Bryant DURAPAC 558F Installation & Service Instructions Manual Download Page 22

22

Table 9 — Fan Performance — 558F210*

LEGEND

*Standard low-medium static drive range is 910 to 1095 rpm. Alternate high-static

drive range is 1069 to 1287 rpm. Other rpms require a field-supplied drive.

NOTES:

1. Maximum continuous bhp is 5.90. The maximum continuous watts is 5180.

Do not adjust motor rpm such that motor maximum bhp and/or watts is
exceeded at the maximum operating cfm.

2. See page 23 for general fan performance notes.

Table 10 — Fan Performance — 558F240*

LEGEND

*Standard low-medium static drive range is 1002 to 1151 rpm. Alternate high-

static drive range is 1193 to 1369. Other rpms require a field-supplied drive.

NOTES:

1. Maximum continuous bhp for the standard motor is 8.70 (for 208/230-v

units) and 9.50 (for 460-v units). The maximum continuous watts is 7915 (for
208/230-v units) and 8640 (for 460-v units). Do not adjust motor rpm such
that motor maximum bhp and/or watts is exceeded at the maximum operat-
ing cfm.

2. See page 23 for general fan performance notes.

AIRFLOW

(Cfm)

AVAILABLE EXTERNAL STATIC PRESSURE (in. wg)

0.2

0.4

0.6

0.8

1.0

1.2

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

5,500

682

1.99

1675

760

2.29

1922

832

2.59

2177

901

2.90

2441

965

3.22

2712

1027

3.56

2990

6,000

730

2.38

2005

802

2.68

2257

871

2.99

2516

935

3.31

2783

997

3.63

3057

1056

3.97

3337

6,500

778

2.82

2373

846

3.13

2630

911

3.44

2893

972

3.76

3164

1031

4.09

3440

1087

4.43

3722

7,000

828

3.31

2780

892

3.62

3042

953

3.94

3310

1011

4.26

3583

1067

4.59

3863

1121

4.93

4148

7,500

878

3.84

3227

938

4.15

3494

996

4.48

3766

1051

4.81

4043

1105

5.14

4326

1156

5.49

4613

8,000

928

4.42

3715

985

4.74

3986

1040

5.07

4263

1093

5.40

4544

1144

5.74

4830

1194

6.09

5120

8,500

979

5.05

4245

1033

5.38

4521

1085

5.71

4801

1136

6.05

5086

1185

6.39

5375

1232

6.74

5669

9,000

1030

5.73

4817

1082

6.06

5098

1131

6.40

5382

1180

6.74

5671

1227

7.09

5964

1272

7.44

6260

9,500

1082

6.46

5433

1131

6.80

5718

1178

7.14

6007

1225

7.49

6299

1270

7.84

6595

1313

8.20

6895

10,000

1134

7.25

6093

1180

7.59

6382

1226

7.94

6675

1270

8.29

6971

1313

8.65

7271

1356

9.01

7574

AIRFLOW

(Cfm)

AVAILABLE EXTERNAL STATIC PRESSURE (in. wg)

1.4

1.6

1.8

1.9

2.0

Rpm Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm Bhp

Watts

Rpm

Bhp

Watts

5,500

1086

3.89

3275

1142

4.24

3567

1197

4.59

3864

1223

4.77

4015

1249

4.96

4167

6,000

1112

4.31

3623

1167

4.66

3915

1219

5.01

4213

1245

5.19

4364

1270

5.37

4516

6,500

1142

4.77

4010

1194

5.12

4304

1245

5.47

4602

1270

5.65

4754

1294

5.83

4906

7,000

1173

5.28

4438

1224

5.63

4733

1273

5.98

5033

1296

6.17

5184

1320

6.35

5337

7,500

1207

5.83

4906

1255

6.19

5203

1302

6.55

5504

1326

6.73

5657

1348

6.91

5810

8,000

1242

6.44

5415

1289

6.80

5714

1334

7.16

6018

1357

7.34

6171

1379

7.52

6325

8,500

1279

7.10

5966

1324

7.45

6268

1368

7.82

6573

1389

8.00

6728

1411

8.18

6883

9,000

1317

7.80

6561

1360

8.16

6865

1403

8.53

7173

1424

8.71

7328

1445

8.90

7484

9,500

1356

8.56

7198

1398

8.93

7505

1440

9.29

7815

1460

9.48

7972

1480

9.67

8129

10,000

1397

9.37

7881

1438

9.74

8190

1477

10.11

8503

Bhp

Brake Horsepower

Watts —

Input Watts to Motor

AIRFLOW

(Cfm)

