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Bryant 558D, User Manual

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AIR DELIVERY — 558D036-150 VERTICAL DISCHARGE UNITS (cont)

558D060 (5 TON)

Airflow

(Cfm)

Standard Direct-Drive Motor

Low Speed

Medium Speed

High Speed

208 v

230, 460, 575 v

208 v

230, 460, 575 v

208 v

230, 460, 575 v

ESP

Bhp

Watts

ESP

Bhp

Watts

ESP

Bhp

Watts

ESP

Bhp

Watts

ESP

Bhp

Watts

ESP

Bhp

Watts

1500

0.88

0.67

750

1.20

0.71

791

1.19

0.70

782

1.36

0.76

845

1.38

0.79

875

1.44

0.85

949

1600

0.68

0.70

780

1.04

0.74

824

1.04

0.74

821

1.22

0.79

883

1.25

0.82

913

1.33

0.89

988

1700

0.51

0.73

810

0.89

0.77

857

0.89

0.77

861

1.09

0.83

921

1.13

0.85

950

1.22

0.92

1027

1800

0.35

0.75

839

0.73

0.80

891

0.74

0.81

900

0.96

0.86

959

1.00

0.89

988

1.11

0.96

1066

1900

0.26

0.78

873

0.58

0.83

924

0.59

0.84

940

0.86

0.90

997

0.88

0.92

1025

1.00

0.99

1105

2000

0.18

0.81

905

0.42

0.86

957

0.44

0.88

979

0.73

0.93

1035

0.78

0.95

1063

0.92

1.03

1144

2100

0.08

0.84

940

0.27

0.89

990

0.29

0.91

1018

0.59

0.96

1073

0.63

0.99

1101

0.81

1.06

1183

2200

—

—

—

0.19

0.92

1023

0.19

0.93

1035

0.46

1.00

1111

0.49

1.02

1138

0.69

1.10

1222

2300

—

—

—

0.11

0.95

1056

0.11

0.97

1076

0.34

1.03

1149

0.41

1.06

1176

0.59

1.13

1261

2400

—

—

—

0.03

0.98

1096

0.04

1.00

1113

0.19

1.07

1187

0.22

1.09

1213

0.43

1.17

1300

2500

—

—

—

—

—

—

—

—

—

0.09

1.10

1225

0.12

1.12

1251

0.34

1.20

1340

LEGEND

Bhp

— Brake Horsepower Input to Fan

ESP

— External Static Pressure (in. wg)

FIOP

— Factory-Installed Option

Watts — Input Watts to Motor

NOTES:
1. Values include losses for filters, unit casing, and wet coils. See

page 47 for accessory/FIOP static pressure information.

2. Extensive motor and electrical testing on these units ensures that the

full range of the motor can be utilized with confidence. Using

your fan motors up to the wattage ratings shown will not result in nui-
sance tripping or premature motor failure. Unit warranty will not be
affected. For additional information on motor performance, refer to
Evaporator-Fan Motor Performance table on page 62.

3. Use of a field-supplied motor may affect wire sizing. Contact your lo-

cal representative for details.

4. Minimum allowable cfm is 300 cfm/ton.

558D060 (5 TON)

Airflow

(Cfm)

Alternate Belt-Drive Motor

External Static Pressure (in. wg)

0.1

0.2

0.4

0.6

0.8

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

1500

730

0.34

347

789

0.40

409

896

0.53

542

990

0.67

685

1072

0.83

848

1600

770

0.40

409

826

0.46

470

931

0.61

623

1020

0.75

766

1101

0.91

930

1700

811

0.47

480

865

0.54

552

966

0.69

705

1051

0.84

858

1133

1.01

1032

1800

852

0.55

562

905

0.62

634

1002

0.78

797

1084

0.93

950

1163

1.10

1124

1900

894

0.54

552

945

0.72

736

1037

0.88

899

1119

1.04

1063

1194

1.21

1237

2000

936

0.74

756

984

0.82

838

1072

0.98

1001

1154

1.16

1185

1226

1.33

1359

2100

978

0.85

869

1024

0.93

950

1108

1.10

1124

1192

1.29

1318

1259

1.47

1502

2200

1021

0.97

991

1064

1.05

1073

1145

1.22

1247

1225

1.43

1461

1294

1.62

1656

2300

1064

1.10

1124

1104

1.18

1206

1183

1.36

1390

1260

1.57

1604

1330

1.78

1819

2400

1107

1.24

1267

1145

1.32

1349

1222

1.45

1482

1296

1.73

1768

1365

1.94

1983

2500

1150

1.39

1420

1186

1.48

1512

1262

1.68

1717

1331

1.80

1921

1400

2.12

2166

558D060 (5 TON) (cont)

Airflow

(Cfm)

Alternate Belt-Drive Motor

External Static Pressure (in. wg)

