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Unitary Products Group

13

036-21311-003-A-0104

HEATING CAPACITIES -

2-1/2 TON (BHA030)

HEATING CAPACITIES -

3 TON (BHA036)

CFM

RETURN AIR

CAP

1

OUTDOOR AIR TEMPERATURE,

°

F (72% RH)

°

F

&  KW

-10

0

10

20

30

40

50

60

900

55

MBH

9.144

11.465

14.209

17.452

21.284

25.814

31.167

37.494

KW

2.186

2.314

2.442

2.570

2.698

2.826

2.955

3.083

70

MBH

8.834

11.155

13.899

17.142

20.974

25.504

30.857

37.184

KW

2.451

2.579

2.707

2.835

2.963

3.091

3.220

3.348

80

MBH

7.285

9.606

12.35

15.593

19.425

23.955

29.308

35.635

KW

2.596

2.724

2.852

2.980

3.108

3.236

3.365

3.493

1,200

55

MBH

13.075

15.396

18.14

21.383

25.215

29.745

35.098

41.425

KW

2.156

2.284

2.412

2.540

2.668

2.796

2.925

3.053

70

MBH

12.765

15.086

17.83

21.073

24.905

29.435

34.788

41.115

KW

2.421

2.549

2.677

2.805

2.933

3.061

3.190

3.318

80

MBH

11.216

13.537

16.281

19.524

23.356

27.886

33.239

39.566

KW

2.566

2.694

2.822

2.950

3.078

3.206

3.335

3.463

1,500

55

MBH

15.343

17.664

20.408

23.651

27.483

32.013

37.366

43.693

KW

2.156

2.284

2.412

2.540

2.668

2.796

2.925

3.053

70

MBH

15.033

17.354

20.098

23.341

27.173

31.703

37.056

43.383

KW

2.421

2.549

2.677

2.805

2.933

3.061

3.190

3.318

80

MBH

13.484

15.805

18.549

21.792

25.624

30.154

35.507

41.834

KW

2.566

2.694

2.822

2.950

3.078

3.206

3.335

3.463

1

These capacities are net capacities - the indoor motor heat has been added. These power inputs are total power inputs - the indoor motor watts have been added.

CFM

RETURN AIR

CAP

1

OUTDOOR AIR TEMPERATURE,

°

F (72% RH)

°

F

&  KW

-10

0

10

20

30

40

50

60

750

55

MBH

8.239

10.151

12.469

15.280

18.687

22.817

27.824

33.893

KW

1.515

1.673

1.832

1.990

2.148

2.306

2.465

2.623

70

MBH

7.038

8.950

11.268

14.079

17.486

21.616

26.623

32.692

KW

1.690

1.848

2.007

2.165

2.323

2.481

2.640

2.798

80

MBH

5.302

7.214

9.532

12.343

15.750

19.880

24.887

30.956

KW

1.802

1.960

2.119

2.277

2.435

2.593

2.752

2.910

1,000

55

MBH

10.209

12.121

14.439

17.250

20.657

24.787

29.794

35.863

KW

1.530

1.688

1.847

2.005

2.163

2.321

2.480

2.638

70

MBH

9.008

10.920

13.238

16.049

19.456

23.586

28.593

34.662

KW

1.705

1.863

2.022

2.180

2.338

2.496

2.655

2.813

80

MBH

7.272

9.184

11.502

14.313

17.720

21.850

26.857

32.926

KW

1.817

1.975

2.134

2.292

2.450

2.608

2.767

2.925

1,250

55

MBH

11.402

13.314

15.632

18.443

21.850

25.980

30.987

37.056

KW

1.552

1.710

1.869

2.027

2.185

2.343

2.502

2.660

70

MBH

10.201

12.113

14.431

17.242

20.649

24.779

29.786

35.855

KW

1.727

1.885

2.044

2.202

2.360

2.518

2.677

2.835

80

MBH

8.465

10.377

12.695

15.506

18.913

23.043

28.050

34.119

KW

1.839

1.997

2.156

2.314

2.472

2.630

2.789

2.947

Summary of Contents for Champion Series

Page 1: ...currents air velocity and temperature and unit vibration are monitored and recorded by the system to insure unit performance Equal size side supply and return duct connections allows easy hook up of d...

Page 2: ...o aids in sound alterations with it s Super Structure design This design strategically places embossments in the pan for optimum strength and rigidity FAN SYSTEM All models operate over a wide range o...

Page 3: ...sup ply and one return air rectangle to round duct adapter Adapters are preformed and designed to fit over current duct openings on the base unit Transition is from 15 square to 14 round ROOF CURBS NR...

