Forced Floor Convector
Forced Floor Convector

Forced Floor Convector

The forced floor convector is a natural convection floor convector with a crossflow fan added, so that the limited heat dissipation elements placed in the floor groove space can output higher heat in a low-noise operating environment, thereby meeting the heating requirements.
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Overview

 

The forced floor convector is a natural convection floor convector with a crossflow fan added, so that the limited heat dissipation elements placed in the floor groove space can output higher heat in a low-noise operating environment, thereby meeting the heating requirements.

 

Parameter

 

AHK340/150 Double pipe type

Model

AHK340/150-1250

AHK340/150-2000

AHK340/150-2750

Speed level

3

2

1

3

2

1

3

2

1

Air flowm³h

287

197

105

574

394

210

861

591

315

Sound pressure level dB(A)

37

25

20

39

27

21

40

28

22

Power level(W

46

32

18

92

64

36

138

96

54

Number of motors

1

2

3

Water temperature(c

room temperature(C)

Heating capacity(W)

Heating capacity(W

Heating capacity(W)

95/70

18

4949

3575

2548

9713

7014

4997

14427

10390

7403

20

4796

3464

2470

5412

6796

4842

13980

10067

7173

80/60

18

3990

2882

2055

7830

5654

4028

11630

8375

5967

20

3837

2771

1976

7529

5436

3874

11183

8053

5738

75/60

18

3798

2743

1956

7454

5382

3835

11070

7972

5680

20

3644

2633

1877

7152

5164

3679

10623

7650

5450

70/55

18

3415

2466

1758

6701

4838

3447

9951

7167

5107

20

3261

2355

1679

6399

4621

3292

9504

6845

4877

60/45

18

2647

1912

1363

5194

3750

2672

7715

5556

3958

20

2493

1801

1283

4892

3533

2517

7268

5234

3729

Water temperature(℃)

room temperature(C)

Heating capacity(w)

Heating capacity(W

Heating capacity(W)

6/12

26

Qk

1434

1036

739

2814

2032

1448

4180

3010

2145

Qs

1205

870

621

2364

1707

1217

3512

2529

1802

24

Qk

1121

809

577

2198

1587

1131

3264

2351

1675

Qs

1084

783

558

2127

1536

1094

3159

2275

1621

8/14

26

Qk

1084

783

558

2127

1536

1094

3159

2275

1621

Qs

1084

783

558

2127

1536

1094

3159

2275

1621

24

Qk

873

630

449

'712

1237

881

2543

1832

1305

Qs

873

630

449

712

1237

881

2543

1832

1305

10/15

26

Qk

890

644

459

.747

1262

899

2595

1868

1331

Qs

890

644

459

747

1262

899

2595

1868

1331

24

Qk

764

552

393

-499

1082

771

2226

1603

1142

Qs

764

552

393

1499

1082

771

2226

1603

1142

12/16

26

Qk

782

565

403

535

1108

789

2279

1641

1169

Qs

782

565

403

1535

1108

789

2279

1641

1169

24

Qk

659

476

339

292

933

665

1919

1382

985

Qs

749

476

339

292

933

665

1919

1382

985

16/18

26

Qk

576

417

297

130

816

582

1679

1210

862

Qs

576

417

297

1130

816

582

1679

1210

862

24

Qk

469

338

241

920

664

473

366

984

701

Qs

469

338

241

920

664

473

1366

984

701

The length of the heat dissipation element of all models in the table is L-250mm. In addition to the above standard models, our company can customize them according to the specific building and heat dissipation requirements. Qk-total cooling capacity; Qs: sensible cooling capacity

 

AHK340/150 four pipe type

Model

AHK340/150-1250

AHK340/150-2000

AHK340/150-2750

Speed level

3

2

1

3

2

1

3 2

1

Air flow m³h

287

197

105

574

394

210

861 591

315

Sound pressure level dB(A)

37

25

20

29

27

21

40 28

22

Power level(W

46

32

18

92

64

36

138 96

54

Number of motors

1

2

3

Water temperature(c

room temperature(C)

Heating capacity(W)

Heating capacity(W

Heating capacity(W)

95/70

18

2870

2074

147

5633

4068

2898

8367 6026

4294

20

2782

2009

1433

5459

3942

2808

8108 5839

4161

80/60

18

2314

1671

1192

4541

3280

2336

6746 4858

3461

20

2226

1607

1146

4367

3153

2246

6486 4671

3328

75/60

18

2203

1591

1134

4324

3121

2224

6421 4624

3294

20

2113

1527

1088

4148

2995

2134

6161 4437

3161

70/55

18

1981

1430

1020

3886

2806

1999

5772 4157

2962

20

1891

1366

974

3712

2680

1910

5513 3970

2829

60/45

18

1535

1109

790

3012

2175

1550

4475 3222

2296

20

1446

1045

744

2838

2049

1460

4216 3036

2163

Water temperature(c

room temperature(C)

Heating capacity(W)

Heating capacity(W

Heating capacity(W)