1.0

1.2

1.4

1.6

1.8

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

1500

1153

1.00

1022

1221

1.17

1196

1256

1.30

1328

1280

1.32

1349

1320

1.22

1400

1600

1178

1.09

1114

1252

1.27

1298

1311

1.45

1482

1340

1.58

1615

1380

1.61

1645

1700

1205

1.18

1206

1278

1.37

1400

1345

1.57

1604

1397

1.76

1799

1424

1.89

1931

1800

1235

1.29

1318

1303

1.48

1512

1371

1.69

1727

1433

1.90

1942

1480

2.09

2136

1900

1266

1.40

1431

1330

1.59

1625

1396

1.80

1850

1460

2.03

2074

1517

2.25

2299

2000

1297

1.53

1564

1362

1.73

1768

1422

1.94

1983

1485

2.16

2207

1544

2.40

2453

2100

1327

1.66

1696

1393

1.80

1911

1452

2.08

2126

1510

2.31

2361

1569

2.55

2606

2200

1359

1.80

1850

1423

2.02

2064

1483

2.24

2289

1538

2.46

2514

1595

2.71

2769

2300

1392

1.97

2013

1454

2.18

2228

1515

2.41

2463

1569

2.64

2698

1622

2.88

2943

2400

1426

2.15

2197

1485

2.36

2412

1544

2.59

2647

1601

2.84

2902

1652

3.07

3137

2500

1461

2.34

2391

1518

2.55

2606

1575

2.78

2841

1631

3.03

3096

1684

3.28

3352

LEGEND

Bhp

— Brake Horsepower Input to Fan

FIOP

— Factory-Installed Option

Watts — Input Watts to Motor

NOTES:
1. Boldface indicates a field-supplied drive is required. (See Note 7.)

2.

indicates field-supplied motor and drive are required.

3.

indicates maximum usable bhp/watts.

4. Maximum usable watts input is 1921 and maximum continuous bhp

is 1.80. Extensive motor and electrical testing on these units ensures
that the full range of the motor can be utilized with confidence. Using

your fan motors up to the wattage ratings shown will not result in nui-
sance tripping or premature motor failure. Unit warranty will not be
affected. For additional information on motor performance, refer to
Evaporator-Fan Motor Performance table on page 62.

5. Values include losses for filters, unit casing, and wet coils. See

page 47 for accessory/FIOP static pressure information.

6. Use of a field-supplied motor may affect wire sizing. Contact your lo-

cal representative for details.

7. Motor drive range: 900 to 1300 rpm. All other rpms require field-

supplied drive.

8. Interpolation is permissible. Do not extrapolate.
9. Minimum allowable cfm is 300 cfm/ton.

28

Summary of Contents for 558D

Page 1: ...ation and Air Conditioning Engineers STANDARD FEATURES EFFICIENT DESIGN means cooling energy savings Standard units have EERs energy efficiency ratios of up to 9 2 and SEERs Seasonal Energy Efficiency Ratios of up to 10 0 036 060 units only THE FACTORY ASSEMBLED PACKAGE 036 150 Units is a compact fully self contained electric cooling unit that is pre wired prepiped and precharged for minimum insta...

Page 2: ...ide cooling If the economizer alone cannot provide enough cooling then si multaneous economizer and compressor operation will provide the most economical operation SUGGESTED USE To allow a fixed percentage of outdoor air any time the evapo rator fan is on or operates in economizer mode if outdoor air can provide cooling but closes when the evaporator fan is off to prevent cold backdrafts and waste...

Page 3: ... easy installation SUGGESTED USE To allow a fixed percentage of outdoor air for ventilation under all conditions The damper may be used on either vertical or horizontal applications Two Position Dampers Package consists of a low leak damper assembly and a panel with a hole in it for easy instal lation 036 150 units The damper will allow either 0 or 25 or 100 depending on accessory package outdoor ...

Page 4: ...changeover fan control and in dicator light SUGGESTED USE To control unit operations Barometric Relief Package 180 300 Units This package is useful when it is necessary to remove excess pressure from the conditioned space NOTE Optional economizer is required with this accessory SUGGESTED USE When the job requires the ability to relieve internal building pressure using 180 300 units Power Exhaust 1...

Page 5: ...25 5 8 7 8 80 9 5 559F300 25 7200 268 000 31 2 8 6 8 40 9 5 LEGEND Bels Sound Levels 1 bel 10 decibels EER Energy Efficiency Ratio IPLV Integrated Part Load Values SEER Seasonal Energy Efficiency Ratio Air Conditioning and Refrigeration Institute Applies only to units with capacity of 65 000 Btuh or less The IPLV applies only to 2 stage cooling units NOTES 1 Rated in accordance with ARI Standards ...

Page 6: ... other The side getting the greater clear ance is optional c Overhead 60 in to assure proper condenser fan operation d Between units control box side 42 in per NEC National Electrical Code e Between unit and ungrounded surfaces control box side 36 in per NEC f Between unit and block or concrete walls and other grounded surfaces control box side 42 in per NEC g Horizontal supply and return end 0 in...

Page 7: ...ide 42 in per NEC National Electrical Code e Between unit and ungrounded surfaces control box side 36 in per NEC f Between unit and block or concrete walls and other grounded surfaces control box side 42 in per NEC g Horizontal supply and return end 0 inches 6 With the exception of the clearance for the condenser coil and combustible surfaces as stated in Notes 5a and b a removable fence or barric...

Page 8: ...l box access d Right side 48 09 1219 for proper operation of damper and power exhaust if so equipped e Top 68 09 1829 to assure proper condenser fan operation f Local codes or jurisdiction may prevail 7 With the exception of clearance for the condenser coil and the damper power exhaust as stated in note no 6 removable fence or barricade requires no clearance 8 Dimensions are from outside of corner...

Page 9: ...ontrol box access d Right side 48 09 1219 for proper operation of damper and power exhaust if so equipped e Top 68 09 1829 to assure proper condenser fan operation f Local codes or jurisdiction may prevail 7 With the exception of clearance for the condenser coil and the damper power exhaust as stated in note no 6 remov able fence or barricade requires no clearance 8 Dimensions are from outside of ...

