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SCB 13-315kVA 100kV Epoxy Resin Cast Dry Transformer Power Transformer
  • SCB 13-315kVA 100kV Epoxy Resin Cast Dry Transformer Power Transformer details
  • SCB 13-315kVA 100kV Epoxy Resin Cast Dry Transformer Power Transformer details
  • SCB 13-315kVA 100kV Epoxy Resin Cast Dry Transformer Power Transformer details
  • SCB 13-315kVA 100kV Epoxy Resin Cast Dry Transformer Power Transformer details
  • SCB 13-315kVA 100kV Epoxy Resin Cast Dry Transformer Power Transformer details

SCB 13-315kVA 100kV Epoxy Resin Cast Dry Transformer Power Transformer

Simply put, a dry-type transformer refers to a transformer whose iron core and windings are not immersed in insulating oil. It is mainly composed of a silicon steel sheet iron core and epoxy resin cast coils. An insulating cylinder is placed between the high and low voltage coils to increase electrical insulation.The coil is supported and restrained by the spacer, and the fasteners lapped by its parts have anti-loosening performance.
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PRODUCT DESCRIPTION

Epoxy Resin Cast Dry-type Transformer
Classification: Power Transformer
Type: Dry-type Transformer
Winding: High-voltage Coil, Low-voltage Coil
Frequency: 50Hz/60Hz
Insulation Class: F-H Class

Features and Advantages:
Good overall rigidity
High mechanical strength
Strong ability to resist sudden short circuit
Shock absorption and high impact performance

Application Areas:

Local lighting, high-rise buildings, airports, terminal CNC machinery and equipment, etc.

oil data S11
Technical Data of 10kV Class S11-M-30~2500/10 Transformer

Model

Po

PK75℃
UK

Io

LpA

Gross Weight

Oil Weight

Size (mm)

W

W
%

%

dB

kg

kg

Length

Width

Height

Gauge(horizontal x vertical)

S11-M-30/10

100

630

4

 

 

 

4.5

 

 

 

 

5

1.5

50

253

60

695

500

860

300x400

S11-M-50/10

130

910

1.3

50

307

67

725

630

865

300x400

S11-M-63/10

150

1090

1.2

50

360

78

730

640

890

300x400

S11-M-80/10

180

1310

1.2

52

427

85

755

069

920

400x400

S11-M-100/10

200

1580

1.1

52

513

95

765

710

930

400x400

S11-M-125/10

240

1890

1.1

54

593

110

795

740

945

400x400

S11-M-160/10

280

2310

1

54

680

125

835

790

980

400*400

S11-M-200/10

340

2730

1

56

787

140

1130

770

1010

400x550

S11-M-250/10

400

3200

0.9

56

933

155

1200

830

1050

400x550

S11-M-315/10

480

3830

0.9

58

1067

180

1300

900

1070

550x550

S11-M-400/10

570

4520

0.8

58

1293

206

1325

915

1095

550x550

S11-M-500/10

680

5410

0.8

60

1507

235

1450

1020

1140

550x550

S11-M-630/10

810

6200

0.6

60

1733

270

1540

1100

1150

550x660

S11-M-800/10

980

7500

0.6

62

2093

310

1580

1120

1190

550x660

S11-M-1000/10

1150

10300

4.5 0.6

62

2387

354

1610

1150

1250

099x099

S11-M-1250/10

1360

12000

0.5

65

2840

420

1660

1190

1300

660x660

S11-M-1600/10

1640

14500

0.5

65

3387

510

1710

1210

1430

660x820

S11-M-2000/10

1940

18300

0.4

65

4160

600

1810

1300

1450

660x820

S11-M-2500/10

2290

21200

0.4

67

4840

684

1930

1400

1530

660x820

The outline size and weight listed in the above table are for the reference of design selection only, and the final dimensions are based on the outline diagram.
oil data S12

Technical Data of 10kV Class S12-M-30~2500/10 Transformer

Model

Po

PK75℃
UK

Io

LpA

Gross Weight

Oil Weight

Size(mm)

W

W
%

%

dB

kg

kg

Length

Width

Height

Gauge(horizontal x vertical)

S12-M-30/10

90

630

4

 

 

 

4.5

 

 

 

 

 

 

 

5

 

 

 

1.5

50

263

62

695

500

850

300x400

S12-M-50/10

120

910

1.3

50

318

69

725

630

865

300x400

S12-M-63/10

130

1090

1.2

50

372

81

730

640

068

300*400

S12-M-80/10

150

1310

1.2

52

441

87

755

069

920

400x400

S12-M-100/10

170

1580

1.1

52

525

98

765

710

930

400x400

S12-M-125/10

200

1890

1.1

54

605

113

795

740

945

400x400

S12-M-160/10

240

2310

1

54

700

130

835

790

980

400*400

S12-M-200/10

280

2730

1

56

802

145

1130

770

1010

400x550

S12-M-250/10

340

3200

0.9

56

955

158

1200

830

1050

400x550

S12-M-315/10

410

3830

0.9

58

1090

186

1300

900

1070

550x550

S12-M-400/10

490

4520

0.8

58

1322

211

1325

915

1095

550x550

S12-M-500/10

580

5410

0.8

60

1535

241

1450

1020

1140

550x550

S12-M-630/10

069

6200

0.6

60

1760

274

1540

1100

1150

550x660

S12-M-800/10

840

7500

0.6

62

2126

316

1580

1120

1190

550x660

S12-M-1000/10

990

10300

4.5
0.6

62

2415

360

1610

1150

1250

099x099

S12-M-1250/10

1170

12000

0.5

65

2885

430

1660

1190

1300

099x099

S12-M-1600/10

1410

14500

0.5

65

3441

525

1710

1210

1430

660x820

S12-M-2000/10

1750

18300

0.4

65

4220

615

1810

1300

1450

660x820

S12-M-2500/10

2060

21200

0.4

67

4910

703

1930

1400

1530

660x820

Thlii  litd i thb tbl for the reference of desi selection onland the final dimensions are based on the outline diagram
Technical Data of 10kV Class S13-M-30~2500/10 Transformer
Model

