Flexible elektrische PVC Isolierkabel

Produktdetails

Basis Info

Modell Nr.:NYY, NYBY. NVV, H03VV-F, H05VV-F

Anwendung: Bau

Spannung: Nieder-und Mittelspannung Kabel

Strom: AC-Kabel

Isoliermaterial: PVC

Mantelmaterial: PVC

Material Form: Runddraht

Draht Kernmaterial: Rot Kupferdraht

Bescheinigung: ISO

Zusätzliche Informationen.

Warenzeichen:JYTOP

Verpackung:Packed in 500m Coils

Standard:H03VV-F, H05VV-F

Herkunft:Zhengzhou, China

HS-Code:8544492100

Produktionskapazität:2X20'gp Per Month

Produktbeschreibung

Flexible electrical PVC Insulated cables

Construction of pvc insulation electrical wire :
a wide range of copper and aluminum building wires and cables to meet today’s construction wiring challenges. Designed for wet or dry locations, building wire can be armoured or non-armoured. Most building wire has a maximum voltage rating of 600V, although 1000V building wire is also available.

Building Wire Applications
Building wire is used to carry electricity into or within buildings and structures, and can be employed for a variety of commercial and residential applications – including electrical wiring systems, power generators, motors and electrical lights. ACWU and NMWU, in particular, are well-suited for direct earth burial and wiring in hazardous locations. Stranded copper wire is often used for overhead electrical transmission and distribution, and for grounding electrical systems where high conductivity and flexibility is required.

Reference No 6491X
Single Core PVC Insulated

Size of conductor		Nominal thickness of insulation mm	Mean overall diameter Upper limit mm	Approx. net weight per km kg
Nominal cross-sectional area mm²	Number and diameter of wires no./mm	Nominal thickness of insulation mm	Mean overall diameter Upper limit mm	Approx. net weight per km kg
1.0	1/1.13	0.6	2.8	14
1.5	1/1.38	0.7	3.3	20
1.5	7/0.50	0.7	3.4	20
2.5	1/1.78	0.8	3.9	33
2.5	7/0.67	0.8	4.2	34
4	1/2.25	0.8	4.4	51
4	7/0.85	0.8	4.8	51
6	1/2.76	0.8	4.9	67
6	7/1.04	0.8	5.4	71
10	1/3.57	1.0	6.4	110
10	7/1.35	1.0	6.8	120
16	1/4.50	1.0	7.3	170
16	7/1.70	1.0	8.0	180
25	7/2.14	1.2	9.8	285
35	19/1.53	1.2	11.0	380
50	19/1.78	1.4	13.0	510
70	19/2.14	1.4	15.0	715
95	19/2.52	1.6	17.0	990
120	37/2.03	1.6	19.0	1230
150	37/2.25	1.8	21.0	1510
185	37/2.52	2.0	23.5	1900
240	61/2.25	2.2	26.5	2490
300	61/2.52	2.4	29.5	3050
400	61/2.85	2.6	33.5	3900
500	61/3.20	2.8	37.0	4880

Notes
1.Conductor of high conductivity copper wires insulated with PVC compound.
2.Colors of standard: red, black, blue, white,brown, grey, green, yellow,

450/750V PVC Insulated (Non-Sheathed) Flexible Conductor General Purpose Cables to BS 6004
Harmonized Code
Designation H07V-K
Single Core PVC Insulated

Size of conductor		Nominal thickness of insulation mm	Mean overall diameter Upper limit mm	Approx.net weight per km kg
Nominal cross-sectional area mm²	Number and diameter of wires no./mm	Nominal thickness of insulation mm	Mean overall diameter Upper limit mm	Approx.net weight per km kg
1.0	32/0.20	0.6	3.0	16
1.5	30/0.25	0.7	3.5	21
2.5	50/0.25	0.8	4.2	33
4	56/0.30	0.8	4.8	50
6	84/0.30	0.8	6.3	70
10	80/0.40	1.0	7.6	120
16	126/0.40	1.0	8.8	175
25	196/0.40	1.2	11.0	290
35	276/0.40	1.2	12.5	400
50	396/0.40	1.4	14.5	565
70	360/0.50	1.4	17.0	770
95	475/0.50	1.6	19.0	1010
120	608/0.50	1.6	21.0	1260
150	756/0.50	1.8	23.5	1580
185	925/0.50	2.0	26.0	1900
240	1221/0.50	2.2	29.5	2500