Page 10: ...1 18 49 406 13 49 45 3 49 NPT 1 29 NPT CRBTMPWR001A00 THRU THE BOTTOM 11 49 NPT 1 29 NPT CRBTMPWR002A00 THRU THE BOTTOM Either connector package available for either roof curb NOTES 1 Roof curb accessory is shipped unassembled 2 Insulated panels 3 Dimensions in are in millimeters 4 Roof curb galvanized steel 5 Attach ductwork to curb flanges of duct rest on curb 6 Service clearance 4 ft on each si...

Page 11: ...169 827 18 1015 169 583 13 49 45 3 49 NPT 1 29 NPT CRBTMPWR001A00 THRU THE BOTTOM 11 49 NPT 1 29 NPT CRBTMPWR002A00 THRU THE BOTTOM Either connector package available for either roof curb NOTES 1 Roof curb accessory is shipped unassembled 2 Insulated panels 3 Dimensions in are in millimeters 4 Roof curb galvanized steel 5 Attach ductwork to curb flanges of duct rest on curb 6 Service clearance 4 f...

Page 12: ...08 21 29 64 18 69 457 389210 201 18 119 584 Pre Assembled High Static Horizontal Adapter 68 29 1880 08 61 49 159 18 25 89 371 LEGEND COMP SECT Compressor Section NOTES 1 Roof curb accessory is shipped unassembled 2 Insulated panels 1 2 in thick neoprene coated 2 lb density 3 Dimensions in are in millimeters 4 Direction of airflow 5 Roof curb 18 gage steel 6 Attach all ductwork to roof curb NOTE To...

Page 13: ...RIZONTAL ADAPTER INSTALLATION 559F180 300 NOTE 389210 201 is a fully factory preassembled horizontal adapter which includes an insulated high static regain transition duct and substantially improves fan static performance 13 ...

Page 14: ...meter A B in Std 2 8 3 8 Alt 1 9 2 9 1 9 2 9 2 4 3 4 Nominal Motor Shaft Diameter in Std 1 2 1 2 1 2 5 8 Alt 1 2 1 2 1 2 Fan Pulley Pitch Diameter in Std 4 5 Alt 4 5 4 0 4 5 Belt Quantity Type Length in Std 1 A 40 Alt 1 A 34 1 A 34 1 A 39 Pulley Center Line Distance in Std 14 7 15 5 Alt 10 0 12 4 10 0 12 4 14 7 15 5 Speed Change per Full Turn of Std 80 Movable Pulley Flange rpm Alt 48 70 80 Movabl...

Page 15: ...ominal Motor Shaft Diameter in Std 5 8 5 8 5 8 7 8 Alt 7 8 7 8 Fan Pulley Pitch Diameter in Std 7 0 7 0 7 0 8 0 Alt 7 0 7 0 5 9 Belt Quantity Type Length in Std 1 A 49 1 A 49 1 A 49 1 A 52 Alt 1 A 49 1 A 49 1 BX 46 Pulley Center Line Distance in Std 16 75 19 25 16 75 19 25 15 85 17 50 15 85 17 50 Alt 16 75 19 25 15 85 17 50 15 85 17 50 Speed Change per Full Turn of Std 50 50 50 44 Movable Pulley F...

Page 16: ...r Min Max in 3 7 4 7 4 3 5 3 4 9 5 9 5 4 6 4 5 8 7 0 Nominal Motor Shaft Diameter in 7 8 7 8 11 8 13 8 13 8 Fan Pulley Pitch Diameter in 5 2 6 4 8 4 7 9 7 9 Belt Quantity Type Length in 1 BX 42 1 BX 45 1 BX 50 1 BX 50 1 BX 51 Pulley Center Line Distance in 13 3 14 8 14 6 15 4 14 6 15 4 Speed Change per Full Turn of 66 52 34 43 43 Movable Pulley Flange rpm Movable Pulley Maximum Full Turns 5 5 6 6 ...

Page 17: ...ric Resistance Heater Data table for the 559F180 on page 64 at 230 3 60 The 34 kW electric heater most closely satisfies the heat required IV Determine fan speed and motor horsepower require ments at design conditions Enter Accessory FIOP Static Pressure Drop table on page 47 at selected unit size and heater kW Find that at given air quantity 6000 cfm pressure loss is 09 in wg Before entering the ...

Page 18: ... 70 67 53 1 33 3 3 93 50 8 32 5 4 24 48 1 31 5 4 54 62 48 3 39 2 3 79 45 3 37 8 4 08 42 5 36 4 4 36 1600 0 15 72 60 4 29 4 4 17 57 7 28 4 4 47 55 2 27 6 4 78 67 55 9 37 2 4 03 53 4 36 7 4 35 50 5 35 6 4 63 62 51 3 44 8 3 90 48 5 43 6 4 20 45 7 42 2 4 47 2000 0 18 72 62 2 31 4 4 24 59 4 30 5 4 54 56 7 29 7 4 87 67 57 3 40 3 4 08 55 0 40 3 4 42 52 0 39 2 4 70 62 52 9 49 1 3 96 50 2 47 9 4 25 47 4 46...

