Product
10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
+
  • 10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
  • 10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
  • 10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
  • 10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
  • 10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer
  • 10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer

10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer


Model: 10kV, SC(B)10/11/12/13/14/18; 20kV, SC(B)10/11/12 Capacity: 30kVA-2500kVA (6kV, 10kV); 50kVA-2500kVA (20kV) Voltage: 6kV-20kV

Classification:

Key Words:

10kV, 20kV, SC(B) series epoxy resin casting dry-type transformer

Product Details Product parameters

Product Model Meaning

model number

S

C

(B)

-

/

number meaning

three-phase (physics)

Epoxy resin casting type

Foil coils are available for low voltage

 

Performance Level Designator

Rated capacity (kVA)

 

Voltage level (kV)

Product Overview

10kV, 20kV, SC(B) series dry-type transformers can be used as the upgrading products of oil-immersed distribution transformers, and are the products with the best performance among all kinds of dry-type transformers, especially suitable for urban power grids, high-rise buildings, business centers, theaters, hospitals, hotels, tunnels, subways, stations, docks, airports, underground power stations, laboratories, combined substations and other important places.

Product Features

1.All-copper winding structure: High-voltage/low-voltage are made of copper (copper wire or copper foil), glass fiber reinforced epoxy resin vacuum casting, forming a high-strength cylinder, excellent mechanical properties, low local discharge electrode, excellent reliability.

2.safety and environmental protection: Flame retardant and explosion-proof design, self-extinguishing insulating materials do not produce toxic gases, no risk of environmental pollution, short circuit without arc potential.

3.Strong weather resistance: Coil moisture resistance and corrosion resistance, special anti-corrosion treatment of the iron core, adapting to 100% humidity and harsh environments, intermittent operation without maintenance.

4.High reliability: Excellent performance of short-circuit and lightning impact resistance, to ensure the stability of the power grid.

5.Efficient heat dissipation: Thin resin layer optimizes heat dissipation, standard natural air cooling (AN), optional air cooling system (AF) to enhance overload capacity.

6.Economic and efficient: Low-loss design, energy-saving and maintenance-free operation, low life cycle cost.

7.Compact and flexible: Small size, light weight, installation without oil tank/fire fighting facilities, saving space and infrastructure costs.

8.Nearby deployment: Can be dispersed in the load center, shorten the low-voltage lines, reduce the comprehensive investment.

Product Certificate

Transformer Workshop

6kV, 10kV, SC(B)10 dry-type transformer

model number

Linkage group labeling

Voltage combination (kV)

No-load current (%)

No-load loss(W)

Load loss at different insulation heat resistance levels(W)

Short circuit impedance (%)

B (100°C)

F (120°C)

H (145°C)

SC10-30

Yyn0        
Dyn11

6~11±2×2.5%        
/0.4

2.1

190

670

710

760

4.0

SC10-50

2.1

270

940

1000

1070

4.0

SC10-80

1.6

370

1290

1380

1480

4.0

SC10-100

1.6

400

1480

1570

1690

4.0

SC10-125

1.5

470

1740

1850

1980

4.0

SC10-160

1.5

540

2000

2130

2280

4.0

SC10-200

1.3

620

2370

2530

2710

4.0

SC10-250

1.3

720

2590

2760

2960

4.0

SC10-315

1.1

880

3270

3470

3730

4.0

SC(B)10-400

1.1

980

3750

3990

4280

4.0

SC(B)10-500

1.1

1160

4590

4880

5230

4.0

SC(B)10-630

0.9

1340

5530

5880

6290

4.0

SC(B)10-630

0.9

1300

5610

5960

6400

6.0

SC(B)10-800

0.9

1520

6550

6960

7460

6.0

SC(B)10-1000

0.9

1770

7650

8130

8760

6.0

SC(B)10-1250

0.9

2090

9100

9690

10370

6.0

SC(B)10-1600

0.9

2450

11050

11730

12580

6.0

SC(B)10-2000

0.9

3050

13600

14450

15560

6.0

SC(B)10-2500

0.7

3600

16150

17170

18450

6.0

SCB10-1600

0.9

2450

12280

12960

13900

8.0

SCB10-2000

0.7

3050

15020

15960

17110

8.0

SCB10-2500

0.7

3600

17760

18890

20290

8.0

Note: The above data is only for reference when designing and selecting, and the final data is subject to the real thing.
6kV, 10kV, SC(B)11 dry-type transformer

model number

Linkage group labeling

Voltage combination (kV)