AVAILABLE EXTERNAL STATIC PRESSURE (in. wg)

0.2

0.4

0.6

0.8

1.0

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

6,000

753

2.83

2385

816

3.06

2579

884

3.33

2807

949

3.61

3040

1010

3.89

3277

6,500

793

3.25

2738

861

3.51

2959

925

3.78

3186

987

4.05

3418

1045

4.33

3653

7,000

844

3.74

3151

908

4.00

3372

968

4.27

3598

1026

4.54

3828

1082

4.82

4062

7,500

895

4.27

3596

955

4.53

3817

1013

4.80

4042

1068

5.07

4271

1121

5.34

4504

8,000

947

4.83

4073

1004

5.09

4294

1058

5.36

4518

1111

5.63

4747

1162

5.91

4978

8,500

999

5.44

4583

1053

5.70

4803

1105

5.96

5027

1155

6.23

5255

1204

6.51

5485

9,000

1052

6.08

5125

1103

6.34

5345

1152

6.61

5569

1200

6.88

5796

1247

7.15

6025

9,500

1105

6.76

5699

1153

7.02

5919

1200

7.29

6142

1246

7.56

6369

1291

7.83

6598

10,000

1158

7.48

6306

1204

7.74

6526

1249

8.01

6750

1293

8.27

6975

1336

8.55

7203

AIRFLOW

(Cfm)

AVAILABLE EXTERNAL STATIC PRESSURE (in. wg)

1.2

1.4

1.6

1.8

2.0

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

6,000

1069

4.17

3517

1125

4.46

3761

1180

4.75

4006

1232

5.05

4255

1283

5.35

4506

6,500

1102

4.62

3891

1156

4.90

4132

1208

5.19

4377

1259

5.48

4623

1308

5.78

4871

7,000

1136

5.10

4299

1188

5.38

4538

1239

5.67

4780

1288

5.96

5025

1335

6.25

5271

7,500

1173

5.62

4739

1223

5.90

4977

1272

6.19

5217

1319

6.48

5460

1365

6.77

5705

8,000

1211

6.18

5212

1259

6.46

5449

1306

6.75

5688

1352

7.03

5929

1396

7.32

6172

8,500

1251

6.78

5718

1297

7.06

5954

1342

7.35

6192

1386

7.63

6431

1429

7.92

6673

9,000

1292

7.42

6257

1337

7.70

6492

1380

7.98

6729

1423

8.27

6967

1464

8.55

7207

9,500

1335

8.10

6830

1377

8.38

7063

1419

8.66

7299

1460

8.94

7536

1501

9.22

7776

10,000

1378

8.82

7434

1419

9.10

7667

1460

9.37

7902

1499

9.65

8138

1538

9.94

8377

AIRFLOW

(Cfm)

AVAILABLE EXTERNAL STATIC PRESSURE (in. wg)

2.2

2.4

2.6

2.8

3.0

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

Rpm

Bhp

Watts

6,000

1332

5.65

4750

1380

5.95

5015

1427

6.25

5272

1472

6.56

5531

1517

6.87

5793

6,500

1356

6.08

5122

1402

6.38

5375

1447

6.68

5630

1492

6.98

5886

1535

7.29

6144

7,000

1381

6.55

5519

1427

6.84

5770

1471

7.14

6022

1514

7.45

6276

7,500

1409

7.06

5951

1453

7.35

6199

1496

7.65

6449

1538

7.95

6701

8,000

1440

7.61

6417

1482

7.90

6663

1523

8.20

6911

8,500

1471

8.20

6916

1513

8.49

7161

9,000

1505

8.84

7449

1545

9.13

7693

9,500

1540

9.51

8016

10,000

Bhp

Brake Horsepower

Watts —

Input Watts to Motor

Summary of Contents for DURAPAC 558F

Page 1: ...nd counter flashing as shown Ductwork can be secured to roof curb before unit is set in place IMPORTANT The gasketing of the unit to the roof curb or adapter roof curb is critical for a leak proof sea...

