch or operating

unit

1.  Operate when power supply resume
2.  Reset starter
3.  Check and replace fuse

4. Air-conditioner

works but cooling
not satisfactory

1.  Thermostat setting too high
2.  Doors and/or windows not closed
3.  Condenser coil dirty
4.  Some objects blocking the inlet and/or

outlet of the unit

5. Insufficient refrigerant charge.

1.  Reset thermostat
2.  Close doors and/or windows
3.  Contact local dealer
4.  Remove the object

5. Contact local dealer

Summary of Contents for M4MC075D

Page 1: ...MDB D 2004 Ducted Blower Split Systems Models MDB 075 500D MDB 075 500DR MDB 125 150 D DR MDB 200 500 D DR MMC 075 150 D DR...

Page 2: ...e Installation and maintenance are to be performed only by qualified personnel who are familiar with local codes and regulations and experienced with this type of equipment Caution Sharp edges and coi...

Page 3: ...oosening a few screws Only for model MDB075 100 D DR with additional service panel from bottom M 4 DB 150 D R 2 Refrigerant Circuitry e g 2 2 circuit Omitted if single circuit Model Type R heatpump Om...

Page 4: ...for comfort living Flexibility Of Air Supply MDB125 500 D DR models using belt driven blower such as that the air volume and static required can be adjusted according to the requirement This flexibili...

Page 5: ...defrost cycle Blower Fan And Motor The indoor unit is using metal blower with the forward curved fan blade and secured by the metal housing The outdoor propeller fan is constructed from 6 blade alumi...

Page 6: ...VELOCITY EVAPORATOR BLOWER TYPE DRIVE CENTRIFUGAL DIRECT CENTRIFUGAL BELT DRIVEN BLOWER DIAMETER BLOWER MATERIAL ZINC COATED STEEL QUANTITY 2 1 282 70 11 13 AIR FLOW 1770 3750 EXTERNAL STATIC PRESSUR...

Page 7: ...EXPANSION VALVE REFRIGERANT TYPE TYPE OF GAS PRECHARGED CONTROL DEVICE BRAZING 15 88 5 8 34 92 1 3 8 25 40 1 00 AAF R15 50 8 2 00 3 NET WEIGHT NOISE LEVEL SOUND POWER EVAPORATOR COIL TYPE CROSS FINNED...

Page 8: ...TIC PRESSURE QUANTITY 1 BLOWER DIAMETER 591 82 23 30 EVAPORATOR BLOWER TYPE DRIVE CENTRIFUGAL BELT DRIVEN BLOWER MATERIAL ZINC COATED STEEL CAPACITY STEP 100 75 50 25 0 FACE AREA FACE VELOCITY 117 34...

Page 9: ...NSION VOLUME TOTAL HEATING CAPACITY OUTDOOR 8 3 CDB 6 1 CWB NOMINAL TOTAL POWER COOLING NOMINAL TOTAL POWER HEATING NOMINAL TOTAL CURRENT COOLING NOMINAL TOTAL CURRENT HEATING CASING MATERIAL MODEL IN...

Page 10: ...THICKNESS VOLUME 2 192 NET WEIGHT 175 385 NOISE LEVEL SOUND POWER 79 CROSS FINNED TUBES SEAMLESS COPPER EVAPORATOR COIL TYPE TUBE MATERIAL 0 35 0 013 9 52 3 8 FIN MATERIAL ALUMINIUM 0 127 0 005 ROWS F...

Page 11: ...D NITROGEN HOLDING NUMBER x RATED RUNNING CURRENT MOTOR OUTPUT NUMBER x RATED INPUT 4 EVAPORATOR BLOWER MOTOR SQUIRREL CAGE INDUCTION POWER SUPPLY 415 3 50 TYPE MOTOR PULLEY DIAMETER PULLEY 2 SPZ V BE...

Page 12: ...IT PIPE SIZE FINISHING INSULATION MATERIAL CONTROL DEVICE EVAPORATOR BLOWER 2 REFRIGERANT TYPE OF GAS PRECHARGED TYPE MOTOR POLES 1 100 0 CENTRIFUGAL DIRECT CENTRIFUGAL BELT DRIVEN ZINC COATED STEEL 1...

Page 13: ...NG INSULATION MATERIAL MATERIAL TYPE TUBE FIN ROWS FIN PER INCH FPI DIMENSION MODEL INDOOR UNIT OUTDOOR UNIT MATERIAL TOTAL COOLING CAPACITY NOMINAL TOTAL POWER NOMINAL TOTAL CURRENT CASING INDOOR UNI...

Page 14: ...NSION NET WEIGHT NOISE LEVEL SOUND POWER EVAPORATOR COIL VOLUME CASING MATERIAL FINISHING INSULATION MODEL INDOOR UNIT OUTDOOR UNIT NOMINAL TOTAL POWER TOTAL COOLING CAPACITY INDOOR UNIT ELECTRO GALVA...

Page 15: ...SPZ V BELT SPZ 760 AIR FLOW 10 16 0 40 15 2 0 6 1 SPZ 160 282 70 11 13 394 97 15 55 203 20 8 00 381 00 15 00 BLOWER MATERIAL ZINC COATED STEEL QUANTITY 2 1 EVAPORATOR BLOWER TYPE DRIVE CENTRIFUGAL DI...

Page 16: ...9 52 3 8 PIPE SIZE TYPE 15 88 5 8 34 92 1 3 8 DRAIN PIPE CONNECTION 25 40 1 00 AIR FILTER CONTROL PIPE CONNECTION THERMOSTATIC EXPANSION VALVE BRAZING TYPE TYPE OF GAS PRECHARGED REFRIGERANT R407C NI...

Page 17: ...ED RUNNING CURRENT MOTOR OUTPUT NUMBER x RATED INPUT TYPE MOTOR POLES 117 34 385 ALUMINIUM 3 14 INDOOR UNIT NET WEIGHT NOISE LEVEL SOUND POWER OUTDOOR UNIT MATERIAL FINISHING ELECTRO GALVANISED MILD S...