Po

PK75℃
UK

Io

LpA

Gross Weight

Oil Weight

Size(mm)

W

W
%
%

dB

kg

kg
Length
Width

Height
Gauge(horizontalx vertical)

S13-M-30/10

80

630

4

 

 

 

4.5

 

 

 

5

 

 

 

1.5

50

291

64

705

505

865

300x400

100

910

1.3

50

342

71

735

635

870

300x400

S13-M-50/10

S13-M-63/10

110

1090

1.2

50

424

86

740

640

910

300

S13-M-80/10

130

1310

1.2

52

481

93

760

695

950

400x400

S13-M-100/10

150

1580

1.1

52

563

105

775

715

960

400x400

S13-M-125/10

170

1890

1.1

54

642

120

810

750

970

400x400

S13-M-160/10

200

2310

1

54

736

142

840

800

1000

400*400

S13-M-200/10

240

2730

1

56

849

153

1150

780

1030

400x550

S13-M-250/10

290

3200

0.9

56

976

170

1210

820

1080

400x550

S13-M-315/10

340

3830

0.9

58

1130

198

1320

890

1110

550x550

S13-M-400/10

410

4520

0.8

58

1383

224

1340

920

1125

550x550

S13-M-500/10

480

5410

0.8

60

1610

257

1480

1030

1190

550x550

S13-M-630/10

570

6200

0.6

60

1870

286

1560

1110

1200

550x660

S13-M-800/10

700

7500

0.6

62

2165

329

1590

1120

1230

550x660

S13-M-1000/10

830

10300

0.6

62

2486

380

1630

1150

1280

660x660

S13-M-1250/10

970

12000

0.5

65

2932

442

1700

1200

1330

099x099

S13-M-1600/10

1170

14500

0.5

65

3510

540

1750

1230

1470

660x820

S13-M-2000/10

1550

18300

0.4

65

4316

635

1850

1310

1540

660x820

S13-M-2500/10

1830

21200

0.4

67

5053

753

1970

1420

1610

660x820

The outline size and weight listed in the above table are for the reference of design selection only, and the final dimensions are based on the outline diagram.
Since 1995

Zhejiang Ilander Electric Co., Ltd.

Zhejiang Ilander Electric Co., Ltd.is a professional manufacturer of power transformers and electronic transformers, located in Pinghu, Jiaxing, adjacent to the prosperous city-Shanghai, in China.
Since 1995, our experienced R&D department has always been committed to finding the best solution for each project, which is based on the needs of customers and combined with necessary commercial considerations.
Our products are widely used in power transmission and distribution engineering, power distribution room, household appliances, traffic lights, sanitary ware, elevator, electric welding machine, mechanical equipment, electrical test bench, medical instruments, communication, audio, car charging pile, charger, inverter and other fields.

company advantage

Advantage：
-About 30 years experience in transformer
-Free design and sample service
-Best quality、fast delivery and competitive price
-The latest technology、professional designers and skilled workers
-Automation equipment and production line
-Annual output more than 20 million pieces

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NEWS CENTER

Industry knowledge

A Dry Transformer is a type of electrical transformer that uses air as the insulating medium, instead of oil or other liquids. The term "dry" refers to the lack of a liquid-insulating medium, as opposed to traditional oil-immersed transformers, which use oil as the insulating medium.
Dry transformers are commonly used in many applications, including power distribution, industrial processes, and renewable energy systems. They are preferred for many applications due to their lower environmental impact, higher efficiency, and lower maintenance costs compared to oil-immersed transformers.
The design of a dry transformer typically involves the use of high-quality insulation materials and advanced manufacturing techniques to ensure its reliability and safety. Dry transformers are also designed with features that enhance their performance, such as high-temperature resistance and increased noise reduction.
One of the main advantages of dry transformers is their increased safety, as there is no risk of oil leaks or spills, which can pose environmental and safety risks. Additionally, dry transformers are typically more efficient than oil-immersed transformers, as they have lower power losses due to their superior insulation and cooling characteristics.
Overall, dry transformers are a reliable and cost-effective solution for many applications, and their use is becoming increasingly common in the electrical power industry.
The main advantages of dry transformers are:
Increased Safety: dry transformers do not use oil or other liquids as an insulating medium, which eliminates the risk of oil leaks or spills that can pose environmental and safety risks.
Higher Efficiency: dry transformers typically have lower power losses due to their superior insulation and cooling characteristics, which increases their efficiency compared to oil-immersed transformers.
Lower Environmental Impact: dry transformers do not use oil or other liquids, which reduces their environmental impact.

If you are interested in our SCB 13-315kVA 100kV Epoxy Resin Cast Dry Transformer Power Transformer or have any questions, please consult us.

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