Page 4: ...annual usage period for cooling divided by the total electric power input in watt hours during the same period COP Coefficient of Performance the total heating capacity provided by the refrigeration...

Page 5: ...2 23 2 16 2 11 2 12 Sensible Capacity MBH 1 Entering Dry Bulb F 86 10 9 13 4 13 9 13 8 12 3 14 8 14 4 14 3 13 6 16 3 14 9 14 8 14 9 17 1 15 3 15 2 16 2 17 9 15 7 15 6 83 9 6 12 1 13 6 13 5 10 7 13 5...

Page 6: ...4 Sensible Capacity MBH 1 Entering Dry Bulb F 86 13 9 17 3 17 9 17 9 15 5 18 8 18 5 18 4 17 1 20 3 19 1 19 0 18 6 21 0 19 4 19 4 20 1 21 6 19 8 19 8 83 12 2 15 6 17 6 17 6 13 5 17 3 18 4 18 3 14 8 19...

Page 7: ...Capacity MBH 1 Entering Dry Bulb F 86 17 6 21 9 22 5 22 6 19 5 23 6 23 0 23 0 21 5 25 3 23 5 23 5 23 5 26 1 23 9 24 0 25 5 26 9 24 4 24 4 83 15 5 19 8 22 2 22 3 17 0 21 7 22 8 22 9 18 5 23 5 23 5 23 5...

Page 8: ...Entering Dry Bulb F 86 21 0 25 8 25 1 23 7 23 9 28 4 27 0 25 5 26 9 31 1 28 8 27 2 29 5 32 9 30 0 28 3 32 1 34 6 31 2 29 5 83 18 5 23 2 25 1 23 7 20 9 26 2 27 0 25 5 23 4 29 3 28 8 27 2 25 5 31 3 30...

Page 9: ...H 1 Entering Dry Bulb F 86 23 4 29 0 27 9 25 3 26 5 31 9 30 1 27 3 29 6 34 8 32 3 29 3 32 0 35 8 32 7 29 7 34 4 36 9 33 1 30 1 83 20 4 26 0 27 9 25 3 23 0 29 2 30 1 27 3 25 5 32 3 32 3 29 3 27 3 33 9...

Page 10: ...lb F 86 28 3 35 7 38 8 36 8 31 6 39 3 40 0 38 0 34 9 43 0 41 3 39 2 38 2 44 7 42 1 40 0 41 4 46 5 43 0 40 9 83 24 8 32 3 36 9 36 0 27 5 35 7 39 1 37 6 30 2 39 1 41 3 39 2 32 8 42 0 42 1 40 0 35 4 44 8...

Page 11: ...5 44 3 46 6 45 4 38 4 48 2 47 8 46 5 42 3 52 2 48 9 47 6 43 7 53 1 49 6 48 3 45 1 54 1 50 3 48 9 83 30 3 40 0 45 7 44 6 33 4 44 1 47 3 46 1 36 5 48 1 48 9 47 6 37 5 49 3 49 6 48 3 38 5 50 6 50 3 48 9...

Page 12: ...2 543 15 457 19 060 23 517 29 028 KW 1 428 1 581 1 733 1 886 2 038 2 190 2 343 2 495 1 These capacities are net capacities the indoor motor heat has been added These power inputs are total power input...

Page 13: ...2 25 624 30 154 35 507 41 834 KW 2 566 2 694 2 822 2 950 3 078 3 206 3 335 3 463 1 These capacities are net capacities the indoor motor heat has been added These power inputs are total power inputs th...

Page 14: ...ities the indoor motor heat has been added These power inputs are total power inputs the indoor motor watts have been added HEATING CAPACITIES 4 TON BHA048 CFM RETURN AIR CAP1 OUTDOOR AIR TEMPERATURE...

Page 15: ...N DATA MODEL BHA 018 024 030 036 042 048 060 MINIMUM AIR FLOW CFM COOLING 450 600 750 900 1 050 1 200 1 500 HEATING 450 600 750 900 1 050 1 200 1 500 MAXIMUM AIR FLOW CFM COOLING 750 1 000 1 250 1 500...

Page 16: ...788 691 1739 1652 1528 940 752 677 NOTE Above data includes allowances for a dry indoor coil and no filters For additional pressure drops refer to the Additional Static Pressure Resistance table MODEL...

Page 17: ...253 11 2 60 0 1 1 2 6 17 7 25 25 96 40 030 208 230 1 60 187 253 12 0 73 0 1 1 2 6 18 7 25 25 96 40 036 208 230 1 60 187 253 17 3 94 0 1 1 3 5 26 2 35 35 96 40 042 208 230 1 60 187 253 20 5 120 0 1 1 3...