Page 18: ...CENTRIFUGAL BELT DRIVEN BLOWER MATERIAL ZINC COATED STEEL QUANTITY 2 1 BLOWER DIAMETER 282 70 11 13 SIZE 50 8 2 00 QUANTITY 3 TYPE AIR FILTER AAF R15 PIPE SIZE 15 88 5 8 DRAIN PIPE CONNECTION 25 40 1...

Page 19: ...AL TOTAL COOLING CAPACITY NOMINAL TOTAL POWER NOMINAL TOTAL CURRENT BLOWER DIAMETER BLOWER LENGTH FINISHING INSULATION MATERIAL MATERIAL TYPE TUBE FIN ROWS FIN PER INCH FPI NET WEIGHT NOISE LEVEL SOUN...

Page 20: ...OTAL COOLING CAPACITY CASING MATERIAL FINISHING INSULATION DIMENSION NET WEIGHT NOISE LEVEL SOUND POWER EVAPORATOR COIL TYPE TYPE DRIVE BLOWER MATERIAL QUANTITY CAPACITY STEP FACE AREA FACE VELOCITY E...

Page 21: ...RIVE CENTRIFUGAL DIRECT CENTRIFUGAL BELT DRIVEN BLOWER MATERIAL ZINC COATED STEEL QUANTITY 2 1 BLOWER DIAMETER 282 70 11 13 394 97 15 55 BLOWER LENGTH 203 20 8 00 SIZE 50 8 2 00 QUANTITY 3 TYPE AIR FI...

Page 22: ...AL TOTAL COOLING CAPACITY NOMINAL TOTAL POWER NOMINAL TOTAL CURRENT BLOWER DIAMETER BLOWER LENGTH FINISHING INSULATION MATERIAL MATERIAL TYPE TUBE FIN ROWS FIN PER INCH FPI NET WEIGHT NOISE LEVEL SOUN...

Page 23: ...OTAL COOLING CAPACITY CASING MATERIAL FINISHING INSULATION DIMENSION NET WEIGHT NOISE LEVEL SOUND POWER EVAPORATOR COIL TYPE TYPE DRIVE BLOWER MATERIAL QUANTITY CAPACITY STEP FACE AREA FACE VELOCITY E...

Page 24: ...Y POLYESTER POWDER COATING PE FOAM 10MM THICKNESS 0 35 0 013 9 52 3 8 FIN TYPE DRIVE ALUMINIUM 0 127 0 005 3 14 100 0 FACE VELOCITY CENTRIFUGAL DIRECT CENTRIFUGAL BELT DRIVEN BLOWER MATERIAL ZINC COAT...

Page 25: ...ESTER POWDER COATING INSULATION PE FOAM 10MM THICKNESS DIMENSION 507 19 96 710 27 95 BLOWER DIAMETER BLOWER LENGTH AIR FLOW QUANTITY 2 1 282 70 11 13 394 97 15 55 203 20 8 00 VOLUME NET WEIGHT GROSS W...

Page 26: ...7 907 26 151 24 042 22 637 21 934 21 232 18 0 SC 24 441 23 568 22 788 22 008 21 229 20 293 19 670 19 358 19 046 TC 35 210 33 092 31 200 29 308 27 417 25 147 23 633 22 876 22 120 19 4 SC 23 207 22 557...

Page 27: ...1 38 773 36 683 34 594 26 7 24 0 SC 35 528 32 866 30 489 28 112 25 735 22 883 20 982 20 031 19 081 MODEL MDB150D2 vs MMC075D x 2 Outdoor DB C Indoor DB C Indoor WB C Capacity kW 19 4 25 0 30 0 35 0 40...

Page 28: ...62 278 57 118 51 959 45 767 41 639 39 575 37 511 MODEL MDB400D4 vs MMC100D x 4 Outdoor DB C Indoor DB C Indoor WB C Capacity kW 19 4 25 0 30 0 35 0 40 0 46 0 50 0 52 0 54 0 TC 110 082 104 430 99 384 9...

Page 29: ...e BPF Bypass factor EDB Entering dry bulb temperature C Indoor MDB075D MDB100D MDB125D Outdoor MMC075D MMC100D MMC125D Bypass Factor 0 38 0 42 0 39 Indoor MDB125D2 MDB150D MDB150D2 MDB200D2 Outdoor ML...

Page 30: ...25 046 23 824 22 603 26 7 24 0 SC 25 732 23 358 21 238 19 118 16 999 14 455 12 759 11 912 11 064 MODEL MDB125DR vs MMC125DR Outdoor DB C Indoor DB C Indoor WB C Capacity kW 19 4 25 0 30 0 35 0 40 0 4...

Page 31: ...7 40 407 38 562 36 718 26 7 24 0 SC 36 717 33 741 31 083 28 425 25 768 22 578 20 452 19 389 18 326 MODEL MDB200DR2 vs MMC100DR x 2 Outdoor DB C Indoor DB C Indoor WB C Capacity kW 19 4 25 0 30 0 35 0...

Page 32: ...02 71 358 66 594 64 213 61 831 TC 161 824 149 237 137 998 126 759 115 520 102 034 93 042 88 547 84 051 22 0 SC 103 951 95 664 88 265 80 866 73 468 64 589 58 670 55 711 52 751 TC 177 032 162 910 150 30...

Page 33: ...22 272 21 991 SC 23 208 23 000 22 792 22 584 22 272 21 991 FROST REGION 6 0 TC 31 301 31 223 31 145 31 067 30 329 29 666 SC 31 301 31 223 31 145 31 067 30 329 29 666 12 0 TC 35 716 35 397 35 079 34 7...

Page 34: ...1 SC 35 344 35 027 34 711 34 394 33 919 33 491 FROST REGION 6 0 TC 51 649 50 063 48 478 46 893 47 976 48 950 SC 51 649 50 063 48 478 46 893 47 976 48 950 12 0 TC 60 542 60 002 59 462 58 922 58 112 57...

Page 35: ...354 52 867 52 137 51 479 FROST REGION 6 0 TC 76 852 76 635 76 418 76 202 74 430 72 836 SC 76 852 76 635 76 418 76 202 74 430 72 836 12 0 TC 89 137 88 342 87 547 86 752 85 559 84 486 SC 89 137 88 342...

