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Manual 2100-527H 

Page 

23 of 29

TABLE  5A 

COOLING PRESSURE TABLE

Low side pressure  ± 4 PSIG      High side pressure ± 10 PSIG

Tables are based upon rated CFM (airflow) across the evaporator coil.  If there is any doubt as to correct operating charge being in the system, the charge 

should be removed, system evacuated and recharged to serial plate charge weight.

NOTE:  Pressure table based on high speed condenser fan operation.  If condensing pressures appear elevated check condenser fan wiring.  See 

“Condenser Fan Operation”.

Air Temperature Entering Outdoor Coil °F

TABLE  5B

HEATING PRESSURES – (ALL TEMPERATURES °F)

Model

Return Air 

Temperature

Pressure

75

80

85

90

95

100

105

110

115

120

S26H1

75 deg. DB

62 deg. WB

Low SIde

High Side

129

298

130

320

131

342

132

366

133

390

134

414

135

440

137

466

138

493

140

522

80 deg. DB

67 deg. WB

Low SIde

High Side

133

306

134

328

135

351

136

375

137

397

143

425

144

451

146

478

148

506

150

535

85 deg. DB

72 deg. WB

Low SIde

High Side

143

317

144

339

145

363

145

388

147

414

148

440

149

467

151

495

153

524

155

554

S31H1

75 deg. DB

62 deg. WB

Low SIde

High Side

122

312

124

329

126

347

129

368

131

390

133

413

135

439

137

466

138

494

139

525

80 deg. DB

67 deg. WB

Low SIde

High Side

130

320

133

337

135

356

136

377

137

405

142

424

144

450

146

478

147

507

149

538

85 deg. DB

72 deg. WB

Low SIde

High Side

135

331

138

349

140

368

143

390

145

414

147

439

149

466

151

495

152

525

154

557

S38H1

75 deg. DB

62 deg. WB

Low SIde

High Side

125

314

127

332

129

351

131

371

133

394

135

417

137

442

138

468

140

496

141

526

80 deg. DB

67 deg. WB

Low SIde

High Side

134

322

136

340

138

360

140

381

141

400

144

428

146

453

148

480

150

509

151

539

85 deg. DB

72 deg. WB

Low SIde

High Side

139

333

141

352

143

373

145

394

147

418

149

443

151

469

153

497

155

527

156

558

S43H1

75 deg. DB

62 deg. WB

Low SIde

High Side

128

329

130

343

132

361

134

381

137

404

138

429

140

457

143

488

145

522

148

558

80 deg. DB

67 deg. WB

Low SIde

High Side

137

337

139

352

141

370

143

391

144

413

148

440

150

469

153

501

155

535

158

572

85 deg. DB

72 deg. WB

Low SIde

High Side

142

349

144

364

146

383

148

405

151

428

153

455

155

485

158

519

160

554

164

592

S49H1

75 deg. DB

62 deg. WB

Low SIde

High Side

131

338

131

355

132

372

133

392

134

413

136

437

137

461

139

488

142

517

145

547

80 deg. DB

67 deg. WB

Low SIde

High Side

140

347

140

364

141

382

142

402

142

421

145

448

147

473

149

501

152

530

155

561

85 deg. DB

72 deg. WB

Low SIde

High Side

145

359

145

377

146

395

147

416

148

439

150

464

152

490

154

519

157

549

160

581

S61H1

75 deg. DB

62 deg. WB

Low SIde

High Side

122

336

123

353

125

371

126

392

128

416

130

442

132

470

133

500

136

532

137

567

80 deg. DB

67 deg. WB

Low SIde

High Side

131

345

132

362

134

381

135

402

137

427

139

453

141

482

142

513

145

546

147

582

85 deg. DB

72 deg. WB

Low SIde

High Side

136

357

137

375

139

394

140

416

142

442

144

469

146

499

147

531

150

565

152

602

Model

Return Air 

Temperature

Pressure

0

5

10

15

20

25

30

35

40

45

50

55

60

65

S26H1

70 Deg.

Low Side

High Side

37

304

43

