PVC Insulated Nylon Sheathed Wire And Cable Fixed-wired for Construction Special

Type

Designation

Application

BVN

Copper conductor PVC insulated nylon sheathed wire

Fixed-wired for construction, electrical apparatus and switch

BVN—90

Copper conductor 90℃  PVC insulated nylon sheathed wire

Fixed-wired for construction, electrical apparatus and switch upon heat-resistance requirement

BVNVB

Copper conductor PVC insulated nylon and PVC sheathed flat cable

Fixed-wired for construction

The PVC insulated nylon sheathed wire has advantages with excellent thermal stability, larger mechanical strength and surface strength, anti-thermal-distortion, better bending strength and impulse strength, abrasion resistance and chemical-resistance and self-lubrication as well as better machine-oil-resistance and gas-proof. The PVC insulated and nylon sheathed wire has advantages with less overall diameter and lighter than PVC insulated wire, better self-lubrication to be easily installed and providing better safety with less damage that be poling.

Nom. cross-section of conductors mm²

Conductor species

Nominal insulation thickness mm

Nominal thickness of   nylon sheath mm

Mean overall diameter mm

Max. D.C .resistance of conductor at 20℃Ω/km

Min. insulation resistance at 70℃ or 90℃ MΩ. km

Copper

Tinned copper

0.5

1

0.4

0.10

2.2

36.0

39.7

0.015

0.75

1

0.4

0.10

2.4

24.5

24.8

0.012

0.75

2

0.4

0.10

2.5

24.5

24.8

0.014

1

1

0.4

0.10

2.6

18.1

18.2

0.011

1

2

0.4

0.10

2.7

18.1

18.2

0.013

Nom. cross-section of conductor mm²

Conductor species

Nominal insulation thickness mm

Nominal thickness of nylon sheath mm

Mean overall diameter mm

Max .D.C. resistance of conductor at 20℃Ω/km

Min. insulation resistance at 70℃ or 90℃ MΩ. km

1.5

1

0.4

0.10

2.9

12.1

0.011

1.5

2

0.4

0.10

3.0

12.1

0.010

2.5

1

0.4

0.10

3.3

7.41

0.010

2.5

2

0.4

0.10

3.4

7.41

0.009

4

1

0.4

0.10

3.8

4.61

0.0085

4

2

0.4

0.10

4.0

4.61

0.0077

6

1

0.5

0.10

4.7

3.08

0.0070

6

2

0.5

0.10

4.9

3.08

0.0065

10

1

0.7

0.13

6.2

1.83

0.0070

10

2

0.7

0.13

6.5

1.83

0.0065

16

2

0.8

0.13

7.8

1.15

0.0050

25

2

1.0

0.15

9.9

0.727

0.0050

35

2

1.0

0.15

11.0

0.524

0.0040

50

2

1.2

0.18

13.0

0.387

0.0045

70

2

1.3

0.18

15.5

0.268

0.0035

95

2

1.3

0.18

17.0

0.193

0.0035

120

2

1.4

0.18

19.0

0.153

0.0032

150

2

1.5

0.20

21.0

0.124

0.0032

185

2

1.6

0.20

23.5

0.0991

0.0032

240

2

1.6

0.20

26.0

0.0754

0.0032

300

2

1.8

0.23

29.0

0.0601

0.0030

400

2

1.8

0.23

32.5

0.0470

0.0028

Nom. cross-section of conductor mm²

Conductor species

Nominal insulation thickness mm

Nominal thickness of nylon sheath

Average  diameter

Max. D.C. resistance of conductor at 20℃Ω/km

Min. insulation resistance at 70℃

MΩ. km

Nylon mm

PVC

mm

Max.

mm

Min.