Page 36: ...59 966 158 527 157 089 154 931 152 989 1 106 SC 161 404 159 966 158 527 157 089 154 931 152 989 1 106 MODEL MDB500DR4 vs MMC125DR x 4 Outdoor Capacity Indoor DB C WB C kW 15 0 17 0 19 0 21 0 24 0 26 7...

Page 37: ...60 21 667 20 774 19 882 18 810 18 TC 30 260 28 496 26 920 25 345 23 769 21 879 SC 19 655 19 405 19 182 18 958 18 735 18 467 19 4 TC 32 042 30 114 28 392 26 671 24 949 22 883 SC 17 833 17 933 18 022 18...

Page 38: ...335 32 416 30 113 18 TC 47 988 45 432 43 149 40 867 38 585 35 846 SC 35 423 34 151 33 015 31 879 30 743 29 380 19 4 TC 49 991 47 406 45 098 42 790 40 482 37 712 SC 33 136 32 273 31 503 30 733 29 963 2...

Page 39: ...18 TC 104 868 96 286 88 624 80 962 73 300 64 105 SC 65 506 64 083 62 811 61 540 60 269 58 743 19 4 TC 112 798 102 817 93 906 84 994 76 083 65 389 SC 59 996 59 617 59 278 58 940 58 602 58 196 20 TC 11...

Page 40: ...575 81 188 79 801 78 137 22 TC 189 794 173 522 158 994 144 465 129 937 112 503 SC 74 339 72 922 71 656 70 390 69 124 67 605 24 TC 207 124 189 561 173 880 158 199 142 517 123 700 SC 63 163 61 881 60 73...

Page 41: ...304 21 431 20 559 19 686 18 638 18 TC 31 068 28 965 27 087 25 209 23 331 21 078 SC 22 387 21 427 20 569 19 712 18 855 17 826 19 4 TC 33 566 31 090 28 880 26 671 24 461 21 809 SC 21 969 21 017 20 167 1...

Page 42: ...300 31 726 29 836 18 TC 50 110 46 683 43 623 40 564 37 504 33 832 SC 35 424 33 935 32 606 31 276 29 947 28 351 19 4 TC 53 824 49 863 46 327 42 790 39 254 35 010 SC 34 123 32 762 31 547 30 332 29 116...

Page 43: ...0 184 18 TC 95 394 90 372 85 888 81 404 76 920 71 539 SC 73 546 70 640 68 045 65 450 62 856 59 742 19 4 TC 98 655 93 751 89 373 84 994 80 616 75 361 SC 70 168 67 930 65 931 63 932 61 934 59 536 20 TC...

Page 44: ...838 86 550 83 806 22 TC 170 712 159 333 149 173 139 013 128 853 116 661 SC 88 846 85 484 82 483 79 482 76 480 72 879 24 TC 183 798 171 146 159 849 148 553 137 256 123 700 SC 81 718 77 557 73 841 70 12...

Page 45: ...07 36 399 38 649 41 123 SC 20 674 23 651 32 107 36 399 38 649 41 123 19 0 TC 20 508 23 437 32 026 36 071 38 301 40 753 SC 20 508 23 437 32 026 36 071 38 301 40 753 21 0 TC 20 343 23 223 31 946 35 744...

Page 46: ...49 54 901 SC 28 054 31 943 44 605 48 693 51 649 54 901 19 0 TC 27 852 31 654 46 042 48 255 51 185 54 407 SC 27 852 31 654 46 042 48 255 51 185 54 407 21 0 TC 27 65 31 365 47 479 47 817 50 72 53 914 SC...

Page 47: ...869 112 503 120 767 129 857 19 0 TC 53 188 65 082 90 897 111 491 119 681 128 689 SC 53 188 65 082 90 897 111 491 119 681 128 689 21 0 TC 52 205 64 488 87 925 110 478 118 594 127 522 SC 52 205 64 488 8...

Page 48: ...90 163 220 174 472 186 849 26 7 TC 83 391 98 207 138 949 161 173 172 284 184 507 SC 83 391 98 207 138 949 161 173 172 284 184 507 FROST REGION Sound Power Level MDB D DR Series Sound Power Level Duct...

Page 49: ...54 9 030 9 724 10 417 11 111 11 943 12 498 12 776 13 053 MODEL MDB125D vs MMC125D Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 9 060 9 928 10 703 11 478 12 253 13 182 13 802 14 112 14 42...

Page 50: ...5 20 624 21 083 21 543 24 13 838 15 140 16 303 17 466 18 629 20 024 20 955 21 420 21 885 MODEL MDB200D2 vs MMC100D x 2 Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 15 620 17 095 18 411 1...

Page 51: ...3 915 47 272 49 511 50 630 51 749 18 32 780 35 996 38 867 41 739 44 610 48 056 50 353 51 502 52 650 19 4 33 204 35 895 38 297 40 700 44 427 48 900 51 882 53 373 54 864 20 33 385 36 683 39 628 42 573 4...

Page 52: ...449 10 175 10 900 11 626 12 497 13 077 13 368 13 658 MODEL MDB125D vs M4MC125D Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 9 330 10 219 11 012 11 806 12 600 13 552 14 187 14 504 14 822...

Page 53: ...237 27 506 28 140 28 774 24 17 935 19 623 21 130 22 637 24 144 25 953 27 159 27 762 28 364 MODEL MDB250D2 vs M4MC125D x 2 Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 20 120 21 935 23 5...

Page 54: ...817 55 365 56 639 57 913 24 36 125 39 525 42 561 45 596 48 632 52 275 54 704 55 918 57 132 MODEL MDB500D4 vs M4MC125D x 4 Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 42 740 46 432 49 7...

Page 55: ...909 9 594 10 278 10 962 11 783 12 331 12 605 12 878 MODEL MDB125DR vs MMC125DR Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 8 709 9 567 10 332 11 098 11 864 12 783 13 395 13 701 14 008 1...

Page 56: ...4 211 25 334 25 896 26 457 24 16 949 18 544 19 968 21 393 22 817 24 526 25 666 26 235 26 805 MODEL MDB250DR2 vs MMC125DR x 2 Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 18 878 20 630 22...