Page 18: ...88 1 103 7 114 1 126 3 140 2 148 8 166 2 90 100 110 125 150 150 150 175 90 100 110 125 150 150 150 175 060 208 230 1 60 28 9 165 0 1 5 7 0 2NH04501006 2NH04501506 2NH04502006 2NH04502506 2 2 2 2 7 5...

Page 19: ...25 0 9 6 14 4 19 2 24 1 21 3 27 3 33 3 39 3 25 30 35 40 25 30 35 40 060 575 3 60 6 4 50 0 0 6 2 8 2NH04501058 2NH04501558 2NP04502058 2NP04502558 1 1 2 2 10 0 15 0 20 0 25 0 9 6 14 4 19 2 24 1 23 4 2...

Page 20: ...LTAGE CONN 7 8 DIA KNOCKOUT HIGH VOLTAGE CONN 131 32 DIA KNOCKOUT FRONT ELECTRICAL FILTER SERVICE ACCESS COMPARTMENT PANEL OVERALL OVERALL 4 1 2 11 2 2 1 2 All dimensions are in inches They are subjec...

Page 21: ...S THEREAFTER FOR ALL OTHER HEATERS ZERO INCH CLEARANCE ALL SIDES FOR ENTIRE LENGTH OF DUCT FLEXIBLE DUCT COLLAR NOTE FOR UNITS APPLIED WITH A ROOF CURB THE MINIMUM CLEARANCE MAY BE REDUCED FROM 1 INCH...

Page 22: ...FIELD SUPPLIED DISCONNECT SWITCH LOCATED TO REAR OF UNIT CONTROL WIRING TO INDOOR THERMOSTAT ROOF CURB INSTALLATION REAR DUCT SLAB ON GROUND INSTALLATION ROOF CURB INSTALLATION BOTTOM DUCT TYPICAL ROO...

Page 23: ...F CURB DIMENSIONS 8 roof curb also available UNIT BASE RAIL UNIT BASE WOOD NAILER 8 MIN ABOVE FINISHED ROOF CURB FRAME COUNTERFLASHING INSULATION CANT STRIP ROOF DECK AND ROOFING MATERIAL INSULATION A...

Page 24: ...PR 708 PR 716 PR 716 PR 713 PR 713 PR 710 PR 710 PR F6 F6 F4 F4 F2 F2 K6 K6 K4 K4 K5 K5 K3 K3 M1 M1 714 BK 714 BK 706 BK 706 BK 711 BK 711 BK 703 BK 703 BK 709 BK 709 BK F1 F1 F3 F3 F5 F5 DUAL POINT E...

Page 25: ...ts Group 25 036 21311 003 A 0104 TYPICAL WIRING DIAGRAM 230 3 60 POWER SUPPLY M R C COMPR RELAY DFST STAT M1 DETAIL A 222 Y BLU BLU DS DEFROST CONTROL 031 01268 000B FOR DEFROST CONTROL 031 09104 000A...

Page 26: ...R 2 1 2 R C T 1 1 0 9 B K 2 4 V 1 0 8 P R 4 8 0 O R 6 0 0 2 1 4 B R 8 D 7 E A B K 3 8 1 3 B R 8 1 4 Y L 2 L 2 L 2 1 2 3 H 1 L 1 L 1 L 1 K 1 2 0 9 R K 2 F A N C O N T R O L B O A R D T L H F L H 4 1 2...

Page 27: ...FAN MOTOR K2 RELAY ELECTRIC HEATER K3 RELAY ELECTRIC HEATER 24V DC COIL K7 RELAY LIMIT TRIP 24V DC COIL LP LOW PRESSURE SWITCH OPTIONAL ACCESSORY OPEN 7 PSIG LS LIMIT SWITCH ELECTRIC HEAT PART OF ELEC...

Page 28: ...uilding structure duct work and base unit 10 Condensate pan shall be internally sloped and conform to ASHRAE 62 89 self draining standards with 3 4 NPTI copper ridged mount connection INDOOR SUPPLY FA...

Page 29: ...tion with nickel chromium ele ments shall be provided in a range of 5 thru 25 KW offer ing two stages of capacity 7 KW and above on single phase heaters and one 20 KW and above on three phase heaters...

Page 30: ...30 Unitary Products Group 036 21311 003 A 0104...

Page 31: ...Unitary Products Group 31 036 21311 003 A 0104...

Page 32: ...Group 5005 York Drive Norman Oklahoma 73069 Subject to change without notice Printed in U S A Copyright by York International Corporation 2004 All Rights Reserved 036 21311 003 A 0104 Supersedes 036...

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