305

50

307

57

311

63

317

71

325

78

335

85

346

93

352

101

360

109

391

117

410

126

430

134

452

S31H1

70 Deg.

Low Side

High Side

38

281

44

291

50

300

57

310

64

321

71

332

79

343

86

354

94

366

102

379

110

391

119

404

127

418

136

432

S38H1

70 Deg.

Low Side

High Side

37

270

43

276

49

282

55

289

62

296

69

304

76

313

83

322

91

333

99

343

107

355

116

367

125

380

134

393

S43H1

70 Deg.

Low Side

High Side

49

273

50

275

53

278

57

282

62

287

67

294

74

303

82

312

91

323

100

335

111

348

123

363

136

379

150

396

S49H1

70 Deg.

Low Side

High Side

32

310

37

311

41

315

53

320

64

328

73

337

82

348

89

361

95

377

99

394

102

413

104

433

105

456

104

481

S61H1

70 Deg.

Low Side

High Side

44

283

46

292

47

302

49

313

52

324

57

335

63

347

71

360

80

373

91

387

103

401

117

416

133

431

149

447

Summary of Contents for S26H1-A

Page 1: ...1 B S43H1 C S49H1 A S49H1 B S49H1 C S61H1 A S61H1 B S61H1 C Bard Manufacturing Company Inc Bryan Ohio 43506 www bardhvac com Manual 2100 527H Supersedes 2100 527G Date 7 28 15 S26H1DA S26H1DB S26H1DC...

Page 2: ...Specifications S H 25 Table 7B Electrical Specifications W H 26 Table 8 Indoor Blower Performance 27 Tables 9A Indoor Blower Performance S H 27 Tables 9B Indoor Blower Performance W H 27 Getting Other...

Page 3: ...ter and Summer Air Conditioning Duct Design for Residential ACCA Manual D Winter and Summer Air Conditioning and Equipment Selection FOR MORE INFORMATION CONTACT THESE PUBLISHERS ACCA Air Conditioning...

Page 4: ...fore the installation is made See Page 3 for information on codes and standards Size of unit for a proposed installation should be based on heat loss gain calculation made according to methods of Air...

Page 5: ...act distributor or factory for ordering information If using a return air filter grille filters must be of sufficient size to allow a maximum velocity of 400 fpm NOTE If no return air duct is used app...

Page 6: ...3 Locate and mark lag bolt locations and bottom mounting bracket location See Figures 3A 3B 4 Mount bottom mounting bracket 5 Hook top rain flashing attached to front right of supply flange for shippi...

Page 7: ...1 S1 S1 S2 B FIGURE 2 All dimensions are in inches Dimensional drawings are not to scale S H W H RIGHT UNIT Dimensions of Basic Unit for Architectural and Installation Requirements Nominal MODEL WIDTH...

Page 8: ...R 1 4 CLEARANCE ON ALL RAIN FLASHING COMBUSTIBLE MATERIALS DUCT TOP FLASHING AT TIME OF INSTALLATION 1 4 MIN CLEARANCE FROM REQUIRED DIMENSIONS TO MAINTAIN OPENING ENTIRE LENGTH OF TOP MATERIALS NOTES...

Page 9: ...1 4 29 3 4 32 12 5 1 2 2 NOTES WALL STRUCTURE 1 SUPPLY AIR IT IS RECOMMENDED THAT A BEAD OF OPENING Right Side View RAIN FLASHING SILICONE CAULKING BE PLACED BEHIND RECOMMENDED 1 CLEARANCE FROM THE SI...

Page 10: ...This is required for the first 3 feet of ducting It is important to insure that the 1 4 inch minimum spacing is maintained at all points Failure to do this could result in overheating the combustible...

Page 11: ...IR FACTORY SUPPLIED RAIN FLASHING SUPPLY AIR MIS 548 A SIDE VIEW I A C K E 1 000 B 1 000 SUPPLY DUCT OVER FRAME INTERIOR FINISHED WALL ALL AROUND DUCT FRAMING MATERIAL EXTERIOR FINISH WALL OPENING FOR...

Page 12: ...WALL OPENING W GRILLE SUPPLY DUCT MAYBE LOCATED IN AN ATTIC OR BELOW CEILING RAFTERS AS SHOWN CEILING RAIN RETURN AIR SLEEVE WALL SUPPLY AIR DUCT RAFTERS RAFTERS RETURN AIR OPENING W GRILLE RAIN FALSE...