Page 57: ...48 763 51 022 52 151 53 280 24 34 153 37 367 40 237 43 107 45 977 49 421 51 717 52 865 54 013 MODEL MDB500D4 vs MMC125D x 4 Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 40 256 43 823 47...

Page 58: ...832 9 663 10 405 11 147 11 889 12 780 13 373 13 670 13 967 MODEL MDB125DR vs MMC125DR Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 8 846 9 501 10 085 10 669 11 254 11 955 12 422 12 656 1...

Page 59: ...031 14 245 15 329 16 412 17 496 18 796 19 663 20 097 20 530 24 14 137 15 468 16 656 17 844 19 032 20 457 21 408 21 883 22 358 MODEL MDB200DR2 vs MMC100DR x 2 Indoor WB Outdoor DB C C 19 4 25 30 35 40...

Page 60: ...648 43 260 46 396 48 486 49 531 50 576 18 32 791 35 791 38 470 41 149 43 828 47 043 49 186 50 258 51 329 19 4 33 109 36 810 40 115 43 420 45 693 48 420 50 238 51 147 52 056 20 33 245 36 343 39 109 41...

Page 61: ...6 9 449 10 175 10 900 11 626 12 497 13 077 13 368 13 658 MODEL MDB125DR vs M4MC125DR Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 9 330 10 219 11 012 11 806 12 600 13 552 14 187 14 504 1...

Page 62: ...5 26 237 27 506 28 140 28 774 24 17 935 19 623 21 130 22 637 24 144 25 953 27 159 27 762 28 364 MODEL MDB250DR2 vs M4MC125DR x 2 Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 20 120 21 93...

Page 63: ...5 52 817 55 365 56 639 57 913 24 36 125 39 525 42 561 45 596 48 632 52 275 54 704 55 918 57 132 MODEL MDB500DR4 vs M4MC125DR x 4 Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 42 740 46 43...

Page 64: ...70 9 923 10 685 11 447 12 210 13 124 13 734 14 039 14 344 MODEL MDB125DR vs M4MC125DR Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 9 810 10 362 10 855 11 348 11 841 12 432 12 826 13 023...

Page 65: ...5 26 237 27 506 28 140 28 774 24 18 802 20 572 22 152 23 732 25 312 27 208 28 472 29 104 29 736 MODEL MDB250DR2 vs M4MC125DR x 2 Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 21 080 22 22...

Page 66: ...5 52 817 55 365 56 639 57 913 24 36 159 39 562 42 601 45 639 48 678 52 324 54 755 55 970 57 186 MODEL MDB500DR4 vs M4MC125DR x 4 Indoor WB Outdoor DB C C 19 4 25 30 35 40 46 50 52 54 13 9 44 660 47 00...

Page 67: ...conditioner outside the range of working temperature and humidity can result in serious failure Caution Outdoor temp CDB Indoor temp CWB 5 19 35 15 46 24 54 STD HIGH AMBIENT UNIT LOW AMBIENT KIT Outd...

Page 68: ...he motor pulley Db 95 x 1440 850 160 9 mm The nearest pulley size will be a diameter of 160 mm Recheck with Db 160 mm Blower pulley 1440 x 95 160 855 RPM We thus need to change the blower pulley from...

Page 69: ...6 N A 250 N A 280 Pulley Centre Distance C Motor kW Motor RPM 50 Hz 60 Hz 50 Hz 60 Hz 50 Hz 60 Hz Horizontal Vertical Horizontal Vertical Model mm mm mm mm MDB125D DR 180 180 1 5 1 5 1425 1730 MDB150D...

Page 70: ...0 80 0 80 0 80 1 00 mm 15 24 15 24 15 24 20 32 20 32 20 32 25 40 Pa 150 150 150 200 200 200 250 MOTOR AND BLOWER DESIGN SPECIFICATIONS FOR 60Hz MODELS NO DESCRIPTION UNIT MDB125D DR MDB150D DR1 2 MDB...

Page 71: ...70 Blower Performance Curves BLOWER PERFORMANCE CURVE MDB 075D...

Page 72: ...71 BLOWER PERFORMANCE CURVE MDB 100D...

Page 73: ...72 BLOWER PERFORMANCE CURVE MDB 125D...

Page 74: ...73 BLOWER PERFORMANCE CURVE MDB 150D...

Page 75: ...74 BLOWER PERFORMANCE CURVE MDB 200D...

Page 76: ...75 BLOWER PERFORMANCE CURVE MDB 250D L s 70 65 60...

Page 77: ...76 BLOWER PERFORMANCE CURVE MDB 300D...

Page 78: ...77 BLOWER PERFORMANCE CURVE MDB 400D...

Page 79: ...78 BLOWER PERFORMANCE CURVE MDB 500D...

Page 80: ...79 BLOWER PERFORMANCE CURVE MDB 075D DR VERY HIGH STATIC...

Page 81: ...80 BLOWER PERFORMANCE CURVE MDB 100D DR VERY HIGH STATIC...

Page 82: ...81 BLOWER PERFORMANCE CURVE MDB 125D DR VERY HIGH STATIC...

Page 83: ...82 BLOWER PERFORMANCE CURVE MDB 150D DR VERY HIGH STATIC...

Page 84: ...ions Indoor MODEL MDB 075D DR MODEL MDB 100D DR NOTE 1 WITH TORIN BLOWER 2 WITH U1 4 CCT SLM EC CONTROLLER 3 FOR LOCAL AND EXPORT SPEC NOTE 1 WITH TORIN BLOWER 2 WITH U1 4 CCT SLM EC CONTROLLER 3 FOR...

Page 85: ...DEL MDB 125D DR MODEL MDB 125D2 DR2 NOTE 1 WITH TORIN BLOWER 2 WITH U1 125 SLM EC CONTROLLER 3 FOR LOCAL AND EXPORT SPEC NOTE 1 WITH TORIN BLOWER 2 WITH U1 125 SLM EC CONTROLLER 3 FOR LOCAL AND EXPORT...

Page 86: ...ODEL MDB 150D DR MODEL MDB 150D2 DR2 NOTE 1 WITH TORIN BLOWER 2 WITH U1 125 SLM EC CONTROLLER 3 FOR LOCAL AND EXPORT SPEC NOTE 1 WITH TORIN BLOWER 2 WITH SEQUENTIAL CONTROLLER 3 FOR LOCAL AND EXPORT S...