Page 19: ... Entering Evaporator Air Entering Condenser F 75 85 95 Cfm BF Ewb F Capacity MBtuh Compressor kW Capacity MBtuh Compressor kW Capacity MBtuh Compressor kW Total Sensible Total Sensible Total Sensible 1800 0 06 72 86 6 42 2 5 48 84 1 41 1 6 17 81 6 40 6 6 86 67 80 0 52 3 5 33 77 4 51 3 6 00 74 7 50 3 6 67 62 73 6 62 2 5 21 71 0 61 1 5 85 68 5 60 0 6 49 2100 0 08 72 87 8 43 0 5 69 84 0 41 7 6 21 81 ...

Page 20: ... 52 8 9 48 67 85 4 72 4 8 64 79 4 70 4 9 10 62 80 6 80 6 8 42 76 0 75 8 8 94 558D102 81 2 TON Air Entering Evaporator Air Entering Condenser F 75 85 95 Cfm BF Ewb F Capacity MBtuh Compressor kW Capacity MBtuh Compressor kW Capacity MBtuh Compressor kW Total Sensible Total Sensible Total Sensible 2550 0 080 72 116 6 71 9 7 77 113 3 54 0 8 46 109 1 77 4 8 90 67 108 4 61 9 7 57 104 2 67 7 8 22 99 3 6...

Page 21: ...85 95 Cfm BF Ewb F Capacity MBtuh Compressor kW Capacity MBtuh Compressor kW Capacity MBtuh Compressor kW Total Sensible Total Sensible Total Sensible 3750 0 08 72 175 6 85 7 11 16 169 3 83 9 12 15 161 9 81 4 13 12 67 162 2 107 3 10 85 155 7 104 8 11 78 148 9 102 0 12 72 62 149 2 128 0 10 57 140 6 124 0 11 42 132 0 119 8 12 28 4500 0 09 72 181 0 91 4 11 32 174 2 89 6 12 31 166 8 87 0 13 30 67 167 ...

Page 22: ...ssor kW Capacity MBtuh Compressor kW Total Sensible Total Sensible 4500 0 08 72 190 0 93 3 19 40 180 0 90 0 20 80 67 172 0 117 0 18 70 161 0 112 0 19 90 62 152 0 136 0 17 90 142 0 131 0 19 10 5250 0 10 72 194 0 98 0 19 60 185 0 95 4 21 00 67 176 0 125 0 18 90 166 0 121 0 20 10 62 157 0 148 0 18 10 146 0 142 0 19 30 6000 0 11 72 197 0 103 0 19 80 187 0 100 0 21 20 67 179 0 133 0 19 10 170 0 130 0 2...

Page 23: ... 18 TON cont Air Entering Evaporator Air Entering Condenser F 115 125 Cfm BF Ewb F Capacity MBtuh Compressor kW Capacity MBtuh Compressor kW Total Sensible Total Sensible 5400 0 06 72 193 1 101 1 19 26 178 4 96 1 20 73 67 175 6 129 9 19 41 163 8 124 1 20 86 62 159 4 153 0 19 44 148 3 145 8 20 85 6000 0 075 72 190 9 102 7 19 47 179 4 99 51 21 04 67 176 0 134 1 19 72 163 9 128 6 21 17 62 160 4 158 4...

Page 24: ...6 0 18 08 228 0 228 0 19 76 218 0 218 0 21 40 559F240 20 TON cont Air Entering Evaporator Air Entering Condenser F 115 125 Cfm BF Ewb F Capacity MBtuh Compressor kW Capacity MBtuh Compressor kW Total Sensible Total Sensible 6000 0 06 72 228 0 116 0 23 40 214 0 111 0 24 80 67 204 0 146 2 22 40 188 8 140 8 23 80 62 176 6 171 8 21 60 163 2 162 8 23 00 7000 0 07 72 232 0 123 8 23 60 218 0 118 6 25 00 ...

Page 25: ... 25 TON cont Air Entering Evaporator Air Entering Condenser F 115 125 Cfm BF Ewb F Capacity MBtuh Compressor kW Capacity MBtuh Compressor kW Total Sensible Total Sensible 7 000 0 03 72 274 6 140 9 28 80 254 5 133 3 30 90 67 237 9 170 0 27 80 214 9 160 8 29 90 62 207 6 198 6 26 80 184 3 194 3 28 90 8 750 0 05 72 286 9 154 9 29 40 266 7 148 0 31 40 67 251 5 193 2 28 20 230 9 185 1 30 20 62 222 6 222...

Page 26: ...78 891 0 43 428 942 0 48 477 991 0 53 527 1047 0 60 597 1400 810 0 35 348 868 0 45 448 937 0 51 507 984 0 57 567 1032 0 62 617 1067 0 67 666 1500 841 0 42 418 911 0 53 527 985 0 61 607 1029 0 66 656 1073 0 72 716 1109 0 77 766 558D036 3 TON cont Airflow Cfm Alternate Belt Drive Motor External Static Pressure in wg 0 7 0 8 0 9 1 0 1 1 1 2 Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts Rpm ...

Page 27: ...62 873 0 61 641 965 0 76 777 1005 0 84 853 1045 0 91 930 1800 754 0 45 473 801 0 53 557 851 0 61 641 900 0 69 725 992 0 84 858 1032 0 92 940 1071 1 00 1022 1900 791 0 52 546 836 0 60 630 832 0 69 720 828 0 77 809 1019 0 93 950 1058 1 02 1037 1097 1 10 1124 2000 828 0 60 630 870 0 68 714 864 0 77 809 858 0 86 904 1046 1 03 1053 1085 1 12 1139 1124 1 21 1237 558D048 4 TON cont Airflow Cfm Alternate ...