No-load current (%)

No-load loss(W)

Load loss at different insulation heat resistance levels (W)

Short circuit impedance (%)

B (100°C)

F (120°C)

H (145°C)

SC11-30

Yyn0       
Dyn11

6~11±2×2.5%       
/0.4

1.9

170

670

710

760

4.0

SC11-50

1.9

240

940

1000

1070

4.0

SC11-80

1.5

330

1290

1380

1480

4.0

SC11-100

1.5

360

1480

1570

1690

4.0

SC11-125

1.3

420

1740

1850

1980

4.0

SC11-160

1.3

480

2000

2130

2280

4.0

SC11-200

1.1

550

2370

2530

2710

4.0

SC11-250

1.1

640

2590

2760

2960

4.0

SC11-315

1.0

790

3270

3470

3730

4.0

SC(B)11-400

1.0

880

3750

3990

4280

4.0

SC(B)11-500

0.9

1040

4590

4880

5230

4.0

SC(B)11-630

0.9

1200

5530

5880

6290

4.0

SC(B)11-630

0.9

1170

5610

5960

6400

6.0

SC(B)11-800

0.8

1360

6550

6960

7460

6.0

SC(B)11-1000

0.8

1590

7650

8130

8760

6.0

SC(B)11-1250

0.8

1880

9100

9690

10370

6.0

SC(B)11-1600

0.7

2200

11050

11730

12580

6.0

SC(B)11-2000

0.6

2740

13600

14450

15560

6.0

SC(B)11-2500

0.6

3240

16150

17170

18450

6.0

SCB11-1600

0.7

2200

12280

12960

13900

8.0

SCB11-2000

0.6

2740

15020

15960

17110

8.0

SCB11-2500

0.6

3240

17760

18890

20290

8.0

Note: The above data is only for reference when designing and selecting, and the final data is subject to the real thing.
6kV, 10kV, SC(B)12 dry-type transformer

model number

Linkage group labeling

Voltage combination (kV)

No-load current (%)

No-load loss(W)

Load loss at different insulation heat resistance levels(W)

Short circuit impedance (%)

B (100°C)

F (120°C)

H (145°C)

SC12-30

Yyn0      
Dyn11

6~11±2×2.5%      
/0.4

2.4

150

670

710

760

4.0

SC12-50

2.4

215

940

1000

1070

4.0

SC12-80

1.8

295

1290

1380

1480

4.0

SC12-100

1.8

320

1480

1570

1690

4.0

SC12-125

1.6

375

1740

1850

1980

4.0

SC12-160

1.6

430

2000

2130

2280

4.0

SC12-200

1.4

495

2370

2530

2710

4.0

SC12-250

1.4

575

2590

2760

2960

4.0

SC12-315

1.2

705

3270

3470

3730

4.0

SC(B)12-400

1.2

785

3750

3990

4280

4.0

SC(B)12-500

1.0

930

4590

4880

5230

4.0

SC(B)12-630

1.0

1070

5530

5880

6290

4.0

SC(B)12-630

1.0

1040

5610

5960

6400

6.0

SC(B)12-800

1.0

1215

6550

6960

7460

6.0

SC(B)12-1000

1.0

1415

7650

8130

8760

6.0

SC(B)12-1250

1.0

1670

9100

9690

10370

6.0

SC(B)12-1600

1.0

1960

11050

11730

12580

6.0

SC(B)12-2000

0.8

2440

13600

14450

15560

6.0

SC(B)12-2500

0.8

2880

16150

17170

18450

6.0

SCB12-1600

1.0

1960

12280

12960

13900

8.0

SCB12-2000

0.8

2440

15020

15960

17110

8.0

SCB12-2500

0.8

2880

17760

18890

20290

8.0

Note: The above data is only for reference when designing and selecting, and the final data is subject to the real thing.
6kV, 10kV, SC(B)13 dry-type transformer

model number

Rated Capacity     
(kVA)

Voltage combinations and tap ranges

Linkage group labeling

No-load loss      
(W)