Page 87: ...86 MODEL MDB 200D2 DR2 MODEL MDB 250D2 DR2 NOTE 1 WITH SEQUENTIAL CONTROLLER 2 VERTICAL DISCHARGE NOTE 1 WITH SEQUENTIAL CONTROLLER 2 VERTICAL AIR DISCHARGE...

Page 88: ...87 MODEL MDB 300D2 DR2 MODEL MDB 400D4 DR4 NOTE 1 WITH SEQUENTIAL CONTROLLER 2 VERTICAL AIR DISCHARGE NOTE 1 WITH SEQUENTIAL CONTROLLER 2 VERTICAL AIR DISCHARGE...

Page 89: ...88 MODEL MDB 500D4 DR4 NOTE 1 WITH SEQUENTIAL CONTROLLER 2 VERTICAL AIR DISCHARGE...

Page 90: ...89 Outlines And Dimensions Outdoor MODEL MMC 075 100D DR MODEL MDB 125D DR...

Page 91: ...90 MODEL MMC 150D DR OUTDOOR UNIT WITH BALL VALVE MODEL MMC 075D...

Page 92: ...91 MODEL MMC 100D MODEL MMC 125D...

Page 93: ...92 MODEL MMC 150D...

Page 94: ...93 Wiring Diagrams Cooling COOLING UNIT MODEL MDB 075D vs MMC 075D WITH U1 4 MAINBOARD AND SLM3 HANDSET MODEL MDB 100D vs MMC 100D WITH U1 4 MAINBOARD AND SLM3 HANDSET...

Page 95: ...94 MODEL MDB 125D vs MMC 125D WITH U1 125 MAINBOARD AND SLM3 HANDSET MODEL MDB 150D vs MMC 150D WITH U1 125 MAINBOARD AND SLM3 HANDSET...

Page 96: ...95 MODEL MDB 150D2 vs MMC 075D x 2 MDB 200D2 vs MMC 100D x 2 MDB 250D2 vs MMC 125D x 2 MODEL MDB 300D2 vs MMC 150D x 2 WITH SEQUENTIAL CONTROLLER WITH SEQUENTIAL CONTROLLER...

Page 97: ...96 MODEL MDB 400D4 vs MMC 100D x 4 MDB 500D4 vs MMC 125D x 4 WITH SEQUENTIAL CONTROLLER...

Page 98: ...97 Wiring Diagrams Heatpump MODEL MDB 075DR vs MMC 075DR WITH U1 4 SLM3 HANDSET MODEL MDB 100DR vs MMC 100DR WITH U1 4 SLM3 HANDSET...

Page 99: ...98 MODEL MDB 125DR vs MMC 125DR WITH U1 125 SLM3 HANDSET MODEL MDB 150DR vs MMC 150DR WITH U1 125 SLM3 HANDSET...

Page 100: ...99 MODEL MDB 150DR2 vs MMC 075DR x 2 MDB 200DR2 vs MMC 100DR x 2 MDB 250DR2 vs MMC 125DR x 2 MODEL MDB 300DR2 vs MMC 150DR x 2 WITH SEQUENTIAL CONTROLLER WITH SEQUENTIAL CONTROLLER...

Page 101: ...100 MODEL MDB 400DR4 vs MMC 100DR x 4 MDB 500DR4 vs MMC 125DR x 4 WITH SEQUENTIAL CONTROLLER...

Page 102: ...101 Refrigerant Circuit Diagram MODEL MMC 075D 100D 125D 150D...

Page 103: ...102 MODEL MLC 061C...

Page 104: ...103 MODEL MMC 075DR 100DR 125DR 150DR R22 M4MC 75DR 100DR 125DR 150DR R407C...

Page 105: ...d coils until ready to connect suction or liquid line into fittings OPERATIONAL CHECK After all electrical wiring is completed and the system is charged with refrigerant make sure unit is operating pr...

Page 106: ...into or out of the unit Remove obstacle which block air intake or discharge c The location must be well ventilated so that the unit can draw and distribute plenty of air thus lowering the condensing t...

Page 107: ...turn is retarded affecting the compressor efficiency adversely Always choose the shortest piping path and follow the recommendations as shown below Model Max Elevation m ft Max Length M ft Max Total L...

Page 108: ...ia standard servicing valves and pressure gauges gauge manifold Vacuum the air conditioner system to at least 500 microns Hg CHARGING Before charging the vacuum must be held at 500 microns Hg for at l...

Page 109: ...sors Failure may occur in the first few hours or the damage done during field charging may show up some time later Other typical field charging problems include undercharging overcharging moisture or...

Page 110: ...he compressor suction Suction and discharge pressures must be monitored carefully during the charging process CHARGE LIMITS Copeland Scroll compressors have the different charge limits for different c...

Page 111: ...undamental procedure is the same as for single phase models but the compressor can run in the wrong direction on starting If this happens reverse any two phases and start again Short term reverse rota...

Page 112: ...8 11 9 MDB 150DR2 MMC 75DR x 2 1 2 1 1 8 7 0 x2 MDB 200DR2 MMC 100DR x 2 5 8 1 3 8 9 5 x2 MDB 250DR2 MMC 125DR x 2 5 8 1 1 4 11 5 x2 MDB 300DR2 MMC 150DR x 2 5 8 1 3 8 11 9 x2 MDB 400DR4 MMC 100DR x...

Page 113: ...R407C system too long to moist air 4 Check List Before Installation Servicing Tubing Refrigerant R407C is more easily affected by dust of moisture compared with R22 make sure to temporarily cover the...

Page 114: ...R407C in vapour phase is different from liquid phase f Normally the R407C cylinder or can is being equipped with a dip pipe for liquid withdrawal However if the dip pipe is not available invert the cy...

Page 115: ...nto the refrigeration cycle when performing a leakage test or an airtight test These types of gases are extremely dangerous because explosion can occur It is recommended that nitrogen or refrigerant b...