Page 28: ...36 1037 0 88 899 1119 1 04 1063 1194 1 21 1237 2000 936 0 74 756 984 0 82 838 1072 0 98 1001 1154 1 16 1185 1226 1 33 1359 2100 978 0 85 869 1024 0 93 950 1108 1 10 1124 1192 1 29 1318 1259 1 47 1502 2200 1021 0 97 991 1064 1 05 1073 1145 1 22 1247 1225 1 43 1461 1294 1 62 1656 2300 1064 1 10 1124 1104 1 18 1206 1183 1 36 1390 1260 1 57 1604 1330 1 78 1819 2400 1107 1 24 1267 1145 1 32 1349 1222 1...

Page 29: ...33 1 90 1638 1900 1266 1 40 1250 1330 1 59 1413 1396 1 81 1604 1460 2 03 1796 2000 1297 1 53 1361 1362 1 73 1534 1422 1 94 1718 1485 2 16 1910 2100 1327 1 66 1473 1393 1 87 1656 1452 2 08 1840 1510 2 31 2041 2200 1359 1 81 1604 1423 2 02 1779 1483 2 24 1980 1538 2 46 2171 2300 1392 1 97 1744 1454 2 18 1927 1515 2 41 2128 1569 2 64 2326 2400 1426 2 15 1901 1485 2 36 2084 1544 2 59 2283 1601 2 84 24...

Page 30: ...ssure in wg 1 4 1 6 1 8 2 0 Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts 2250 884 1 97 1744 937 2 33 2058 947 2 66 2343 1022 3 10 2710 2300 885 2 00 1770 939 2 36 2084 979 2 69 2369 1025 3 12 2727 2400 892 2 08 1840 944 2 40 2119 987 2 76 2428 1039 3 20 2791 2500 902 2 18 1927 949 2 48 2188 1002 2 84 2495 1041 3 25 2831 2550 908 2 24 1980 953 2 53 2232 1003 2 87 2521 1045 3 28 2854 2600...

Page 31: ... 3 06 2678 960 3 40 2948 4200 830 2 55 2249 883 2 91 2554 931 3 24 2823 4250 839 2 63 2317 892 3 00 2629 939 3 34 2902 558D102 81 2 TON cont Airflow Cfm Standard Belt Drive Motor External Static Pressure in wg 1 4 1 6 1 8 2 0 Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts 2550 908 2 24 1980 953 2 53 2232 1003 2 87 2521 1045 3 28 2854 2600 913 2 29 2023 957 2 58 2275 1004 2 91 2554 1050 3 ...

Page 32: ...88 1 77 1569 934 1 94 1718 988 2 18 1980 1025 2 47 2230 3300 897 1 86 1648 940 2 03 1853 989 2 24 2031 1032 2 53 2282 3400 907 1 97 1744 947 2 14 1946 991 2 32 2099 1038 2 57 2318 3500 916 2 07 1831 956 2 25 2039 997 2 43 2195 1043 2 64 2380 3600 926 2 18 1927 966 2 41 2134 1004 2 54 2291 1045 2 74 2478 3700 934 2 28 2015 976 2 48 2238 1013 2 66 2397 1051 2 85 2569 3800 943 2 41 2160 985 2 60 2334...

Page 33: ...t Drive Motors External Static Pressure in wg 1 4 1 6 1 8 2 0 Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts 3750 955 2 33 2075 996 2 53 2251 1035 2 72 2419 1070 2 89 2575 3800 959 2 38 2123 1001 2 58 2299 1040 2 78 2476 1075 2 96 2638 3900 969 2 50 2228 1010 2 70 2405 1049 2 91 2593 1085 3 11 2773 4000 979 2 62 2334 1020 2 83 2521 1059 3 04 2710 1095 3 25 2901 4100 989 2 74 2441 1029 2 9...

Page 34: ...89 0 36 358 938 0 40 398 1300 703 0 20 239 752 0 27 269 808 0 32 318 868 0 37 368 916 0 41 408 963 0 45 448 1400 725 0 29 288 776 0 31 308 845 0 38 378 891 0 42 418 937 0 47 467 983 0 51 507 1500 755 0 33 328 816 0 38 378 870 0 43 428 924 0 48 477 969 0 53 527 1014 0 58 577 558D036 3 TON cont Airflow Cfm Alternate Belt Drive Motor External Static Pressure in wg 0 7 0 8 0 9 1 0 1 1 1 2 Rpm Bhp Watt...

Page 35: ...0 836 0 55 578 935 0 71 746 979 0 79 825 1023 0 86 904 1800 709 0 41 431 759 0 48 504 810 0 55 578 860 0 62 651 957 0 78 820 1001 0 86 904 1044 0 94 988 1900 743 0 48 504 790 0 55 578 838 0 62 651 886 0 69 725 980 0 86 904 1023 0 95 993 1066 1 03 1082 2000 778 0 55 578 836 0 62 651 875 0 70 730 913 0 77 809 1004 0 94 988 1046 1 03 1082 1088 1 12 1177 558D048 4 TON cont Airflow Cfm Alternate Direct...