Notes
1.Conductor of high conductivity copper wires insulated with PVC compound.
2.Colors of standard: red, black, brown, grey,orange, white, violet, pink, green/yellow, yellow

300/500V PVC Insulated PVC Sheathed Cables to BS 6004
Reference No 6181y
Single Core PVC Insulated and PVC Sheathed

Size of conductor		Nominal thickness of insulation mm	Nominal thickness of sheath mm	Mean overall diameter		Approx.net weight per km kg
Nominal cross-sectional area mm²	Number and diameter of wires mm	Nominal thickness of insulation mm	Nominal thickness of sheath mm	Lower limit mm	Upper limit mm	Approx.net weight per km kg
1.0	1/1.13	0.6	0.8	3.8	4.5	28
1.5	1/1.38	0.7	0.8	4.2	4.9	35
2.5	1/1.78	0.8	0.8	4.8	5.8	50
4	7/0.85	0.8	0.9	5.4	6.8	75
6	7/1.04	0.8	0.9	6.0	7.4	100
10	7/1.35	1.0	0.9	7.2	8.8	155
16	7/1.70	1.0	1.0	8.4	10.5	225
25	7/2.14	1.2	1.1	10.0	12.5	340
35	19/1.53	1.2	1.1	11.0	13.5	445

Notes
1.Conductor of high conductivity copper wires insulated with PVC compound.sheathed with PVC compound.
2.Core colors: red, black.Sheath colour: grey or white.

Reference No 6192y
Flat Twin

Size of conductor		Nominal thickness of insulation mm	Nominal thickness of sheath mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross-sectional area mm²	Number and diameter of wires mm	Nominal thickness of insulation mm	Nominal thickness of sheath mm	Lower limit mm	Upper limit mm	Approx. net weight per km kg
1.0	1/1.13	0.6	0.9	4.0*6.2	4.7*7.4	55
1.5	1/1.38	0.7	0.9	4.4*7.0	5.4*8.4	70
2.5	1/1.78	0.8	1.0	5.2*8.4	6.2*9.8	105
4	7/0.85	0.8	1.0	5.6*9.6	7.2*11.5	150
6	7/1.04	0.8	1.1	6.4*10.5	8.0*13.0	205
10	7/1.35	1.0	1.2	7.8*13.0	9.6*16.0	325
16	7/1.70	1.0	1.3	9.0*15.5	11.0*18.5	465

Notes
1.Conductor of high conductivity copper,wires insulated with PVC compound.sheathed with PVC compound.
2.Color of sheath:grey or white,

300/500V PVC Insulated PVC Sheathed Cables to BS 6004
Reference No 6193y
Three Core (Flat)

Size of conductor		Nominal thickness of insulation mm	Nominal thickness of sheath mm	Mean overall diameter		Approx. net weight per km kg
Nominal cross-sectional area mm²	Number and diameter of wires mm	Nominal thickness of insulation mm	Nominal thickness of sheath mm	Lower limit mm	Upper limit mm	Approx. net weight per km kg
1.0	1/1.13	0.6	0.9	4.0*8.4	4.7*9.8	77
1.5	1/1.38	0.7	0.9	4.4*9.8	5.4*11.5	100
2.5	1/1.78	0.8	1.0	5.2*11.5	6.2*13.5	150
4	7/0.85	0.8	1.1	5.8*13.5	7.4*16.5	230
6	7/1.04	0.8	1.1	6.4*15.0	8.0*18.0	300
10	7/1.35	1.0	1.2	7.8*19.0	9.6*22.5	485
16	7/1.70	1.0	1.3	9.0*22.0	11.0*26.5	700

Notes
1.Conductor of high conductivity copper wires insulated with PVC compound.Sheathed with PVC compound.
2.Core colors: red, yellow and blue,(yellow in centre) Sheath colors: grey or white.