Page 116: ...er current protection should be provided in the exclusive line The unit must be GROUNDED to prevent possible hazard due to insulation failures Every wiring must be firmly connected Every wiring should...

Page 117: ...ode Press the MODE key to select the type of operating mode Consecutive press of the key switches the operation over COOL HEAT AUTO and FAN 2 3 SAVE Mode Press the SAVE key to select the energy saving...

Page 118: ...any part is missing contact your dealer immediately 1 Remote controller 2 Wooden screw 4 1 x 16 2 pieces 3 Instruction manual 4 2 Step by step guide i First open up the casing of the LCD remote contro...

Page 119: ...Remove jumper at JH JP1 will cancel the auto random restart function Please refer to wiring diagram for the location of the JH JP1 SEQUENTIAL CONTROLLER SPECIFICATIONS The controller can be configured...

Page 120: ...1 0 C The default differential temperature is base on number of compressor model the setting is as below Model Diff Temperature 1 compressor Not applicable 2 compressor 1 5 C 3 compressor 1 0 C 4 com...

Page 121: ...bleshooting When any air conditioner malfunction is noted immediately switch off the power supply to the unit and contact the local dealer if necessary Some simple trouble shooting tips are given belo...

Page 122: ...tage Check The Power Supply To The Motor Repair When Necessary Faulty Fan Motor Defective Operation Switch Change The Contactor Repair The Contacts Repair Or Change The Motor Repair Or Replace The Swi...

Page 123: ...e Switch If Required Repair or Change If Necessary Get The Right Voltage Check The Power Line To The Compressor Repair When Necessary High Suction Pressure High Discharge Pressure or Low Suction Press...

Page 124: ...The Restriction Adjust The Fan Speed Remove Obstacles To Air Circulation Repair Or Replace If Necessary Restricted Low Low Refrigerant Charge Add Refrigerant See Low Discharge Pressure Remove The Res...

Page 125: ...8 MOTOR 25 NUT WELD M5 9 CAPACITOR 6 uF 440V 26 SCREW WOOD 10 CLAMP CAPACITOR 27 WASHER PLAIN 11 SUPPORT BLOWER BRACKET 28 WASHER PLAIN 12 ASSY DRAIN PAN INS 29 WASHER SPRING 13 ASSY COIL TUBING 30 W...

Page 126: ...R 25 NUT WELD M5 9 CAPACITOR 7 5 uF 440V 26 SCREW WOOD 10 CLAMP CAPACITOR 27 WASHER PLAIN 11 SUPPORT BLOWER BRACKET 28 WASHER PLAIN 12 ASSY DRAIN PAN INS 29 WASHER SPRING 13 ASSY COIL TUBING 30 WASHER...

Page 127: ...x 16 0 8 PULLEY MOTOR 27 SCREW TRUSS HEAD PHILIP 9 PULLEY BLOWER 28 SCREW WOOD 10 V BELT 29 NUT WELD M5 11 RUBBER SHEET 30 BOLT HEXAGON M8 x 20 0 12 ASSY DRAIN PAN INS 31 BOLT HEXAGON M8 x 30 0 13 AS...

Page 128: ...PHILIP M5 x 16 0 9 PULLEY BLOWER 28 SCREW WOOD 10 V BELT 29 NUT WELD M5 11 RUBBER SHEET 30 BOLT HEXAGON M8 x 20 0 12 ASSY DRAIN PAN INS 31 BOLT HEXAGON M8 x 30 0 13 ASSY COIL TUBING 32 BOLT HEXAGON 1...

Page 129: ...LIP M5 x 16 0 9 PULLEY BLOWER 28 SCREW WOOD 10 V BELT 29 NUT WELD M5 11 RUBBER SHEET 30 BOLT HEXAGON M8 x 20 0 12 ASSY DRAIN PAN INS 31 BOLT HEXAGON M8 x 30 0 13 ASSY COIL TUBING 32 BOLT HEXAGON 1 2 1...

Page 130: ...4 8 PULLEY MOTOR 27 SCREW TRUSS HEAD PHILIP M5 x 16 0 9 PULLEY BLOWER 28 SCREW WOOD 10 V BELT 29 NUT WELD M5 11 RUBBER SHEET 30 BOLT HEXAGON M8 x 20 0 12 ASSY DRAIN PAN INS 31 BOLT HEXAGON M8 x 30 0 1...

Page 131: ...4 8 PULLEY MOTOR 27 SCREW TRUSS HEAD PHILIP M5 x 16 0 9 PULLEY BLOWER 28 SCREW WOOD 10 V BELT 29 NUT WELD M5 11 RUBBER SHEET 30 BOLT HEXAGON M8 x 20 0 12 ASSY DRAIN PAN INS 31 BOLT HEXAGON M8 x 30 0 1...

Page 132: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 133: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 134: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 135: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 136: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 137: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 138: ...OTOR 31 NUT WELD 10 V BELT 32 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 33 BOLT HEXAGON 12 ASSY DRAIN PAN INS 34 WASHER PLAIN 13 ASSY COIL LEFT LOWER 35 WASHER SPRING 14 ASSY COIL LEFT UPPER 36 NUT HE...

Page 139: ...OTOR 31 NUT WELD 10 V BELT 32 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 33 BOLT HEXAGON 12 ASSY DRAIN PAN INS 34 WASHER PLAIN 13 ASSY COIL LEFT LOWER 35 WASHER SPRING 14 ASSY COIL LEFT UPPER 36 NUT HE...

Page 140: ...D PHILIP 9 PULLEY MOTOR 30 SCREW TRUSS HEAD PHILIP 10 V BELT 31 NUT WELD 11 ASSY FAN MOTOR HARNESS WIRE 32 SCREW WOOD 12 ASSY DRAIN PAN INS 33 BOLT HEXAGON 13 ASSY COIL LEFT LOWER 34 WASHER PLAIN 14 A...

Page 141: ...D PHILIP 9 PULLEY MOTOR 30 SCREW TRUSS HEAD PHILIP 10 V BELT 31 NUT WELD 11 ASSY FAN MOTOR HARNESS WIRE 32 SCREW WOOD 12 ASSY DRAIN PAN INS 33 BOLT HEXAGON 13 ASSY COIL LEFT LOWER 34 WASHER PLAIN 14 A...