Page 36: ...3 953 0 73 746 1046 0 90 920 1126 1 06 1083 2000 840 0 60 613 900 0 66 674 984 0 82 838 1073 0 99 1012 1154 1 16 1185 2100 878 0 69 705 923 0 75 766 1015 0 91 930 1101 1 08 1104 1182 1 27 1298 2200 916 0 78 797 958 0 85 869 1046 1 01 1032 1129 1 19 1216 1209 1 39 1420 2300 954 0 89 910 993 0 96 981 1079 1 13 1155 1160 1 31 1339 1237 1 51 1543 2400 993 1 00 1022 1029 1 07 1093 1112 1 25 1277 1190 1...

Page 37: ...00 1226 1 33 1990 1297 1 53 1361 1363 1 73 1534 1424 1 94 1718 2100 1252 1 45 1292 1320 1 64 1456 1388 1 85 1639 1448 2 07 1831 2200 1280 1 58 1404 1345 1 77 1569 1410 1 97 1744 1473 2 20 1945 2300 1309 1 71 1517 1372 1 91 1691 1434 2 11 1866 1496 2 34 2067 2400 1336 1 85 1639 1400 2 06 1823 1459 2 26 1997 1519 2 48 2188 2500 1363 2 00 1770 1428 2 22 1962 1486 2 43 2145 1543 2 65 2335 2600 1390 2 ...

Page 38: ...2 32 2050 931 2 64 2326 935 2 96 2595 2500 832 1 79 1587 882 2 09 1849 925 2 40 2119 955 2 72 2394 972 3 06 2678 2550 836 1 83 1621 887 2 13 1884 931 2 45 2162 964 2 77 2436 986 3 11 2718 2660 839 1 87 1656 891 2 17 1919 936 2 49 2197 973 2 82 2479 999 3 16 2759 2700 846 1 95 1726 898 2 26 1997 946 2 58 2275 987 2 91 2554 1019 3 26 2839 2800 855 2 04 1805 906 2 35 2076 954 2 67 2352 997 3 01 2637 ...

Page 39: ... 1 4 1 6 1 8 2 0 Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts 2550 836 1 83 1621 887 2 13 1884 931 2 45 2162 964 2 77 2436 986 3 11 2718 2660 839 1 87 1656 891 2 17 1919 936 2 49 2197 973 2 82 2479 999 3 16 2759 2700 846 1 95 1726 898 2 26 1997 946 2 58 2275 987 2 91 2554 1019 3 26 2839 2800 855 2 04 1805 906 2 35 2076 954 2 67 2352 997 3 01 2637 1034 3 36 2917 2900 863 2 ...

Page 40: ...1901 970 2 41 2134 1007 2 46 2221 3600 840 1 83 1621 888 2 04 1805 931 2 23 1971 976 2 47 2230 1017 2 62 2362 3700 847 1 92 1700 895 2 13 1884 938 2 33 2108 981 2 56 2309 1024 2 77 2496 3800 856 2 02 1788 901 2 23 1971 945 2 44 2203 986 2 65 2389 1029 2 89 2605 3900 865 2 12 1875 908 2 32 2050 953 2 55 2300 993 2 75 2478 1034 3 00 2707 4000 875 2 22 1962 915 2 42 2186 960 2 65 2389 1000 2 87 2587 ...

Page 41: ... 2 92 2602 1077 3 14 2801 4100 917 2 32 2070 960 2 55 2272 1001 2 81 2503 1045 3 04 2710 1085 3 21 2919 4200 925 2 44 2175 969 2 65 2370 1009 2 92 2602 1051 3 17 2828 1092 3 40 3037 4300 935 2 56 2281 979 2 77 2468 1018 3 03 2701 1058 3 29 2937 1100 3 53 3157 4400 945 2 68 2387 988 2 89 2575 1028 3 14 2801 1066 3 41 3047 1106 3 67 3285 4500 955 2 82 2512 996 3 02 2692 1037 3 25 2901 1074 3 54 3166...

Page 42: ...20 3 20 2842 1488 3 55 3153 5100 1235 2 59 2300 1301 2 85 2531 1367 3 13 2780 1433 3 44 3055 1499 3 78 3357 5400 1262 2 89 2567 1325 3 15 2798 1386 3 42 3037 1449 3 72 3304 1512 4 05 3597 5700 1290 3 22 2860 1351 3 48 3091 1410 3 76 3339 1468 4 05 3597 6000 1320 3 57 3171 1379 3 85 3419 1436 4 13 3668 6300 1351 3 95 3508 1408 4 24 3766 6600 6900 7200 7500 LEGEND Bhp Brake Horsepower Input to Fan F...

Page 43: ...2 5100 1235 2 59 2300 1301 2 85 2531 1367 3 13 2780 1433 3 44 3055 5400 1262 2 89 2567 1325 3 15 2798 1386 3 42 3037 5700 1290 3 22 2860 6000 6300 6600 6900 7200 7500 LEGEND Bhp Brake Horsepower Input to Fan FIOP Factory Installed Option Watts Input Watts to Motor NOTES 1 Boldface indicates field supplied drive is required See Note 2 2 Factory shipped motor drive range is 1201 to 1462 rpm Other rp...

Page 44: ... 80 3429 1208 4 30 3805 1274 4 70 4198 1338 5 20 4609 7000 1169 4 40 3898 1233 4 80 4285 1296 5 20 4687 1358 5 70 5106 7200 1181 4 60 4108 1245 5 04 4500 7500 1199 4 90 4422 1262 5 40 4822 8000 1232 5 60 5008 8500 9000 LEGEND Bhp Brake Horsepower Input to Fan FIOP Factory Installed Option Watts Input Watts to Motor NOTES 1 Boldface indicates field supplied drive is required See Note 2 2 Factory sh...