Reference No 6242y
Flat-Twin with Bare Earth-continuity Conductor

Size of conductor		Nominal thickness of insulation mm	Size of earth conductivity conductor no./mm	Nominal thickness of sheath mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross- sectional area mm²	Number and diameter of wires mm	Nominal thickness of insulation mm	Size of earth conductivity conductor no./mm	Nominal thickness of sheath mm	Lower limit mm	Upper limit mm	Approx. net weight per km kg
1.0	1/1.13	0.6	1/1.13	0.9	4.0*7.2	4.7*8.6	70
1.5	1/1.38	0.7	1/1.13	0.9	4.4*8.2	5.4*9.6	85
2.5	1/1.78	0.8	1/1.13	1.0	5.2*9.4	6.2*11.0	120
4	7/0.85	0.8	1/1.38	1.0	5.6*10.5	7.2*13.0	175
6	7/1.04	0.8	1/1.78	1.1	6.4*12.5	8.0*15.0	240
10	7/1.35	1.0	7/0.85	1.2	7.8*15.5	9.6*19.0	390
16	7/1.70	1.0	7/1.04	1.3	9.0*18	11.0*22.0	560

Notes
1.Conductor of high conductivity copper wires insulated with PVC compound.Sheathed with PVC compound.
2.Core colors: red and black. Sheath colors:grey or white.

300/500V PVC Insulated PVC Sheathed Cables to BS 6004
Reference No 6243y
Three-core (Flat) with Bare
Earth-continuity Conductor

Size of conductor		Nominal thickness of insulation mm	Size of earth- conduct -ivity conductor No/mm	Nominal thickness of sheath mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross- sectional area mm²	Number and diameter of wires mm	Nominal thickness of insulation mm	Size of earth- conduct -ivity conductor No/mm	Nominal thickness of sheath mm	Lower limit mm	Upper limit mm	Approx. net weight per km kg
1.0	1/1.13	0.6	1/1.13	0.9	4.0*9.6	4.7*11.0	92
1.5	1/1.38	0.7	1/1.13	0.9	4.4*10.5	5.4*12.5	115
2.5	1/1.78	0.8	1/1.13	1.0	5.2*12.5	6.2*14.5	170
4	7/0.85	0.8	1/1.38	1.1	5.8*14.5	7.4*18.0	255
6	7/1.04	0.8	1/1.78	1.1	6.4*16.5	8.0*20.0	340
10	7/1.35	1.0	7/0.85	1.2	7.8*21.0	9.6*25.5	550
16	7/1.70	1.0	7/1.04	1.3	9.0*24.5	11.0*29.5	790

Notes
1.Conductor of high conductivity copper wires insulated with PVC compound. Sheathed with PVC compound.
2.Core colors: red, yellow and blue(yellow in centre) Sheath colors: grey or white.

300/300V PVC Insulated Parallel Flexible Cords to BS 6500
Reference No 2812X RVB
Twin Core

Size of conductor		Nominal thickness of insulation mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross-sectional area mm²	Number and diameter of wires no/mm	Nominal thickness of insulation mm	Lower Limit mm	Upper Limit Mm	Approx. net weight per km kg
0.5	28/0.15	0.8	2.5×5.0	3.0×6.0	24
0.75	42/0.15	0.8	2.7×5.4	3.2×6.4	29

Notes
1.Conductors of high conductivity copper wires insulated with PVC compound.
2.One core with a ridge for identification.