Load Loss     
75℃(W)

No-load current (%)

Short circuit impedance (%)

High voltage     
(kV)

High-voltage tap range (%)

Low voltage (kV)

SC(B) 13-30

30

10     
6.3     
6

±5     
±2×2.5     
or     
+3×2.5     
-1×2.5

0.4

Yyn0     
or     
Dyn11

135

640

2.0

4.0

SC(B)13-50

50

195

900

2.0

SC(B)13-80

80

265

1240

1.5

SC(B)13-100

100

290

1410

1.5

SC(B)13-125

125

340

1660

1.3

SC(B)13-160

160

385

1910

1.3

SC(B)13-200

200

445

2270

1.1

SC(B)13-250

250

515

2480

1.1

SC(B)13-315

315

635

3120

1.0

SC(B)13-400

400

705

3590

1.0

SC(B)13-500

500

835

4390

1.0

SC(B)13-630

630

965

5290

0.85

SC(B)13-630

630

935

5360

0.85

6.0

SC(B)13-800

800

1090

6260

0.85

SC(B)13-1000

100

1270

7310

0.85

SC(B)13-1250

1250

1500

8720

0.85

SC(B)13-1600

1600

1760

10500

0.85

SC(B)13-2000

2000

2190

13,000

0.7

SC(B)13-2500

2500

2590

15400

0.7

Note: The above data is only for reference when designing and selecting, and the final data is subject to the real thing.
6kV, 10kV, SC(B)14 dry-type transformer

Rated capacity (kVA)

High voltage    
(kV)

High voltage tap range     
(%)

Low voltage     
(kV)

Linkage group labeling

Electrical Steel Strip

No-load current    
(%)

Short Circuit Impedance    
(%)

No-load loss    
(W)

Load Loss    
(W)

B (100°C)

F (120°C)

H (145°C)

30

6    
6.3    
6.6    
10    
10.5    
11

±2×2.5    
or    
±5

0.4

Dyn11    
Yyn0

130

605

640

685

2.00

4.0

50

185

845

900

965

2.00

80

250

1160

1240

1330

1.50

100

270

1330

1415

1520

1.50

125

320

1565

1665

1780

1.30

160

365

1800

1915

2050

1.30

200

420

2135

2275

2440

1.10

250

490

2330

2485

2665

0.90

315

600

2945

3125

3355

0.80

400

665

3375

3590

3850

0.80

500

790

4130

4390

4705

0.70

630

910

4975

5290

5660

0.70

6.0

630

885

5050

5365

5760

0.70

800

1035

5895

6265

6715

0.70

1000

1205

6885

7315

7885

0.70

1250

1420

8190

8720

9335

0.70

1600

1665

9945

10555

11320

0.70

2000

2075

12240

13005

14005

0.70

2500

2450

14535

15445

16605

0.70

Note: The above data is only for reference when designing and selecting, and the final data is subject to the real thing.
6kV, 10kV, SC(B)18 dry-type transformer

Rated Capacity   
( kVA)

High voltage   
(kV)

High-voltage tap range   
(%)

Low Voltage   
(kV)

Linkage group labeling

Electrical Steel Strip

No-load current   
(%)

Short Circuit Impedance   
(%)

No-load loss(W)

Load Loss(W)

B (100°C)

F (120°C)

H (145°C)

30

6   
6.3   
6.6   
10   
10.5   
11

±2×2.5    
or   
±5

0.4

Dyn11   
Yyn0

105

605

640

685

2.00

4.0

50

155

845

900

965

2.00

80

210

1160

1240

1330

1.50

100

230

1330

1415

1520

1.50

125

270

1565

1665

1780

1.30

160

310

1800

1915

2050

1.30

200

360

2135

2275

2440

1.10

250

415

2330

2485

2665

0.90

315

510

2945

3125

3355

0.80

400

570

3375

3590

3850

0.80

500

670

4130

4390

4705

0.80

630

775

4975

5290

5660

0.70

630

750

5050

5365

5760

0.70

6.0

800

875

5895

6265

6715

0.70

1000

1020

6885

7315

7885

0.70

1250

1205

8190

8720

935

0.70

1600

1415

9945

10555

11320

0.70

2000

1760

12240

13005

14005

0.70

2500

2080

14535

15445

16605

0.70

Note: The above data is only for reference when designing and selecting, and the final data is subject to the real thing.
20kV, SC(B)10 dry-type transformer