Page 142: ...TOR 25 NUT WELD M5 9 CAPACITOR 6 uF 440V 26 SCREW WOOD 10 CLAMP CAPACITOR 27 WASHER PLAIN 11 SUPPORT BLOWER BRACKET 28 WASHER PLAIN 12 ASSY DRAIN PAN INS 29 WASHER SPRING 13 ASSY COIL TUBING 30 WASHER...

Page 143: ...OR 25 NUT WELD M5 9 CAPACITOR 7 5 uF 440V 26 SCREW WOOD 10 CLAMP CAPACITOR 27 WASHER PLAIN 11 SUPPORT BLOWER BRACKET 28 WASHER PLAIN 12 ASSY DRAIN PAN INS 29 WASHER SPRING 13 ASSY COIL TUBING 30 WASHE...

Page 144: ...x 16 0 8 PULLEY MOTOR 27 SCREW TRUSS HEAD PHILIP 9 PULLEY BLOWER 28 SCREW WOOD 10 V BELT 29 NUT WELD M5 11 RUBBER SHEET 30 BOLT HEXAGON M8 x 20 0 12 ASSY DRAIN PAN INS 31 BOLT HEXAGON M8 x 30 0 13 AS...

Page 145: ...PHILIP M5 x 16 0 9 PULLEY BLOWER 28 SCREW WOOD 10 V BELT 29 NUT WELD M5 11 RUBBER SHEET 30 BOLT HEXAGON M8 x 20 0 12 ASSY DRAIN PAN INS 31 BOLT HEXAGON M8 x 30 0 13 ASSY COIL TUBING 32 BOLT HEXAGON 1...

Page 146: ...LIP M5 x 16 0 9 PULLEY BLOWER 28 SCREW WOOD 10 V BELT 29 NUT WELD M5 11 RUBBER SHEET 30 BOLT HEXAGON M8 x 20 0 12 ASSY DRAIN PAN INS 31 BOLT HEXAGON M8 x 30 0 13 ASSY COIL TUBING 32 BOLT HEXAGON 1 2 1...

Page 147: ...4 8 PULLEY MOTOR 27 SCREW TRUSS HEAD PHILIP M5 x 16 0 9 PULLEY BLOWER 28 SCREW WOOD 10 V BELT 29 NUT WELD M5 11 RUBBER SHEET 30 BOLT HEXAGON M8 x 20 0 12 ASSY DRAIN PAN INS 31 BOLT HEXAGON M8 x 30 0 1...

Page 148: ...4 8 PULLEY MOTOR 27 SCREW TRUSS HEAD PHILIP M5 x 16 0 9 PULLEY BLOWER 28 SCREW WOOD 10 V BELT 29 NUT WELD M5 11 RUBBER SHEET 30 BOLT HEXAGON M8 x 20 0 12 ASSY DRAIN PAN INS 31 BOLT HEXAGON M8 x 30 0...

Page 149: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 150: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 151: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 152: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 153: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 154: ...TRUSS HEAD PHILIP 8 MOTOR 28 SCREW TRUSS HEAD PHILIP 9 PULLEY MOTOR 29 NUT WELD 10 V BELT 30 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 31 BOLT HEXAGON 12 ASSY DRAIN PAN INS 32 BOLT HEXAGON 13 ASSY COI...

Page 155: ...MOTOR 31 NUT WELD 10 V BELT 32 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 33 BOLT HEXAGON 12 ASSY DRAIN PAN INS 34 WASHER PLAIN 13 ASSY COIL LEFT LOWER 35 WASHER SPRING 14 ASSY COIL LEFT UPPER 36 NUT H...

Page 156: ...MOTOR 31 NUT WELD 10 V BELT 32 SCREW WOOD 11 ASSY FAN MOTOR HARNESS WIRE 33 BOLT HEXAGON 12 ASSY DRAIN PAN INS 34 WASHER PLAIN 13 ASSY COIL LEFT LOWER 35 WASHER SPRING 14 ASSY COIL LEFT UPPER 36 NUT H...

Page 157: ...AD PHILIP 9 PULLEY MOTOR 30 SCREW TRUSS HEAD PHILIP 10 V BELT 31 NUT WELD 11 ASSY FAN MOTOR HARNESS WIRE 32 SCREW WOOD 12 ASSY DRAIN PAN INS 33 BOLT HEXAGON 13 ASSY COIL LEFT LOWER 34 WASHER PLAIN 14...

Page 158: ...AD PHILIP 9 PULLEY MOTOR 30 SCREW TRUSS HEAD PHILIP 10 V BELT 31 NUT WELD 11 ASSY FAN MOTOR HARNESS WIRE 32 SCREW WOOD 12 ASSY DRAIN PAN INS 33 BOLT HEXAGON 13 ASSY COIL LEFT LOWER 34 WASHER PLAIN 14...

Page 159: ...9 SCREW TRUSS HEAD PHILIP 10 ASSY STRUCTURE BACK LEFT 30 SCREW WOOD 11 ASSY STRUCTURE BACK RIGHT 31 BOLT HEXAGON 12 ASSY UNIT TUBING 32 WASHER PLAIN 13 CLAMP LIQUID TUBE 1 2 33 WASHER SPRING 14 CLAMP...

Page 160: ...9 SCREW TRUSS HEAD PHILIP 10 ASSY STRUCTURE BACK LEFT 30 SCREW WOOD 11 ASSY STRUCTURE BACK RIGHT 31 BOLT HEXAGON 12 ASSY UNIT TUBING 32 WASHER PLAIN 13 CLAMP LIQUID TUBE 5 8 33 WASHER SPRING 14 CLAMP...

Page 161: ...9 SCREW TRUSS HEAD PHILIP 10 ASSY STRUCTURE BACK LEFT 30 SCREW WOOD 11 ASSY STRUCTURE BACK RIGHT 31 BOLT HEXAGON 12 ASSY UNIT TUBING 32 WASHER PLAIN 13 CLAMP LIQUID TUBE 5 8 33 WASHER SPRING 14 CLAMP...