Page 13: ...ircuit breaker that is to be used with the equipment The correct size must be used for proper circuit protection and also to assure that there will be no nuisance tripping due to the momentary high st...

Page 14: ...the correct set points NOTE The additional LAB low ambient bypass relay is required to prevent heater operation during low temperature cooling operation OPTIONAL COMPRESSOR CUTOFF THERMOSTAT See Figu...

Page 15: ...mostat This is done to maximize FIGURE 11 ELECTRIC HEAT HOLD OFF WIRING 15 20KW 1 PH 3 PH FIGURE 10 ELECTRIC HEAT HOLD OFF WIRING 4 10KW 1 PH 6 9KW 3 PH efficiency by utilizing the heat pump to bring...

Page 16: ...tiple leaks and recharges R 410A refrigerant is close to being an azeotropic blend it behaves like a pure compound or single component refrigerant The remaining refrigerant charge in the system may be...

Page 17: ...l minutes the compressor s internal protector will trip All three phase ZP compressors are wired identically internally As a result once the correct phasing is determined for a specific system or inst...

Page 18: ...will return the system to heating operations automatically If some abnormal or temporary condition such as a high wind causes the heat pump to have a prolonged defrost cycle the heat pump control wil...

Page 19: ...the control will then monitor the low pressure switch input normally to make sure that the switch is closed during Y operation High Pressure Switch Operation The control has a built in lockout system...

Page 20: ...ump control defective Check for 24 V between RV C and B C 1 Check circuit control wiring 2 Replace heat pump control Reversing valve solenoid coil defective Check for open or shorted coil Replace sole...

Page 21: ...16 0 144374 22 0 43554 60 0 15310 98 0 6098 15 0 139576 23 0 42295 61 0 14921 99 0 5961 14 0 134956 24 0 41077 62 0 14544 100 0 5827 13 0 130506 25 0 39898 63 0 14177 101 0 5697 12 0 126219 26 0 3875...

Page 22: ...ge quantity The following pressure tables show nominal pressures for the units Since many installation specific situations can affect the pressure readings this information should only be used by cert...

Page 23: ...g DB 62 deg WB Low SIde High Side 128 329 130 343 132 361 134 381 137 404 138 429 140 457 143 488 145 522 148 558 80 deg DB 67 deg WB Low SIde High Side 137 337 139 352 141 370 143 391 144 413 148 440...

Page 24: ...deg DB 62 deg WB Low SIde High Side 131 325 131 343 132 363 134 384 135 408 137 432 139 458 142 487 145 516 148 547 80 deg DB 67 deg WB Low SIde High Side 140 333 140 352 141 372 143 394 143 418 147 4...

Page 25: ...S26H1 C00 C0Z C06 460 60 3 1 1 10 19 15 20 14 12 14 12 S31H1 A00 A0Z A04 A08 230 208 60 1 1 1 1 27 48 48 35 50 50 8 8 8 10 10 10 S31H1 B00 B0Z B06 230 208 60 3 1 1 19 37 25 40 10 8 10 10 S31H1 C00 C0...

Page 26: ...C00 C0Z C06 460 60 3 1 1 11 10 15 20 14 12 14 12 W31H1 A00 A0Z A04 A08 230 208 60 1 1 1 1 26 47 47 35 50 50 8 8 8 10 10 10 W31H1 B00 B0Z B06 230 208 60 3 1 1 19 37 25 40 10 8 10 10 W31H1 C00 C0Z C06 4...

Page 27: ...o next lower speed for free blow non ducted installation NOTE These units are equipped with a variable speed ECM indoor motor that automatically adjusts itself to maintain approximately the same rate...

Page 28: ...it s air noise cabinet duct or motor noise interview customer if necessary Air noise High static creating high blower speed Is airflow set properly Does removing filter cause blower to slow down Check...

Page 29: ...fully insert the plug and press it into the socket until it latches A SLIGHT CLICK WILL BE HEARD WHEN PROPERLY INSERTED Finish installing the replacement control per one of the three following paragra...

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