300/500V and 450/750V PVC Insulated Flexible Cords to BS 6500/6004
Reference No 2491X
Single Core

Size of conductor		Nominal thickness of insulation mm	Mean overall diameter Upper limit mm	Approx. net weight per km kg
Nominal cross-sectional area mm²	Number and diameter of wire no/mm	Nominal thickness of insulation mm	Mean overall diameter Upper limit mm	Approx. net weight per km kg
0.5	16/0.20	0.6	2.6	10
0.75	24/0.20	0.6	2.8	13
1.0	32/0.20	0.6	3.0	16
1.5*	30/0.25	0.7	3.5	20
2.5*	50/0.25	0.8	4.2	32
4.0*	56/0.30	0.8	4.8	49

Notes
1.Conductor of high conductivity copper wires insulated with PVC compound.
2.Standard colors: red.black, white, blue,brown, grey and green/yellow.
*:Rating Voltage 450/750V

300/500V PVC Insulated Twisted Twin Flexible Cords to BS 6500
Reference No 2492X
Twisted Twin

Size of conductor		Nominal thickness of insulation mm	Mean overall diameter of each core Upper limit mm	Approx. net weight per km kg
Nominal cross-sectional area mm²	Number and diameter of wires mm	Nominal thickness of insulation mm	Mean overall diameter of each core Upper limit mm	Approx. net weight per km kg
0.5	16/0.20	0.6	4.6	20
0.75	24/0.20	0.6	5.0	26
1.0	32/0.20	0.6	5.4	33

Notes
1.Conductor of high conductivity copper wires insulated with PVC compound.
2.Two cores twisted together.

300/300V PVC Insulated PVC Sheathed Parallel Twin Light Flexible Cords to BS 6500
Reference No 2192Y
Parallel Twin

Size of conductor		Nominal thickness of insulation mm	Nominal thickness of sheath mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross- sectional area mm²	Number and diameter of wires No./mm	Nominal thickness of insulation mm	Nominal thickness of sheath mm	Upper Limit mm	Upper Limit mm	Approx. net weight per km kg
0.5	16/0.20	0.5	0.6	3.0×4.8	3.6×6.0	27
0.75	24/0.20	0.5	0.6	3.2×5.2	3.9×6.4	34

Notes
1.Conductors of high conductivity copper wires insulated with PVC compound.sheathed with PVC compound.
2.Core colors: blue and brown . Sheathed colors: grey,white or black.

300/300V PVC/PVC Sheathed Circular Light Flexible Cords to BS 6500
Reference No 2182Y
Twin Core

Size of conductor		Nominal thickness of insulation mm	Nominal thickness of sheath mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross- sectional area mm²	Number and diameter of wires No./mm	Nominal thickness of insulation mm	Nominal thickness of sheath mm	Upper Limit mm	Upper Limit mm	Approx. net weight per km kg
0.5	16/0.20	0.5	0.6	4.8	6.0	36
0.75	24/0.20	0.5	0.6	5.2	6.4	45

Notes
1.Conductors of high conductivity copper wires insulated with PVC compound. sheathed with PVC compound.
2.Core colors: blue and brown. Sheathed colors: grey,white or black.

Reference No 2183Y
Three Core

Size of conductor		Nominal thickness of insulation mm	Nominal thickness of Sheath mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross- sectional area mm²	Number and diameter of wires no/mm	Nominal thickness of insulation mm	Nominal thickness of Sheath mm	Lower Limit mm	Upper Limit mm	Approx. net weight per km kg
0.5	16/0.2	0.5	0.6	5.0	6.2	44
0.75	24/0.2	0.5	0.6	5.4	6.8	55

Notes
1.Conductor of high conductivity copper wires insulated with PVC compound. sheathed with PVC compound.
2.Core colors: green/ yellow blue and brown. Sheathed colors: grey,white or black.

300/500V PVC/PVC Sheathed Parallel Twin Flexible Cords to BS 6500
Reference No 3192Y
Parallel Twin

Size of conductor		Nominal thickness of insulation mm	Nominal thickness of Sheath mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross- sectional area mm²	Number and diameter of wires No./mm			Lower Limit mm	Upper Limit mm
0.75	24/0.20	0.6	0.8	3.8*6.0	5.2*7.6	47

Notes
1.Conductors of high conductivity copper wires insulated with PVC compound.sheathed with PVC compound.
2.Core colors: blue and brown. Sheathed colors: grey white or black.

