HSSPZ Series Furnace Transformer

49.6

273.6

28.5

7.5

13

509~302

35

Yd11

25000

25000/35

HSSP-

60.2

413.6

30.4

6.5

11

320~170

35

Dd0

20000

20000/35

HJSSPZ-

40.5

207.7

20.7

7

13

400~270

35

Yd11

20000

20000/35

HSSPZ-

41.8

195.6

19.2

7

13

310~190

35

Yd11

16000

16000/35

HJSSPZ-

36

16.1

16.4

8

15

375~200

35

Yd11

16000

16000/35

HSSPZ-

34.5

107

20

8

8

353~160

35

D-Y, d0-11

15000

15000/35

HSSP-

32

154

13.9

9

11

340~195

35

Yd11

12500

12500/35

HSSP-

40.5

134

19.7

6.5

9

250~150

35

Yd11

12500

12500/35

HSSPZ-

26

97

12

8.5

13

300~160

35

Yd11

10000

10000/35

HSSPZ-

38.7

187

17.2

6

9

260~188

35

Yd11

10000

10000/35

HSSPZ-

23

116

11

8.5

8

320~180

35

Yd11

9000

9000/35

HSSP-

26.8

97

11.6

6.5

9

239~163

35

Yd11

9000

9000/35

HSSPZ-

25.5

77

9.4

7

8

240~140

35

Yd11

7000

7000/35

HJSSP-

18

52.5

9.1

7.5

6

240~130

35

Yd11

5500

5500/35

HJSSP-

18

55

9.3

7.5

5

212~155

35

Yd11

5000

5000/35

HJSSP-

15.2

91.1

5.3

18.65

5

240~138

35

D-Y, d0-11

3200

3200/35

HJSS-

14.3

41.1

5.3

7

4

240~138

35

D-Y, d0-11

3200

3200/35

HSSP-

9.3

23

2.6

5.5

10

290~157

35

Yd11

1500

1500/35

HSSPZ-

(T)

Weight

On-load Loss

No-Load Loss

Impendance(%)

short-circuit

Voltage Step

Regulation

Voltage (V)

Secondary

(KV)

Primary Voltage

Connection symbol

(KVA)

Rated Power

Type

69 982

25

660~310

760~660

80000

62 176

22

585~277

673~585

63000

54 467

20

530~250

610~530

50000

48 619

18

475~223

547~475

40000

42 792

16

425~201

489~425

31500

37 984

14

380~184

436~380

25000

66110KV

7.5~8.5

(35KV)

6~7

33 962

13

340~158

392~340

110

66

35

20000

30 287

12

305~137

353~305

16000

26 729

11

270~116

314~270

12500

OFAF

OFWF OR

7~8

Ynd11

Yd11

Ddo

5 Steps Invariablenes Power, 14 Steps Invariablenes Current

24 056

10

240~100

280~240

66

35

10000

Invariablenes Current

Invariablenes Power

Cooling Method

short-circuit Impendance(%)

Connection symbol

Regulation Voltage Step

Rated Secondary Current (A)

Secondary Step Voltage (V)

Secondary Voltage (V)

(KV)

Primary Voltage

Rated power (KVA)

On-load-tap-changing Arc Furnace Transformers Technical Parameters

   Its type varies with the type of electric furnace, so the transformer has many types. Currently we manufacture following types: Arc furnace transformers used for steel-smelting (including load-ratio voltage regulator type, no-load voltage regulator type, and built-in reactor type); Blast furnace transformers used for smelting of iron alloy, silicides, calcium carbide (single phase, three phase, load ratio voltage regulator and no-load voltage regulator). All are energy-saving products with low power loss. The cooling modes are self-cooling mode, forced water cooling mode, etc.

   An electric furnace transformer is used to supply power to an electric furnace, which lowers the high voltage to the furnace-required lower voltage.

Main Functions and Features

Furnace Transformer

furnace transformer is used to supply power to an electric furnace,