Products
Power Plant Ventilation Fan
  • Power Plant Ventilation FanPower Plant Ventilation Fan
  • Power Plant Ventilation FanPower Plant Ventilation Fan
  • Power Plant Ventilation FanPower Plant Ventilation Fan

Power Plant Ventilation Fan

Hebei Ketong offers quality Power plant ventilation fan. Our fans are specifically designed to optimise air circulation within the main plant building, equipment compartments and auxiliary workshops. They efficiently extract high-temperature residual heat, dust-laden exhaust gases and mechanical exhaust heat generated during power generation. With stable airflow and high efficiency, they provide a safe and comfortable operating environment for both equipment and personnel.

Power Plant Ventilation Fan produced by Hebei Ketong factory, mainly used for optimizing air circulation in power plant workshops, equipment cabins, and auxiliary facilities, as well as discharging high-temperature residual air, dust-laden gas, or mechanical exhaust gas generated during power generation processes, with outstanding ventilation efficiency and stable air volume control performance to ensure a safe and comfortable operating environment for power plant equipment and personnel.
It is generally installed at the air inlet of boiler auxiliary machine rooms, the exhaust port of turbine generator cabins, the ventilation outlet of coal handling system workshops, or the air exchange section of transformer stations, responsible for conveying fresh air into the plant area, and discharging high-temperature air, coal dust-containing gas, or equipment heat dissipation exhaust gas produced in power generation links such as coal combustion, steam circulation, and electrical equipment operation.
This fan is typically suitable for thermal power stations, hydroelectric power stations (for auxiliary workshop ventilation), auxiliary facilities departments at nuclear power plants, new energy generation enterprises (such as solar thermal power generation), or electrical equipment manufacturing and maintenance companies.
This Power Plant Ventilation Fan can effectively regulate the air environment in key areas of power plants, fully meeting the ventilation, heat dissipation, and dust removal requirements of power generation equipment and workshops, while strictly complying with the national power industry safety operation standards and industrial plant ventilation and air quality specifications.


Product Parameters

GY4-73

NO.

R/Min

Pa

m³/H

KW

8D

1450

2104~1400

16156~30993

18.5

9D

1450

2668~1775

23003~44128

30/37

960

1163~775

15229~29216

11

10D

1450

3301~2194

31554~60533

55

960

1437~958

20891~40077

15 /18.5

730

829~553

15886~30475

7.5

11D

1450

4003~2659

41999~80570

75 /90

960

1741~1160

27806~53343

22 /30

730

1004~669

21144~40562

11

12D

1450

4777~3171

54526~104600

132 /160

960

2075~1381

36100~69253

37 /45

730

1196~797

27451~52661

15 /18.5

14D

1450

6541~4333

86586~166100

280 /315

960

2831~1883

57326~109970

75 /90

730

1630~1086

43591~83624

37 /45

16D

960

3709~2465

85571~164150

185

730

2133~1420

65069~124820

75

580

1343~893

51699~99178

45

18D

960

4710~3126

121830~233730

280

730

2705~1800

92648~177730

132

580

1702~1133

73610~141210

75

20D

960

5837~3870

167130~320160

730

3347~2225

127080~243800

220 /250

580

2104~1400

100970~193700

110 /132

22D

960

6865~4864

233000~434000

650~850

730

3972~2815

177000~332000

310 /370

580

2501~1775

141000~263000

165 /180

480

1716~1216

116000~217000

140

25D

730

5139~3648

260000~484000

570~700

580

3236~2295

206000~384000

280 /350

480

2216~1579

171000~318000

165 /210

28D

730

6404~4541

365000~680000

1250

580

4040~2864

289000~540000

630

480

2775~1971

239000~446000

400

375

1697~1206

187000~352000

320

29.5D

745

7218~5100

435000~810000

1250/630 /1250

596

4609~3236

348000~648000

800 /1000


Y5-47

NO.

R/Min

Pa

m³/H

KW

4C

3300

1922~1393

2751~5190

4

2900

1481~1079

2417~4561

3

5C

2900

2324~1687

4723~8909

7.5

2620

1893~1373

4267~8048

5.5

6C

2850

3364~2452

8020~15129

18.5

2620

2844~2069

7372~13908

15

8C

2020

3001~2187

13474~25417

30

1860

2550~1853

12407~23404

22

9C

1900

3364~2452

18045~34039

45

1800

3020~2197

17095~32247

37

12C

1480

3628~2638

33318~62850

75~90

12.4C

1480

3874~2824

36762~69347

110


Y5-48

NO.

