Mvvs Fine Wire Stranded Bare Copper Wire Conductor PVC Insulation and Sheath Data Transmission Cable with Screen Braiding

MVVS data transmission cables are used in the electronics of computer systems, electronic control equipment, etc. Copper screen braiding protects against high frequency interference. It is suitable for free, non-continuous movement without strain relief, such as microphone, signal lines, etc.

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Product Detail

Product Tags

CONSTRUCTION

Conductor: Fine wire stranded bare copper wire
Insulation: PVC (Polyvinyl Chloride)
Screen:0. 12 tinned annealed copper wire braiding
Sheath:PVC (Polyvinyl Chloride)

CORE COLOUR

Core	Colour	Core	Colour	Core	Colour	Core	Colour
1	White	11	Purple	21	Brown	31	Blue
2	Red	12	Grey	22	Pink	32	Yellow
3	Black	13	Light Green	23	Light Blue	33	Brown
4	Green	14	Cream	24	Orange	34	Pink
5	Blue	15	White	25	Purple	35	Light Blue
6	Yellow	16	Red	26	Grey	36	Orange
7	Brown	17	Black	27	Light Green	37	Purple
8	Pink	18	Green	28	Cream	38	Grey
9	Light Blue	19	Blue	29	White	39	Light Green
10	Orange	20	Yellow	30	Green	40	Cream

CHARACTERISTICS

Voltage Rating:60V
Temperature Rating:-25°C to +60°C
Working Voltage:Up to 100V

APPLICATION

ELECTRICAL CHARATERISTIC

Cross sectional area	mm2	0. 18	0.25	0.3	0.5	0.75	1.25	2.0
Construction of conductor	mm	10/0.15	14/0.15	17/0.15	29/0.15	43/0.15	41/0.20	40/0.25
Diameter of Insulation	mm	1.05	1.25	1.5	2.0	2.1	2.7	3.0
Test voltage	V/min	100	100	100	100	1000	1000	1000
Conductor resistance 30°C	Mok/km	108	76	61.9	37.1	24.8	14.9	9.5
Insulation resistance 30°C	Mok/km	5	5	5	5	5	5	5

Conductor			Insulation		No. of core	Sheath		Approx. Weight
Nominal Sectional Area	Wire no./dia.	Diameter	Thickness	Diameter		Thickness	Diameter
mm2	mm	mm	mm	mm		mm	mm
0. 18	10/0. 15	0.55	0.35	1.25	2	0.4	3.3	18
					3	0.6	3.9	25
					4	0.7	4.4	33
					6	0.9	5.6	53
					8	0.9	5.9	60
					10	0.9	6.8	72
					12	0.9	7.0	80
					16	1.1	8.1	102
					20	1.1	8.6	121
					25	1.1	9.9	143
					30	1.1	10.2	156
0.25	14/0. 15	0.65	0.4	1.45	2	0.8	4.5	32
					3	0.8	4.7	44
					4	0.9	5.3	53
					6	0.9	6.2	62
					8	0.9	6.6	77
					10	1.0	7.8	91
					12	1.0	8.0	102
					16	1.1	9.0	126
					20	1.2	9.9	145

					25	1.3	11.5	187
0.3	17/0. 15	0.7	0.4	1.5	2	0.8	5.2	36
					3	0.8	5.4	48
					4	1.0	6.2	58
					5	1.0	6.7	61
					6	1.0	7.1	68
					8	1.0	7.8	84
					10	1.0	8.5	100
					12	1.2	9.1	112
					16	1.3	10.3	138
					20	1.3	11.0	158
					30	1.3	12.5	243
0.5	29/0. 15	1.0	0.5	2.0	2	1.0	6.4	26
					3	1.0	6.8	62
					4	1.0	7.3	72
					6	1.0	8.5	81
					7	1.0	8.5	100
					8	1.0	9.5	108
					10	1.2	10.6	129
					12	1.2	11.0	148
					16	1.3	13.0	168
					20	1.5	13.7	216
					30	1.5	16.0	387
0.75	43/0. 15	1.1	0.5	2.1	2	1.0	6.9	67
					3	1.0	7.2	78
					4	1.0	8.0	94
					5	1.2	8.9	106
					6	1.2	9.5	119
					7	1.2	9.5	131
					8	1.2	10.4	150
					10	1.3	11.5	191
					12	1.3	12. 1	213
					14	1.3	12.8	248
					16	1.5	13.7	275
					20	1.5	15.0	335
1.25	41/0.20	1.5	0.6	2.7	2	1.0	8.1	95
					3	1.0	8.5	114
					4	1.0	9.3	121
					5	1.2	10.4	165
					6	1.2	11.0	186
					7	1.2	11.0	204
					8	1.4	12.0	234
					10	1.4	13.5	287

					12	1.6	14.3	334
2.0	40/0.25	1.8	0.6	3.0	2	1.0	8.7	115
					3	1.0	9.0	135
					4	1.0	10.0	170
					5	1.2	11.5	203
					6	1.2	12.5	234
					7	1.4	12.5	258
					8	1.4	13.5	295
					10	1.6	15	362
					12	1.6	15.5	432

Conductor			Insulation		No. ofcore	Sheath		Approx. Weight
Nominal Sectional Area	Wireno./dia.	Diameter	Thickness	Diameter		Thickness	Diameter
mm2	mm	mm	mm	mm		mm	mm
0.75	43/0. 15	1.1	0.5	2.1	2	1.0	6.9	67
					3	1.0	7.2	78
					4	1.0	8.0	94
					5	1.2	8.9	106
					6	1.2	9.5	119
					7	1.2	9.5	131
					8	1.2	10.4	150
					10	1.3	11.5	191
					12	1.3	12. 1	213
					14	1.3	12.8	248
					16	1.5	13.7	275
					20	1.5	15.0	335
1.25	41/0.20	1.5	0.6	2.7	2	1.0	8.1	95
					3	1.0	8.5	114
					4	1.0	9.3	121
					5	1.2	10.4	165
					6	1.2	11.0	186
					7	1.2	11.0	204
					8	1.4	12.0	234
					10	1.4	13.5	287
					12	1.6	14.3	334
2.0	40/0.25	1.8	0.6	3.0	2	1.0	8.7	115
					3	1.0	9.0	135
					4	1.0	10.0	170
					5	1.2	11.5	203