0.6/1kv, 3.6/6kv PVC Insulated Power Cable

Model NO.: VV/VLV/VV22/VV32
Brand: Henan Jiapu
Voltage Rating: 0.6/1 Kv 3.6/6 Kv
No.of Cores: 1-5 Cores
Armor: Steel Tape, Steel Wire or Aluminum Interlocked Arm
Applicable Standard: IEC60502 IEC60331 DIN BS
Trademark: Jiapu
Transport Package: Wooden Drum or Wooden&Steel Drum
Specification: IEC ,ASTM ,DIN ,BS,GB , Any standard
Origin: Henan, China
HS Code: 4101962331
Model NO.: VV/VLV/VV22/VV32
Brand: Henan Jiapu
Voltage Rating: 0.6/1 Kv 3.6/6 Kv
No.of Cores: 1-5 Cores
Armor: Steel Tape, Steel Wire or Aluminum Interlocked Arm
Applicable Standard: IEC60502 IEC60331 DIN BS
Trademark: Jiapu
Transport Package: Wooden Drum or Wooden&Steel Drum
Specification: IEC ,ASTM ,DIN ,BS,GB , Any standard
Origin: Henan, China
HS Code: 4101962331
0.6/1KV, 3.6/6KV PVC Insulated Power Cable 

Application:
With the characteristics of stable capability,advanced technology,broad material resources,low price, good flexible and easy to lay and maintain, the PVC Insulated and Sheathed Power Cable are suitable to be laid for distribution line with A.C.50HZ and rated voltage up to 6kV.

Property:
1.The long-time permissible working temperature of cable conductive core is not more than 70 °C.

2.During short circuit (max. permanent time is not more than 5 seconds), the max temperature of cable conductor is not more than 165°C.

3.The difference level of laying cable is not restricted.When laying the cable,ambient temperature is not lower than 0°C.

4.They have good chemical stability,and properties of acid resistance,alkali resistance,salt resistance,oil resistance,solvent resistance and flame resistance.rty

5.Light weight,good bending property and easy installation and maintenance.
 

Specification:
Standard:

IEC,BS,VDE,AS/NZS,ICEA,JIS and so on,designing and manufacturing special power cable according to the other standards required by the customer

1)600/1000V, Single Core, Circular Compacted Al or Cu/PVC/PVC Unarmoured or Armoured Power Cable

Cross Section  of Conductor

No. of Wires

Thickness of Insulation

           Unarmoured

                                Armoured

Thickness of Sheath

Overall Dia.

Approx.Net Weight

Thickness of Bedding

Thickness of Al Tape

Thickness of Sheath

Overall Dia.

Approx.Net Weight

Al Conductor

Cu Conductor

Al Conductor

Cu Conductor

mm2

-

mm

mm

mm

kg/km

kg/km

mm

mm

mm

mm

kg/km

kg/km

1.5

1

0.8

1.4

5.8

-

51

-

-

-

-

-

-

2.5

1

0.8

1.4

6.2

-

64

-

-

-

-

-

-

4

1

1

1.4

7.1

-

88

-

-

-

-

-

-

6

7

1

1.4

7.8

78

114

-

-

-

-

-

-

10

7

1

1.4

8.6

96

159

1

0.5

1.8

13.4

234

295

16

7

1

1.4

9.6

123

222

1

0.5

1.8

14.4

274

370

25

7

1.2

1.4

11.2

172

328

1

0.5

1.8

16

344

496

35

7

1.2

1.4

12.2

209

428

1

0.5

1.8

17

393

606

50

19

1.4

1.4

13.9

271

565

1

0.5

1.8

18.7

478

764

70

19

1.4

1.5

15.9

356

818

1

0.5

1.8

20.5

582

1020

95

19

1.6

1.5

18

471

1041

1

0.5

1.8

22.6

717

1291

120

37

1.6

1.6

19.6

563

1307

1

0.5

1.8

24

822

1545

150

37

1.8

1.6

21.3

684

1592

1

0.5

1.8

25.4

952

1857

185

37

2

1.7

23.9

840

1985

1

0.5

1.8

27.9

1136

2236

240

61

2.2

1.8

27

1071

2533

1

0.5

1.9

31

1404

2877

300

61

2.4

1.9

29.6

1317

3162

1.2

0.5

2.1

34.3

1722

3551

400

61

2.6

2

33.2

1666

4120

1.2

0.5

2.2

37.6

2114

4488

500

61

2.8

2.2

37.5

2089

5163

1.2

0.5

2.3

42.1

2592

5683

630

61

2.8

2.3

41.2

2581

6447

1.4

0.5

2.4

46.3

3184

7060

2)600/1000V, Multi Cores, Sectoral Compacted Al or Cu/PVC/PVC Unarmoured Power Cable