R/Min

Pa

m³/H

KW

4C

3550

2221~1501

2932~5564

5.5

3150

1746~1180

2602~4937

4

2800

1377~932

2313~4388

3

2500

1097~742

2065~3918

2.2

5C

3150

2819~1913

5304~9851

11

2800

2223~1509

4715~8757

7.5

2500

1769~1202

4210~7818

5.5

2240

1419~964

3772~7005

4

6.3C

2800

3545~2403

9432~17516

22

2500

2819~1913

8421~15639

15

2240

2259~1533

7546~14013

11

2000

1798~1221

6737~12511

7.5

8C

2000

3323~2253

13794~25619

30

1800

2686~1823

12415~23057

22

1600

2118~1438

11035~20495

15

1400

1619~1100

9656~17933

11

10C

1800

4483~2958

22250~44634

75

1600

3531~2332

19778~39674

55

1400

2696~1782

17305~34715

37

1250

2145~1419

15451~30995

22

12.5 degrees Celsius

1400

4234~2794

33800~67803

110

1250

3365~2223

30179~60538

75

1120

2696~1782

27040~54242

55

1000

2145~1419

24143~48431

37


GY6-51

NO.

R/Min

Pa

m³/H

KW

8D

1450

2745~1859

11000~26400

15~22

9D

1450

3474~2353

15700~37500

30 /45

10D

1450

4289~2905

21500~51500

45~75

11D

1450

5190~3515

28600~68500

75~110

960

2275~1541

18900~45400

22 /30

12D

1450

6176~4183

37100~89000

110~160

960

2707~1834

24600~59000

37~55

13D

1450

7248~4909

47200~113000

185~250

960

3177~2152

31200~74900

55 /75

14D

1450

8406~5694

58900~141000

250~355

960

3685~2496

39000~93400

75~110

15D

1450

9650~6537

72400~172000

355~500

960

4230~2865

48100~115000

110~160

730

2446~1657

36600~87400

45~75

16D

1450

10980~7437

88100~211000

500~710

960

4813~3260

58300~140000

160~200

730

2783~1885

44300~106000

75 /90

17D

960

5433~3680

69900~168000

200~280

730

3142~2128

53200~128000

90~132

18D

960

6091~4126

83000~199000

250~355

730

3522~2386

63100~151000

110~160

19D

960

6787~4597

97600~234000

315~500

730

3924~2658

74200~178000

160~200

20D

960

7520~5094

114000~273000

450~630

730

4348~2946

86700~208000

185~280

21D

960

8290~5616

132000~316000

560~800

730

4794~3247

100000~240000

280 /355

580

3026~2050

79500~191000

220

22D

960

9099~6164

152000~363000

710~1000

730

5261~3564

116000~276000

315~450

580

3321~2250

92200~219000

220

23.5D

960

10380~7033

185000~443000

1000~1400

730

6003~4066

140000~336000

400~630

580

3789~2567

112000~267000

220~315

25D

730

6794~4603

169000~406000

630~800

580

4289~2905

134000~323000

280~400

26.5D

730

7633~5172

201000~483000

800~1120

580

4818~3265

160000~385000

400~560

480

3300~2236

132000~319000

220~315

28D

730

8522~5774

237000~569000

1000~1400

580

5280~3645

189000~454000

560~710

480

3685~2496

156000~376000

315 /400

29.5D

730

9460~6410

278000~667000

1250~2000

580

5972~4046

221000~530000

710~1000

480

4090~2771

185000~439000

400~560


Product Features

1.Advanced Impeller and Airflow Design:Impeller design is crucial for fan performance. Many models employ backward-curved blades to improve stability and reduce wear. Studies show that aerodynamic optimization, such as adding a central body at the impeller inlet, can improve total pressure efficiency by 5-10%, effectively optimizing the airflow inlet.
2.Optimized Housing and Inlet Geometry: The helical housing is specially designed for efficient pressure conversion. Special attention is paid to the inlet and housing "tongue" structure. Adjusting the initial tongue angle can improve efficiency by 2-3% while reducing flow separation at low flow rates, thereby expanding the stable operating range.
3.Durable Drive and Bearing System: This Power plant ventilation fan is designed for reliability, employing reinforced bearing housings and high-efficiency seals to prevent lubricant leakage. Furthermore, lubrication with machine oil (e.g., L-AN46) ensures stable performance even under continuous operation.
4.Energy Efficiency Under Different Operating Conditions: Power plant fans are designed for operation under high-pressure, high-flow conditions, but their energy efficiency targets are universally applicable. For example, even commercial high-pressure forward-curved centrifugal fans must operate within their highest energy efficiency range to avoid excessive power loss and noise levels.

Power Plant Ventilation FanPower Plant Ventilation FanPower Plant Ventilation FanPower Plant Ventilation FanPower Plant Ventilation FanPower Plant Ventilation FanPower Plant Ventilation FanPower Plant Ventilation FanPower Plant Ventilation FanPower Plant Ventilation FanPower Plant Ventilation Fan



Hot Tags: Power Plant Fan Supplier, Industrial Ventilation Fan Manufacturer, Custom Ventilation Fan Wholesale
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