300/500VPVC/PVC Sheathed Circular Flexible Cords to BS 6500
Reference No 3182Y
Twin Core

Size of conductor		Nominal thickness of insulation mm	Nominal thickness of sheath mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross- sectional area mm²	Number and diameter of wires no/mm	Nominal thickness of insulation mm	Nominal thickness of sheath mm	Lower Limit mm	Upper Limit mm	Approx. net weight per km kg
0.75	24/0.20	0.6	0.8	6.0	7.6	63
1.0	32/0.20	0.6	0.8	6.4	8.0	73
1.25	40/0.20	0.7	0.8	7.0	8.6	84
1.5	30/0.25	0.7	0.8	7.4	9.0	95
2.5	50/0.25	0.8	1.0	8.9	11.0	145

Notes
1.Conductors of high conductivity copper wires insulated with PVC compound.sheathed with PVC compound.
2.Core colors: blue and brown. Sheathed colors:grey. white or black.

300/500V PVC/PVC Sheathed Circular Flexible Cords to BS 6500
Reference No 3183Y
Three Core

Size of conductor		Nominal thickness of insulation mm	Nominal thickness of sheath mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross- sectional area mm²	Number and diameter of wires no/mm	Nominal thickness of insulation mm	Nominal thickness of sheath mm	Lower Limit mm	Upper Limit mm	Approx. net weight per km kg
0.75	24/0.20	0.6	0.8	6.4	8.0	74
1.0	32/0.20	0.6	0.8	6.8	8.4	86
1.25	40/0.20	0.7	0.9	7.6	9.4	104
1.5	30/0.25	0.7	0.9	8.0	9.8	120
2.5	50/0.25	0.8	1.1	9.6	12.0	180

Notes
1.Conductors of high conductivity copper wires insulated with PVC compound.sheathed with PVC compound.
2.Core colors green/yellow, blue and brown. Sheathed colors: grey.white or black.

300/500V PVC/PVC Sheathed Circular Flexible Cords to BS 6500
Reference No 3184Y
Four Core

Size of conductor		Nominal thickness of insulation mm	Nominal thickness of sheath mm	Mean overall dimensions		Approx. net weight per km kg
Nominal cross- sectional area mm²	Number and diameter of wires no/mm	Nominal thickness of insulation mm	Nominal thickness of sheath mm	Lower limit mm	Upper limit mm	Approx. net weight per km kg
0.75	24/0.20	0.6	0.8	6.8	8.6	78
1.0	32/0.20	0.6	0.9	7.6	9.4	110
1. 5	30/0.25	0.7	1.0	9.0	11.0	150
2.5	50/0.25	0.8	1.1	10.5	13.0	220

Notes
1.Conductors of high conductivity copper wires insulated with PVC compound.sheathed with PVC compound.
2.Core colors green/yellow, black, blue and brown. Sheathed colors: grey. white or black.

Class No 802
Twin Core

Size of conductor		Nominal thickness of insulation mm	Nominal overall dimension mm	Approx. net weight per km kg
Nominal cross-sectional area mm²	Number and diameter of wires no/mm	Nominal thickness of insulation mm	Nominal overall dimension mm	Approx. net weight per km kg
0. 5	16/0.20	0.5	1.95*3.90	15
0.75	24/0.20	0.5	2.15*4.30	21

Notes:
Conductors of high conductivity copper wires,Two conductors laid side by side,Both insulated with PVC compound formation,one core with a ridge for identification.

Class No 812
Twisted Twin

Size of conductor		Nominal thickness of insulation mm	Nominal overall diameter of each core mm	Approx. net weight per km kg
Nominal cross-sectional area mm²	Number and diameter of wires mm	Nominal thickness of insulation mm	Nominal overall diameter of each core mm	Approx. net weight per km kg
0. 5	16/0.20	0.5	1.95	16
0.75	24/0.20	0.5	2.15	22