Page 2: ...2 Fig 1A Roof Curb Details 558F180 240...

Page 3: ...3 Fig 1B Roof Curb Details 558F300...

Page 4: ...inserting hooks into unit base rails as shown Use corner post from packaging to protect coil from damage Use bumper boards for spreader bars 5 Weights do not include optional EconoMi er See Fig 4 6 fo...

Page 5: ...5 Fig 4 Base Unit Dimensions 558F180 210...

Page 6: ...6 Fig 5 Base Unit Dimensions 558F240...

Page 7: ...x access Right Side 4 0 1219 for proper operation of damper and power exhaust if so equipped Top 6 0 1829 to assure proper condenser fan operation Local codes or jurisdiction may prevail 7 With the ex...

Page 8: ...Fins in 4 15 4 15 4 15 4 15 Total Face Area sq ft 17 5 17 5 17 5 17 5 EVAPORATOR FAN Centrifugal Type Quantity Size in 2 12x12 2 12 x 12 2 12 x 12 2 12 x 12 Type Drive Belt Belt Belt Belt Nominal Cfm...

Page 9: ...ovided in drain hole and must be removed when unit is operating One 3 4 in half coupling is provided inside unit evaporator sec tion for condensate drain connection An 81 2 in x 3 4 in diameter nipple...

Page 10: ...option according to the installation instructions included with the accessory Locate thermostat assembly on a solid wall in the conditioned space to sense average temperature Route thermostat cable o...

Page 11: ...10 208 230 187 253 30 1 225 28 8 195 3 0 5 1 7 5 0 15 8 15 8 87 87 110 110 4 6 18 8 92 92 110 110 26 34 71 82 109 122 110 125 4 6 18 8 26 34 71 82 114 128 125 150 42 56 117 135 166 155 175 175 4 6 18...

Page 12: ...CA calculation for 558F units with electric heaters over 50 kW 1 25 x IFM amps 1 00 x heater FLA 4 Use the following table to determine heater capacity at actual voltage EXAMPLE 34 kW at 230 v heater...

Page 13: ...osition and close the door The handle should fit over the end of the shaft when the door is closed 8 The handle must be in the OFF position to open the control box door D Optional Convenience Outlet O...

Page 14: ...Sensor Installation Perform the following procedure to install the outdoor air enthalpy sensor part no CROUTENT001A00 1 Remove the outdoor air temperature sensor cover See Fig 22 Save cover and screw...

Page 15: ...Discharge Air Thermistor DAT The discharge air thermistor is factory mounted on the supply fan housing in the fan section of the unit The DAT is factory wired to the EconoMi er Control Module E CO2 C...

Page 16: ...ation air Either put the thermostat in the continuous fan mode or jumper the R and G terminals at the rooftop unit connection board Table 4 EconoMi er Switchover Control Strategy Must be selected manu...

Page 17: ...t and Winter Start Kit purchased separately The Motormaster I device controls outdoor fan no 1 while outdoor fans no 2 and 3 are sequenced off by the Accessory Fan Motor Sequencing Kit Accessory Fan M...

Page 18: ...t Control 10 F Installation 558F180 210 300 Install Field Fabricated Wind Baffles Wind baffles must be field fabricated for all units to ensure proper cooling cycle operation at low ambient temperatur...

Page 19: ...er I Sensor Locations NOTE All sensors are located on the eighth hairpin up from the bottom Fig 28 Motormaster III Sensor Locations 558F180 558F210 558F240 Fig 29 Typical Perfect Humidify Dehumidifica...

Page 20: ...mal start up levels NOTE When compressors are rotating in the wrong direc tion the unit will have increased noise levels and will not provide heating and cooling After a few minutes of reverse operati...