Number of Cores                  

Cross-Section of Conductor

No. Of Wires

Thickness of Insulation

Thickness of Sheath

Overall Diameter

Approx. Net Weight

Al Conductor

Cu Conductor

      -        

 mm2

       -

mm

mm

mm

kg/km

kg/km

Three Cores

3x35

16

1.2

1.8

21.9

601

1280

3x50

18

1.4

1.8

26.5

829

1732

3x70

18

1.4

1.9

29.2

1067

2367

3x95

36

1.6

2

32.9

1409

2317

3x120

36

1.6

2.1

36.2

1705

3983

3x150

36

1.8

2.2

38.8

2045

4872

3x185

36

2

2.4

44.8

2596

6077

3x240

60

2.2

2.6

51.5

3353

7953

3x300

60

2.4

2.7

54.9

6069

9820

Four Cores with Reduced Neutral

3x35+16

16-7

1.2-1

1.8

25.5

764

1107

3x50+25

18-16

1.4-1.2

1.9

28.7

982

1410

3x70+35

18-16

1.4-1.2

2.0

32

1278

1733

3x95+50

36-18

1.6-1.4

2.2

37.8

1711

2656

3x120+70

36-18

1.6-1.4

2.3

40.5

2065

3137

3x150+70

36-18

1.8-1.4

2.4

44.8

2480

3660

3x185+95

36-36

2-1.6

2.6

49.7

3086

4345

3x240+120

60-36

2.2-1.6

2.8

56

3894

5441

3x300+150

60-36

1.4-1.8

2.9

60.3

4834

6494

Four Cores

4x25

16

1.2

1.8

22.5

644

1286

4x35

16

1.2

1.8

24.6

799

1696

4x50

18

1.4

1.8

28.6

1071

2275

4x70

18

1.4

2

31.6

1387

3120

4x95

36

1.6

2.1

35.9

1850

4262

4x120

36

1.6

2.2

38.8

2209

5247

4x150

36

1.8

2.3

43.1

2714

6483

4x185

36

2

2.5

48.7

3403

8045

4x240

60

2.2

2.7

53.6

4290

10422

4x300

60

2.4

2.9

58.8

5302

12969
 

3)600/1000V, Multi Cores, Circular Compacted Al or Cu/PVC/PVC Unarmoured Power Cable

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Single Notching

The single groove blanking process of motor blanking is a kind of blanking process relative to double blanking. Motor fixed, Rotor Core punching using single groove punching process, its mold design, manufacturing are relatively simple, suitable for small batch, variety of production, has the characteristics of low cost, fast change. With the development of advanced punching machine, production efficiency continues to improve, the single punching process is also developing rapidly. For the large motor, because of the cost of the duplex die and the equipment capacity, the single groove is also used. Another advantage of single groove punching is the consistency of groove size. Compound die is the same punch, stator or rotor groove completed at one time. How many slots correspond to the same number of punches, punch size to achieve complete has always been some difficulties: single slot punching is by the same punch to complete all the slots, groove consistency is better.
Stator and rotor laminations are an important part of motors and generators. For large-size and small-batch punching sheets, we usually use the notching method to produce them. The advantages of notching are that the cost of the notching die is low and the production cycle of the notching die is short. It is suitable for producing large size laminations, usually the outer diameter is from 500mm-1250mm. The slot size is more accurate than Laser Cutting.

Stator And Rotor Lamination By Single Notching,Stator Core Laminations,Generator Stator Laminations,Electric Motor Rotor Laminations

Henan Yongrong Power Co., Ltd , https://www.hnyongrongglobal.com

Number of Cores                  

Cross-Section of Conductor

No. Of Wires

Thickness of Insulation

Thickness of Sheath

Overall Diameter

Approx. Net Weight

Al Conductor

Cu Conductor

      -        

 mm2

       -

mm

mm

mm

kg/km

kg/km

Three Cores

3x10

7