mm

Copper wire

Thinned copper wire

2×0.75

1

0.4

0.10

0.9

3.7×5.7

4.5×6.8

24.5

24.8

0.012

2×1

1

0.4

0.10

0.9

3.9×6.0

4.7×7.3

18.1

18.2

0.011

2×1.5

1

0.4

0.10

0.9

4.1×6.4

4.9×7.8

12.1

12.2

0.011

2×2.5

1

0.4

0.10

1.0

4.7×7.4

5.6×8.9

7.41

7.56

0.010

2×4

1

0.4

0.10

1.0

5.1×8.3

6.2×10.0

4.61

4.70

0.0085

2×4

2

0.4

0.10

1.0

5.2×8.5

6.3×10.3

4.61

4.70

0.0077

2×6

1

0.5

0.10

1.1

6.0×9.8

7.2×11.8

3.08

3.11

0.0070

2×6

2

0.5

0.10

1.1

6.1×10.2

7.4×12.3

3.08

3.11

0.0065

2×10

1

0.7

0.13

1.2

7.4×12.5

8.9×15.1

1.83

1.84

0.0070

2×10

2

0.7

0.13

1.2

7.7×13.0

9.3×15.6

1.83

1.84

0.0065

3×0.75

1

0.4

0.10

0.9

3.7×7.6

4.5×9.2

24.5

24.8

0.012

3×1

1

0.4

0.10

0.9

3.9×8.2

4.7×9.8

18.1

18.2

0.011

3×1.5

1

0.4

0.10

0.9

4.1×8.8

4.9×10.6

12.1

12.2

0.011

3×2.5

1

0.4

0.10

1.0

4.7×10.1

5.6×12.2

7.41

7.56

0.010

3×4

1

0.4

0.10

1.1

5.3×11.6

6.4×14.0

4.61

4.70

0.0085

3×4

2

0.4

0.10

1.1

5.4×12.0

6.6×14.6

4.61

4.70

0.0077

3×6

1

0.5

0.10

1.1

6.0×13.6

7.2×16.5

3.08

3.11

0.0070

3×6

2

0.5

0.10

1.1

6.1×14.2

7.4×17.2

3.08

3.11

0.0065

3×10

1

0.7

0.13

1.2

7.4×17.5

8.9×21.2

1.83

1.84

0.0070

3×10

2

0.7

0.13

1.2

7.7×18.4

9.3×22.2

1.83

1.84

0.0065

Type

BVN   BVN-90

Voltage

450/750(V)

Arrange

Nom, cross sectional (mm²)

Current Carrying Capacity of Cables

 (A)

1.5

19

25

14

18

14

18

20

26

2.5

26

34

19

25

20

26

27

35

4

34

44

26

34

27

35

36

47

6

44

57

33

43

34

44

46

60

10

62

81

48

62

49

64

64

83

16

85

111

65

85

67

87

86

112

25

110

143

88

114

91

118

115

150

35

135

176

110

143

115

150

140

182

50

170

221

135

176

140

182

175

228

70

220

286

175

228

180

234

225

293

95

270

351

220

286

225

293

275

358

120

320

416

260

338

265

345

325

423

150

360

468

305

397

310

403

370

481

185

425

553

355

462

360

468

430

559

240

510

663

420

546

435

566

515

670

300

570

741

490

637

510

663

600

780

400

690

879

580

754

600

780

700

910

(℃)Operating temperature

70

90

70

90

70

90

70

90

(℃)Ambient temperature

40

Note: When single core cable is bunched installation the benchmark value is the data in “*” fence

Type

BVNVB

Voltage

300/500(V)

No. of cores

Two cores

three cores

Nom, cross sectional (mm²)

Cu

Cu

A

A

0.75

10

9

1.0

13

11

1.5

18

16

2.5

25

21

4

33

28

6

43

36

10

59

51

(℃)Operating temperature

70

(℃)Ambient temperature

40

(℃)

Conductor’s Operating temperature

Ambient temperature(℃)

10

15

20

25

30

35

40

45

50

70

1.41

1.35

1.29

1.22

1.15

1.08

1.00

0.91

0.81

90

1.26

1.229

1.18

1.14

1.09

1.04

1.00

0.94

0.89