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MC500-1ERV 5

Blower Data for PSC Motors

MCV 500 Cabinet

External Static Pressure

0.0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

CFM

Low

649

634

586

510

402

313

233

129

NA

NA

NA

Medium

786

768

709

618

487

379

282

157

NA

NA

NA

High

957

935

927

929

900

853

800

738

688

632

535

MCV1000 Cabinet

External Static Pressure

0.0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

CFM

Low

1146

1124

1079

1042

1006

969

895

918

892

853

826

Medium

1388

1361

1307

1262

1218

1174

1084

1112

1080

1033

1001

High

1618

1586

1524

1471

1420

1368

1264

1296

1259

1204

1166

Table #1

Performance Test for MCV500 with ECM Motor

Supply

External Static Pressure (in wc)

0.0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

CFM

Input Voltage (v)

2

259

253

158

3

345

337

254

112

4

431

421

350

232

83

5

516

504

447

353

228

132

49

6

602

588

543

473

373

290

216

120

7

688

672

639

593

518

448

383

301

273

216

159

8

773

755

736

714

663

607

551

481

472

430

389

9

859

839

832

834

808

765

718

662

618

568

481

10

860

840

833

835

809

766

719

663

618

568

481

Exhaust

External Static Pressure (in wc)

0.0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

CFM

Input Voltage (v)

2

38

3

138

80

15

4

238

182

121

52

5

339

284

226

164

101

50

6

439

386

332

275

216

164

7

539

488

438

386

331

278

227

175

123

71

19

8

640

590

543

498

446

393

347

298

249

200

151

9

740

692

649

609

561

507

467

421

375

330

284

10

741

693

650

610

562

508

456

410

373

326

291

Performance Test for MCV1000 with ECM Motor

Supply

External Static Pressure (in wc)

0.0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

CFM

Input Voltage (v)

2

3

4

642

561

472

325

5

795

734

664

575

459

301

123

6

986

953

879

815

734

643

534

396

166

7

1237

1178

1129

1050

995

935

854

795

700

604

467

8

1377

1358

1347

1290

1214

1179

1114

1066

994

914

845

9

1408

1388

1392

1366

1339

1334

1300

1284

1263

1240

1186

10

1409

1394

1370

1349

1339

1317

1310

1290

1280

1255

1239

Exhaust

External Static Pressure (in wc)

0.0

0.1

0.2

0.3

0.4

0.5

0.6

0.7

0.8

0.9

1.0

CFM

Input Voltage (v)

2

3

4

393

333

232

122

5

582

508

420

346

208

137

36

6

775

721

651

567

506

431

266

196

120

7

974

915

860

796

735

671

588

522

414

284

208

8

1168

1119

1084

1028

987

938

881

837

757

694

612

9

1304

1270

1225

1187

1137

1094

1052

1004

945

888

801

10

1375

1352

1328

1308

1285

1232

1192

1159

1111

1071

1024

Содержание MiniCORE MCV-500

Страница 1: ...nergy by transferring heat energy across two opposing air streams using a polymer core heat exchanger This process works in the summer by rejecting the heat energy from incoming intake air and in the winter by conserving the heat energy from the exhaust air allowing outdoor ventilation rates to be increased by factors of three or more without additional energy penalty or increase in size of the he...

Страница 2: ...re 3 High voltage 115V Connect the high voltage wires to L1 Hot L2 Common hook the ground wire to the provided grounding nut See Wiring Diagrams on Pages 6 7 208 230V Single phase Connect the high voltage wires to L1 Hot L2 Common connect the ground wire to the provided ground nut Check Voltage into the unit and adjust the voltage input to the transformer from 230V to 208V if necessary by switchin...

Страница 3: ...read across the MiniCore Figure 4 B Air Balancing Adjustment 1 Remove plastic plugs in access panels 4 total 2 With a manometer measure pressure drop inches of water column diagonally across the MiniCore Unit CFM for 3 speed PMC motors is determined then by referring to Table 1 on Page 5 3 Repeat the same process for the other airflow vector of MiniCore 4 System can be balanced by adding dampers t...

Страница 4: ...s together 2 Remove the center divider panel by removing the two 5 16 screws at with end of the panel on the side of the MiniCore 3 Carefully slide the core outwards B Filter Removal See Figure 6 1 Open the Filter Access panel by opening the two spring loaded latches to expose filters 2 Slide filters outwards Figure 5 Unit A B C MCV500 42 1 4 51 15 1 2 MCV1000 20 3 4 C B ...

Страница 5: ...Static Pressure in wc 0 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 CFM Input Voltage v 2 38 3 138 80 15 4 238 182 121 52 5 339 284 226 164 101 50 6 439 386 332 275 216 164 7 539 488 438 386 331 278 227 175 123 71 19 8 640 590 543 498 446 393 347 298 249 200 151 9 740 692 649 609 561 507 467 421 375 330 284 10 741 693 650 610 562 508 456 410 373 326 291 Performance Test for MCV1000 with ECM Motor Su...

Страница 6: ...6 MC500 1ERV MCV500 MCV1000 UNIT WIRING DIAGRAM Notes 1 Selective voltage terminal for proper unit voltage Mini Ventilator W Factory Installed Options 115V 230V 1 PH Unit 01 C45 C75 C150 02xH 01 21 ...

Страница 7: ...e terminal for proper unit voltage 2 Omit BL 25 BL 30 for 0 10V Signal Control Wire BL 25 to TB39 1 and BL 30 to TB40 1 for low speed Wire BL 25 to TB39 2 BL 30 to TB40 2 for high speed Mini Ventilator W Factory Installed Options 115V 230V 1 PH Unit 01 C45 C75 C150 02xE 01 21 ...

Страница 8: ...ation If blower motor fans are running backwards de energize power to the unit then swap reversing plug on motors to change direction Re check Perform all start up procedures outlined in the installation manual shipped with the unit Fill in the Start Up Information as outlined on the opposite side of this sheet Provide owner with information packet Explain the thermostat and unit operation START U...

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