Page 162: ...9 SCREW TRUSS HEAD PHILIP 10 ASSY STRUCTURE BACK LEFT 30 SCREW WOOD 11 ASSY STRUCTURE BACK RIGHT 31 BOLT HEXAGON 12 ASSY UNIT TUBING 32 WASHER PLAIN 13 CLAMP LIQUID TUBE 5 8 33 WASHER SPRING 14 CLAMP...

Page 163: ...STRUCTURE FRONT LEFT 27 SCREW TRUSS HEAD PHILIP 9 ASSY STRUCTURE FRONT RIGHT 28 SCREW WOOD 10 BALL VALVE 1 1 8 29 BOLT HEXAGON 11 BALL VALVE 1 2 30 WASHER PLAIN 12 TUBE GAS VALVE 31 WASHER SPRING 13...

Page 164: ...STRUCTURE FRONT LEFT 27 SCREW TRUSS HEAD PHILIP 9 ASSY STRUCTURE FRONT RIGHT 28 SCREW WOOD 10 BALL VALVE 1 3 8 29 BOLT HEXAGON 11 BALL VALVE 5 8 30 WASHER PLAIN 12 TUBE GAS VALVE 31 WASHER SPRING 13...

Page 165: ...STRUCTURE FRONT LEFT 27 SCREW TRUSS HEAD PHILIP 9 ASSY STRUCTURE FRONT RIGHT 28 SCREW WOOD 10 BALL VALVE 1 3 8 29 BOLT HEXAGON 11 BALL VALVE 5 8 30 WASHER PLAIN 12 TUBE GAS VALVE 31 WASHER SPRING 13...

Page 166: ...STRUCTURE FRONT LEFT 27 SCREW TRUSS HEAD PHILIP 9 ASSY STRUCTURE FRONT RIGHT 28 SCREW WOOD 10 BALL VALVE 1 5 8 29 BOLT HEXAGON 11 BALL VALVE 5 8 30 WASHER PLAIN 12 TUBE GAS VALVE 31 WASHER SPRING 13...

Page 167: ...27 SCREW TRUSS HEAD PHILIP 9 ASSY STRUCTURE FRONT LEFT 28 SCREW TRUSS HEAD PHILIP 10 ASSY STRUCTURE FRONT RIGHT 29 SCREW WOOD 11 BALL VALVE 1 1 8 30 BOLT HEXAGON 12 BALL VALVE 31 WASHER PLAIN 13 TUBE...

Page 168: ...7 SCREW TRUSS HEAD PHILIP 9 ASSY STRUCTURE FRONT LEFT 28 SCREW TRUSS HEAD PHILIP 10 ASSY STRUCTURE FRONT RIGHT 29 SCREW WOOD 11 BALL VALVE 1 3 8 30 BOLT HEXAGON 12 BALL VALVE 5 8 31 WASHER PLAIN 13 TU...

Page 169: ...7 SCREW TRUSS HEAD PHILIP 9 ASSY STRUCTURE FRONT LEFT 28 SCREW TRUSS HEAD PHILIP 10 ASSY STRUCTURE FRONT RIGHT 29 SCREW WOOD 11 BALL VALVE 1 3 8 30 BOLT HEXAGON 12 BALL VALVE 5 8 31 WASHER PLAIN 13 TU...

Page 170: ...7 SCREW TRUSS HEAD PHILIP 9 ASSY STRUCTURE FRONT LEFT 28 SCREW TRUSS HEAD PHILIP 10 ASSY STRUCTURE FRONT RIGHT 29 SCREW WOOD 11 BALL VALVE 1 5 8 30 BOLT HEXAGON 12 BALL VALVE 5 8 31 WASHER PLAIN 13 TU...

Page 171: ...FRONT 3 ASSY COIL 10 PANEL SIDE LEFT 4 ASSY TUBING 11 ASSY TERMINAL BOARD MAIN 5 ASSY PANEL PARTITION 12 PANEL BACK RIGHT 6 ASSY VALVE PLATE 13 PANEL TOP 7 ASSY BRACKET MOTOR NOTE 1 WITH COPELAND SCR...

Page 172: ...FRONT 3 ASSY COIL 10 PANEL SIDE LEFT 4 ASSY TUBING 11 ASSY TERMINAL BOARD MAIN 5 ASSY PANEL PARTITION 12 PANEL BACK RIGHT 6 ASSY VALVE PLATE 13 PANEL TOP 7 ASSY BRACKET MOTOR NOTE 1 WITH COPELAND SCR...

Page 173: ...HILIP 9 ASSY O D COIL RIGHT MAIN 29 SCREW TRUSS HEAD PHILIP 10 STRUCTURE COIL 30 SCREW TRUSS HEAD PHILIP 11 ASSY STRUCTURE BACK LEFT 31 SCREW WOOD 12 ASSY STRUCTURE BACK RIGHT 32 BOLT HEXAGON 13 ASSY...

Page 174: ...HILIP 9 ASSY O D COIL RIGHT MAIN 29 SCREW TRUSS HEAD PHILIP 10 STRUCTURE COIL 30 SCREW TRUSS HEAD PHILIP 11 ASSY STRUCTURE BACK LEFT 31 SCREW WOOD 12 ASSY STRUCTURE BACK RIGHT 32 BOLT HEXAGON 13 ASSY...

Page 175: ...HILIP 9 ASSY O D COIL RIGHT MAIN 29 SCREW TRUSS HEAD PHILIP 10 STRUCTURE COIL 30 SCREW TRUSS HEAD PHILIP 11 ASSY STRUCTURE BACK LEFT 31 SCREW WOOD 12 ASSY STRUCTURE BACK RIGHT 32 BOLT HEXAGON 13 ASSY...

Page 176: ...HILIP 9 ASSY O D COIL RIGHT MAIN 29 SCREW TRUSS HEAD PHILIP 10 STRUCTURE COIL 30 SCREW TRUSS HEAD PHILIP 11 ASSY STRUCTURE BACK LEFT 31 SCREW WOOD 12 ASSY STRUCTURE BACK RIGHT 32 BOLT HEXAGON 13 ASSY...

Page 177: ...2004 McQuay International 1 800 432 1342 www mcquay com ISO 9002 REGISTERED...

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