Page 21: ...86 4143 1142 5 23 4461 1193 5 61 4781 AIRFLOW Cfm AVAILABLE EXTERNAL STATIC PRESSURE in wg 1 4 1 6 1 8 2 0 2 2 2 4 Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts Rpm Bhp Watts...

Page 22: ...91 5810 8 000 1242 6 44 5415 1289 6 80 5714 1334 7 16 6018 1357 7 34 6171 1379 7 52 6325 8 500 1279 7 10 5966 1324 7 45 6268 1368 7 82 6573 1389 8 00 6728 1411 8 18 6883 9 000 1317 7 80 6561 1360 8 1...

Page 23: ...54 3752 1069 4 91 4060 1123 5 29 4375 1174 5 68 4 698 8 000 948 4 43 3667 1005 4 80 3969 1060 5 17 4278 1112 5 56 4593 1163 5 94 4915 1213 6 34 5 243 8 500 1001 5 11 4226 1054 5 49 4537 1106 5 87 4853...

Page 24: ...er modulates to the minimum position when the IFM is energized The EconoMi er provides Stage 1 of cooling by modulating the return and outdoor air dampers to main tain a 55 F supply air set point If...

Page 25: ...ehumidification cir cuits are always energized If Perfect Humidity circuit modulation is desired a field installed wall mounted humidistat or light commercial ther midistat is required If the Perfect...

Page 26: ...ressor is charged with the correct amount of oil at the factory Conventional white oil Sontext 200LT is used White oil is compatible with 3GS oil and 3GS oil may be used if the addition of oil is requ...

Page 27: ...just belt tension 1 Loosen fan motor bolts 2 Adjust belt tension Turn motor jacking bolt to move motor mounting plate up or down for proper belt tension 3 8 in deflec tion at midspan with one finger 9...

Page 28: ...FLASH code will not be cleared and the EconoMi er will remain in the safe operation mode The sensor fault must be corrected to enable EconoMi er to revert to normal operation If the CONFIG button is p...

Page 29: ...e subcooler coil A tap is provided on the unit to measure liquid pressure entering the sub cooler leaving the condenser X FILTER DRIER Replace whenever refrigerant system is exposed to atmosphere XI P...

Page 30: ...r Motor CR Control Relay CT Current Transformer DAT Discharge Air Thermistor DM Damper Motor DU Dummy Terminal EC Enthalpy Control EQUIP Equipment FL Fuse Link FLA Full Load Amps FPT Freeze Protection...

Page 31: ...31 Fig 38 Typical Wiring Schematic 558F240 208 230 3 60 Shown ELECTRIC HEAT 208 240 v Amps 200 230 v kW A 71 3 82 3 25 7 34 2 B 117 135 42 2 56 1 C 156 180 56 2 74 8...

Page 32: ...32 Fig 38 Typical Wiring Schematic 558F240 208 230 3 60 Shown cont Fig 39 Typical Component Arrangement 558F240 Shown...

Page 33: ...place Restriction in refrigerant system Locate restriction and remove Compressor operates continuously Dirty air filter Replace filter Unit undersized for load Decrease load or increase unit size Ther...

Page 34: ...t MIN POS to 100 to verify operation and then set to correct setting EconoMi er Changeover Set Point Set Too High or Too Low Set at correct value See Table 5 Discharge Air Thermistor Faulty If STATUS...

Page 35: ...Cleaning 26 Installation 14 15 Size 8 Filter drier 29 Freeze protection thermostat 8 29 Heat anticipator settings 14 High pressure switch 8 29 Horizontal adapter roof curb 4 Humidistat 18 20 Low pres...

Page 36: ......

Page 37: ......

Page 38: ...selection of product theory and skills programs are available using popular video based for mats and materials All include video and or slides plus companion book Classroom Service Training which incl...

Page 39: ......

Page 40: ...E PROPERLY TENSIONED VERIFY THAT SCROLL COMPRESSOR IS ROTATING IN THE CORRECT DIRECTION VERIFY THAT CRANKCASE HEATER HAS BEEN ENERGIZED FOR 24 HOURS II START UP ELECTRICAL SUPPLY FAN AMPS EXHAUST FAN...

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