6/12

26

Qk

1147

829

591

2252

1625

1158

3344

2408

1715

Qs

964

697

497

1892

1366

974

2810

2023

1442

24

Qk

896

647

462

1759

1269

905

2612

1881

1340

Qs

867

626

445

1701

1229

876

2527

1820

1297

8/14

26

Qk

867

626

446

1701

1229

876

2527

1820

1297

Qs

867

626

446

1701

1229

876

2527

1820

1297

24

Qk

698

504

359

1370

989

705

2034

1465

1044

Qs

698

504

359

1370

989

705

2034

1465

1044

10/15

26

Qk

712

515

367

1398

1010

719

2075

1495

1065

Qs

712

515

367

1398

1010

719

2075

1495

1065

24

Qk

611

441

315

1199

866

617

1780

1283

914

Qs

611

441

315

1199

866

617

1780

1283

914

12/16

26

Qk

626

452

322

1228

887

632

1823

1312

935

Qs

626

452

322

1228

887

632

1823

1312

935

24

Qk

527

381

272

1034

747

532

1535

1106

788

Qs

527

381

272

1034

747

532

1535

1106

788

16/18

26

Qk

461

333

238

905

653

466

1344

968

689

Qs

461

333

238

905

653

466

1344

968

689

24

Qk

375

271

193

736

531

379

1093

787

561

Qs

375

271

193

736

531

379

1093

787

561

The length of the heat dissipation element of all models in the table is L-250mm. In addition to the above standard models, our company can customize them according to the specific building and heat dissipation requirements. Qk-total cooling capacity; Qs: sensible cooling capacity

 

Key Features of Forced Floor Convectors

 

  • Efficient Heating:Forced floor convectors use fans or blowers to actively circulate air, allowing for rapid heating of rooms. This method is faster and provides more even temperature distribution compared to natural convection heating, making it ideal for environments requiring quick temperature adjustments.
  • Space-Saving Design:These units are installed recessed into the floor, saving valuable wall and floor space. Their concealed installation makes them an excellent choice for spaces where aesthetics and maximizing usable area are important.
  • Adjustable Airflow:Forced floor convectors typically feature fans with adjustable airflow, allowing users to control the heating intensity and air movement as needed, providing a customizable heating solution.
  • Precise Temperature Control:The use of fans enables precise control of air circulation, ensuring consistent and comfortable indoor temperatures. This allows for better temperature management in the room.
  • Noise Control:Although they use fans to force air movement, modern forced floor convectors often include noise reduction features to minimize operational noise. This makes them suitable for noise-sensitive environments such as offices, bedrooms, and libraries.
  • Easy Maintenance:Forced floor convectors are designed for easy maintenance, typically requiring regular cleaning of filters and fan components. Their low-maintenance design helps reduce upkeep time and costs while ensuring long-lasting performance.
  • Versatile Design:These convectors are available in various sizes and styles, with grills that can be customized to match the room's decor, ensuring seamless integration with interior designs.
  • Wide Range of Applications:Due to their efficient heating and space-saving properties, forced floor convectors are widely used in residential, commercial, and industrial settings.

 

Applications of Forced Floor Convectors

 

  • Residential Buildings:Ideal for homes, especially in living rooms, bedrooms, and hallways, where quick heating and comfortable temperature control are required.
  • Commercial Buildings:Used in offices, conference rooms, shops, and restaurants, providing efficient and quiet heating solutions that maintain a comfortable indoor environment.
  • Public Facilities:Suitable for libraries, museums, and exhibition spaces where quiet operation and discreet heating systems are needed to maintain a pleasant environment.
  • Healthcare Facilities:Employed in hospitals, clinics, and care homes to provide safe, reliable heating, ensuring comfort for patients and healthcare staff.
  • Educational Institutions:Used in schools, universities, and training centers to ensure quick and even heating of classrooms and other learning spaces, creating a conducive learning environment.
  • Industrial Sites:Suitable for factories, warehouses, and other industrial locations, providing a comfortable working environment and protecting equipment and products from temperature fluctuations.

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product-907-456

 

FAQ

 

Q: What are your delivery terms?

A: Our regular delivery term is FOB Shanghai. We also accept EXW, CFR, CIF, DDP, DDU, etc. We will provide you with the freight, and you can choose the most convenient and effective one for you.

Q: What modes of transportation can you provide?

A: We can provide sea, air, and express shipping.

Q: What is your after-sales service?

A: Our quality warranty period is two years. Any quality issues will be resolved to the customer's satisfaction.

Q: Are you a trading company or a manufacturer?

A: We are a professional manufacturer of air conditioning boxes, fan coil units, and floor convectors. We directly trade our products with customers.

Q: What is your delivery time?

A: The usual delivery time is 10-30 days after receiving your order confirmation. Additionally, we have standard fan coil units in stock, which can be delivered within 1-2 days.

Q: What machines do you have in your factory?

A: We have laser cutting machines, high-precision cutting machines, shearing machines, bending machines, high-speed punch presses, welding machines, and edge banding machines.

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