Page 45: ...00 6286 1464 7 50 6725 8500 1266 6 30 5655 1324 6 80 6085 1380 7 30 6524 1435 7 80 6975 1490 8 30 7426 9000 1302 7 10 6369 1359 7 60 6816 1413 8 10 7270 1466 8 70 7735 1519 9 30 8200 9500 1340 8 00 7152 1394 8 50 7616 1447 9 10 8088 1508 9 40 8428 10000 1378 9 00 8007 1431 9 50 8489 LEGEND Bhp Brake Horsepower Input to Fan FIOP Factory Installed Option Watts Input Watts to Motor NOTES 1 Boldface i...

Page 46: ... 9 67 8905 1525 10 20 9400 10 500 1515 10 76 9907 11 000 11 250 LEGEND Bhp Brake Horsepower Input to Fan FIOP Factory Installed Option Watts Watts Input to Motor NOTES 1 Boldface indicates field supplied drive is required See Note 3 2 indicates additional capability of 460 v motor 3 Factory shipped motor drive range is 1323 to 1579 rpm Other rpms require a field supplied drive 4 Maximum continuous...

Page 47: ...ator entering air cfm should then be used in conjunction with the Air Delivery tables to determine blower rpm and watts ACCESSORY FIOP STATIC PRESSURE in wg 559F180 COMPONENT CFM 4500 5000 6000 7200 7500 Economizer 0 04 0 05 0 07 0 09 0 10 Electric Heat kW 26 34 0 06 0 07 0 09 0 11 0 12 32 0 06 0 07 0 09 0 11 0 12 42 56 0 07 0 08 0 12 0 16 0 17 50 0 09 0 10 0 15 0 20 0 21 55 0 07 0 08 0 12 0 15 0 ...

Page 48: ...rpm shown Indicates alternate motor and drive package Indicates standard motor and drive package Indicates alternate drive package only Do not run this fan at less than 1 full turn open as it will exceed the maximum allowable rpm of 1550 OUTDOOR SOUND DATA Total Unit UNIT SOUND RATING Bels A WEIGHTED db SOUND POWER db Octave Bands 63 125 250 500 1000 2000 4000 8000 558D036 060 8 2 80 5 56 8 75 8 7...

Page 49: ...9 20 14 11 5 13 8 18 9 20 17 14 0 16 8 22 7 25 21 Alt 2 1 9 3 15 9 41 6 0 7 2 11 6 15 10 8 8 10 6 15 9 20 15 11 5 13 8 19 9 20 18 14 0 16 8 23 7 25 22 575 3 60 Std 518 632 4 1 27 0 1 1 4 0 8 1 3 6 8 15 7 31 Alt 2 1 7 4 15 7 34 048 4 Ton 208 230 1 60 Std 187 254 23 0 110 1 1 4 1 4 3 5 33 7 33 7 40 40 32 32 122 122 3 3 4 4 15 9 18 3 33 7 33 7 40 40 32 32 6 5 8 7 31 4 36 3 43 6 49 7 45 50 40 46 9 8 1...

Page 50: ...5 25 19 14 0 16 8 24 3 25 22 23 0 27 8 37 8 40 35 25 5 30 7 41 6 45 38 575 3 60 Std 518 632 7 9 58 1 1 4 0 8 2 6 14 6 15 12 76 LEGEND AND NOTES FOR ELECTRICAL DATA TABLES ON PAGES 49 54 LEGEND FLA Full Load Amps HACR Heating Air Conditioning and Refrigeration IFM Indoor Evaporator Fan Motor LRA Locked Rotor Amps MCA Minimum Circuit Amps MOCP Maximum Overcurrent Protection NEC National Electrical C...

Page 51: ... 4 0 7 2 6 20 7 25 22 116 13 9 16 7 24 1 25 22 16 5 19 8 28 1 30 26 27 8 33 4 45 0 50 41 33 0 39 7 52 9 60 49 41 7 50 2 65 9 70 61 575 3 60 Std 518 632 5 9 44 0 2 1 4 0 7 2 6 16 5 20 17 107 18 0 17 0 23 9 25 23 36 0 34 0 45 3 50 42 120 10 Tons 208 230 3 60 Std 187 254 17 9 110 2 1 4 1 4 5 8 48 9 48 9 60 60 51 51 267 267 7 8 10 4 21 7 25 0 48 9 48 9 60 60 51 51 12 0 16 0 33 4 38 5 48 9 55 4 60 60 5...

Page 52: ...Motor RLA Rated Load Amps Heater capacity kW is based on heater voltage of 208 v 240 v 480 v and 575 v Heaters are rated at 240 v 480 v and 575 v If power distribution voltage to unit varies from rated heater voltage heater kW will vary accordingly To de termine heater capacity at actual unit voltage multiply 240 v 480 v or 575 v capacity by multipliers found in Electric Heat Multiplication Factor...

Page 53: ...4 508 28 0 120 3 1 2 0 80 4 8 42 70 39 32 55 70 66 55 72 80 96 80 102 110 2 3 6 0 45 70 39 32 58 70 66 55 75 80 96 80 105 110 575 3 60 518 632 23 0 96 3 1 2 0 75 3 9 35 50 50 50 58 60 2 1 4 8 37 60 50 50 57 60 216 208 230 3 60 187 254 35 6 198 28 2 160 3 1 2 1 70 15 8 15 8 94 94 125 125 72 82 26 34 110 122 125 125 117 135 42 56 166 155 175 175 156 180 56 75 176 200 200 200 4 6 18 8 98 98 125 125 7...

