Product Description

VV Copper Core PVC Insulated PVC Sheathed Power Cable

Model meaning
V--- PVC insulation

V--- PVC sheathed
Cable full name
VV Copper core PVC insulated PVC sheathed power cable
Rated voltage
0.6/1KV
Product structure
From the inside out of the components were conductors, insulation layer, filling layer, (steel layer), sheathed layer. Now the most commonly used conductor material on the market is of course copper conductor; The insulating layer and the outer sheathed material are all PVC; Fill layer is generally some of the more softer nylon material, in order to prevent the cable between the inner conductor of the direct contact with each other extrusion; Steel tape armored VV cable for VV22 cable, steel tape armor is the role of compression resistant,, can be used in the ground.
Standard
GB/T 12706.1-2008
Application
This product is suitable for power frequency rated voltage 0.6 / 1KV and below the power cord.
Characteristics
1.The rated power frequency UO / U is 0.6 / 1KV.
2.Operating temperature:
Long-term working temperature does not exceed 70 ºC,the laying temperature is not lower than 0 ºC; When a short-circuit (the longest duration of no more than 5s) cable conductor allows the maximum temperature is 160 ºC Cable laying ambient temperature should not be lower than 0 ºC.
3.Allowed bending radius: not less than 10 times the cable diameter;
Technical Parameters

Model	Specifi-cations	Rated voltage (kv)	Insulation Thickness (mm)	Sheath Thickness (mm)	Approxi- mate Diameter (mm)	Approxi-mate Weight (kg/km)	Approxi-mate Weight L (kg/km)	Minimum Bending Radius (mm)	Conductor DC Resis-tance (20ºC)	Carrying Capacity (A)
VV	1*1.5	0.6/1	0.8	1.4	6	50.7	41.3	92	12.1	28	29
VV	1*2.5	0.6/1	0.8	1.4	7	63.5	47.9	98	7.41	36	38
VV	1*4	0.6/1	1	1.4	7	87.7	63	111	4.61	47	49
VV	1*6	0.6/1	1	1.4	8	111	75.9	119	3.08	60	61
VV	1*10	0.6/1	1	1.4	9	166.6	93	138	1.83	68	68
VV	1*16	0.6/1	1	1.4	10	133.3	132.2	155	1.15	89	86
VV	1*25	0.6/1	1.2	1.4	12	344.9	185.4	180	0.727	113	111
VV	1*35	0.6/1	1.2	1.4	13	449.8	228.7	198	0.524	142	131
VV	1*50	0.6/1	1.4	1.4	15	590.5	289.8	224	0.387	170	160
VV	1*70	0.6/1	1.4	1.4	17	807.3	374.2	251	0.268	216	197
VV	1*95	0.6/1	1.6	1.5	19	1102	501.4	290	0.193	264	234
VV	1*120	0.6/1	1.6	1.5	21	1349	590.3	314	0.153	307	267
VV	1*150	0.6/1	1.8	1.6	23	1654	721.3	347	0.124	353	299
VV	1*185	0.6/1	2	1.7	26	2060	891.6	384	0.0991	406	340
VV	1*240	0.6/1	2.2	1.8	29	2651	1114	432	0.0754	481	394
VV	1*300	0.6/1	2.4	1.9	32	3323	1396	479	0.0601	552	447
VV	1*400	0.6/1	2.6	2	36	4205	1742	533	0.047	652	513

Laying installation
Cable laying should use special tools, such as pay-off frame, guide roller etc., to prevent mechanical damage during the process of laying, away from heat source. When cable wearing tube and laying, the pipe diameter is not less than 1.5 times the cable diameter, multiple cable wearing tube to prohibit cable extrusion, the total area of the cable does not exceed 40% of the total area of the tube.
Use
Generally used as power transmission hub, often buried in the soil or laying in the room, channels, tunnels, the insulation distance between lines is small, no tower, an area of small, basic does not account for space on the ground.

VV VV22 VV32 PVC/XLPE/Armoured Cable with Low Voltage