Rated Capacity  
(kVA)

Linkage group labeling

voltage combination   
(kV)

No-load current  
(%)

Load Losses at Different Insulation Thermal Ratings   
(W)

No-load loss  
(W)

Short Circuit Impedance  
(%)

High voltage  
(kV)

High-voltage tap range  
(%)

Low Voltage  
(kV)

B  
(100°C)

F  
(120°C)

H  
(145°C)

50

Yyn0  
Dyn11

20  
22  
24

±5   
or  
2 x 2.5

0.4

2.2

1160

1230

1320

  340

6.0

100

2.0

1880

1990

2130

  540

160

1.6

2340

2470

2660

  675

200

1.6

2800

2940

3140

  740

250

1.4

3260

3420

3710

  840

315

1.4

3890

4080

4370

  970

400

1.2

4650

4840

5180

1150

500

1.2

5510

5790

6170

1350

630

1.0

6530

6840

7360

1530

800

1.0

7810

8260

8830

1750

1000

0.8

9230

9780

10450

2070

1250

0.8

10920

11540

12350

2380

1600

0.8

13090

13870

14860

2790

2000

0.6

15480

16380

17570

3240

2500

0.6

18380

19380

20710

3870

2000

0.6

16910

17860

19000

3240

8.0

2500

0.6

20230

21280

22700

3870

Note: The above data is only for reference when designing and selecting, and the final data is subject to the real thing.
20kV, SC(B)11 dry-type transformer

Rated Capacity 
(kVA)

High voltage 
(kV)

High-voltage tap range 
(%)

Low Voltage 
(kV)

Linkage group labeling

No-load loss 
(W)

Load Loss(W)

No-load current 
(%)

Short Circuit Impedance 
(%)


(100°C)


(120°C)


(145°C)

50

20 
22 
24

±2.5 
±5

0.4

Dyn11 
Yyn0

305

1160

1230

  1310

1.80

6

100

485

1870

1990

2130

1.60

160

600

2330

2470

2640

1.40

200

±2×2.5  
or 
±5

655

2770

2940

3140

1.40

250

755

3220

3420

3660

1.12

315

870

3850

4080

  4360

1.20

400

1030

4650

4840

  5180

1.00

500

1210

5460

5790

  6190

1.00

630

1370

6450

6840

7320

0.90

800

1570

7790

8260

  8840

0.90

1000

1860

9220

9780

  10400

0.80

1250

2140

10800

11500

  12300

0.80

1600

2510

13,000

13800

  14800

0.80

2000

2910

15400

16300

  17500

0.60

2500

2480

18200

19300

  20700

0.60

2000

2910

16800

17800

  19100

0.60

8

2500

3480

20000

21200

  22700

0.60

Note: The above data is only for reference when designing and selecting, and the final data is subject to the real thing.
20kV, SC(B)12 dry-type transformer

Rated Capacity
(kVA)

High voltage
(kV)

High-voltage tap range
(%)

Low Voltage
(kV)

Linkage group labeling

No-load loss
(W)

Load Loss 
(W)

Short Circuit Impedance
(%)

B
(100°C)

F
(120°C)

H
(145°C)

50

20
22
24

±2.5 
or
±5

0.4

Dyn11
Yyn0

275

1230

1310

1.80

6.0

100

440

1990

2130

1.60

160

540

2470

2640

1.40

200

±2×2.5 
or
±5

590

2940

3140

1.40

250

680

3420

3660

1.12

315

785

4080

4360

1.20

400

930

4840

5180

1.00

500

1090

5790

6190

1.00

630

1235

6840

7320

0.90

800

1415

8260

8440

0.90

1000

1675

9780

10400

0.80

1250

1930

11500

12300

0.80

1600

2260

13800

14800

0.80

2000

2620

16300

17500

0.60

2500

3130

19300

20700

0.60

2000

2620

17800

19100

0.60

8.0

2500

3130

21200

22700

0.60

Note: The above data is only for reference when designing and selecting, and the final data is subject to the real thing.

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