Page 54: ...kW is based on heater voltage of 208 v 240 v 480 v and 575 v Heaters are rated at 240 v 480 v or 575 v If power distribution voltage to unit varies from rated heater voltage heater kW will vary accordingly To de termine heater capacity at actual unit voltage multiply 240 v 480 v or 575 v capacity by multipliers found in Electric Heat Multiplication Factors table on page 48 Used to determine minimu...

Page 55: ...spring re turn to the fully closed position When the outdoor air is below the EC setting and the thermostat calls for cooling the economizer outdoor air damper is opened proportionally to maintain between 50 and 56 F at the mixed air sensor If outdoor air alone cannot satisfy the cooling require ments economizer cooling is integrated with mechanical cool ing When the room thermostat is satisfied t...

Page 56: ...TYPICAL WIRING SCHEMATIC 558D036 150 See Legend page 59 56 ...

Page 57: ...TYPICAL WIRING SCHEMATIC 559F180 300 See Legend page 59 57 ...

Page 58: ...TYPICAL INSTALLATION 558D090 150 Vertical Discharge Ducting NEC National Electrical Code Horizontal Discharge Ducting 58 ...

Page 59: ...er IFC Indoor Evaporator Fan Contactor IFCB Indoor Evaporator Fan Circuit Breaker IFM Indoor Evaporator Fan Motor IFR Indoor Evaporator Fan Relay IP Internal Protector L Light LOR Lockout Relay LPS Low Pressure Switch LS Limit Switch MAT Mixed Air Thermostat NC Normally Closed NEUT Neutral NO Normally Open OAT Outdoor Air Thermostat OFC Outdoor Condenser Fan Contactor OFM Outdoor Condenser Fan Mot...

Page 60: ...utomatic changeover thermostat and subbase are used 9 Units are draw thru on cooling and blow thru on heating 10 To minimize the possibility of condensate blow off from evaporator airflow through units should not exceed 500 cfm ton on 036 240 units and 11 250 cfm on 300 units 11 For cooling minimum airflow is 300 cfm ton for 036 240 units and 280 cfm ton on 300 units For units with electric heatin...

Page 61: ...rcuit X Thru the Bottom Power Connections Packages 036 150 X Solid State Enthalpy Control 036 150 X Enthalpy Control Sensor X Condenser Coil Hail Guard Assembly 036 150 X Winter Start Time Delay Relay 216 300 X Fan Filter Status 036 150 X Factory installed Field installed Factory installed on 180 300 units whenever factory installed economizer is not selected Only available as an accessory on 036 ...

Page 62: ... 7 558D120 Standard 208 230 2 40 2120 6 1 460 2 7 575 2 7 Alternate 208 230 2 90 2615 7 9 460 3 6 575 3 6 558D150 Standard 208 230 4 20 3775 12 6 460 5 7 575 5 7 Alternate 208 230 5 25 4400 15 0 460 7 4 575 7 4 559F180 Standard 208 230 4 25 3775 10 5 460 4 8 575 3 45 3065 3 9 559F216 Standard 208 230 5 90 5180 15 8 460 7 9 575 6 0 559F240 Standard 208 230 8 70 7915 25 0 460 9 50 8640 13 0 575 8 70...

Page 63: ...rometric Relief Damper Characteristics 558D090 150 Parablade Economizer Barometric Relief Damper Characteristics 558D036 072 EVAPORATOR FAN MOTOR EFFICIENCY UNIT MOTOR EFFICIENCY 558D036 048 75 558D060 74 558D072 84 558D090 120 80 558D150 87 559F180 84 559F216 83 559F240 84 559F300 81 Fan Performance Using Accessory Power Exhaust 559F180 300 63 ...

Page 64: ... 8 33 0 41 7 575 3 phase 18 0 36 0 120 150 208 230 3 phase 10 4 16 0 32 0 42 4 50 0 460 3 phase 16 5 27 8 33 0 41 7 50 0 575 3 phase 18 0 36 0 54 0 Two heater packages required to provide kW indicated NOTES 1 The kW ratings shown above are at 240 480 and 575 v Use the Electric Heat Multiplication Factors table on page 48 to determine heater capacity for your particular voltage 2 Heaters are not av...

Page 65: ...ection shall consist of factory installed low velocity 2 in thick throwaway fiberglass filters of commercially available sizes Filter access panel shall provide tool less filter removal CONTROLS Unit shall be complete with self contained low voltage control circuit Safeties shall include compressor over temperature and overcurrent APPROVALS The unit shall be CSA 036 072 or UL Canada 090 150 design...

Page 66: ...erant system shall include fil ter drier fixed orifice feed system and service gage connec tions on suction line liquid line and compressor discharge line as well as low pressure and high pressure protection FILTER SECTION Filter section shall consist of factory installed low velocity 2 in thick throwaway fiberglass filters of commercially available sizes Filter access panel shall be easy access C...

Page 67: ......

Page 68: ...r Conditioning Copyright 1996 Carrier Corporation SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE UNIT MUST BE INSTALLED IN ACCORDANCE WITH INSTALLATION INSTRUCTIONS Printed in U S A 6 96 CATALOG NO BY 3255 818 ...

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