Lvneng Electricity Technology Co.,Ltd.

3. Guide to Use

1) The max. conductor temperature in normal use is 70℃.
2) The max. conductor temperature during short circuit (less than 5 seconds) is 160℃.
3) The min. ambient temperature during laying is 0℃ and the min. bend radius of the cable is 10 times cable diameter.

4. Code, Description and Usage

Code	Name	Application
V(L)V	Copper (aluminum) conductor PVC insulated PVC sheathed cable	Laid indoors, in tunnels and pipes, cannot bear pulling force or pressure
V(L)V22	Copper (aluminum) conductor PVC insulated steel tape armored PVC sheathed cable	Laid indoors, in tunnels, pipes and directly in soil, can bear considerable pressure
VLV32	Copper (aluminum) conductor PVC insulated steel wire armored PVC sheathed cable	Laid indoors, in mines, waters, can bear considerable pulling force
VLV42	Copper (aluminum) conductor PVC insulated thick steel wire armored PVC sheathed cable	Vertically laid in wells, waters, can bear considerable pulling force
ZR-V(L)V	Copper (aluminum) conductor PVC insulated PVC sheathed flame retardant cable	Laid indoors, in tunnels and pipes, cannot bear pulling force or pressure
ZR-V(L)V22	Copper (aluminum) conductor PVC insulated steel tape armored PVC sheathed flame retardant cable	Laid indoors, in tunnels, pipes and directly in soil, can bear considerable pressure
ZR-V(L)V32	Copper (aluminum) conductor PVC insulated steel wire armored PVC sheathed flame retardant cable	Laid indoors, in mines, waters, can bear considerable pulling force
ZR-V(L)V42	Copper (aluminum) conductor PVC insulated thick steel wire armored PVC sheathed flame retardant cable	Vertically laid in wells, waters, can bear considerable pulling force

5. Technical Particulars

1) VV, VLV, ZR-VV, ZR-VLV

a> 1 Core

No. of Cores * Sectional Area	Conductor Strands	Insulation Thickness	Sheath Thickness	Overall Diameter	Approx. Weight		Max. Conductor DC Resistance at 20℃		Test Voltage (AC)
					Cu	Al	Cu	Al
mm2		mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	kv/5min
1*1.5	1	0.8	1.4	6.1	50.7	41.3	12.1		3.5
1*2.5	1	0.8	1.4	6.5	63.5	47.9	7.41	12.1	3.5
1*4	1	1.0	1.4	7.4	87.7	63.0	4.61	7.41	3.5
1* 6	1	1.0	1.4	7.9	111.0	75.9	3.08	4.61	3.5
1*10	7	1.0	1.4	9.2	166.6	93.0	1.83	3.02	3.5
1*16	7	1.0	1.4	10.3	233.3	132.2	1.15	1.91	3.5
1*25	7	1.2	1.4	12.0	344.9	185.4	0.727	1.20	3.5
1*35	7	1.2	1.4	13.2	449.8	228.7	0.524	0.868	3.5
1*50	19	1.4	1.4	14.9	590.5	289.8	0.387	0.641	3.5
1*70	19	1.4	1.4	16.7	807.3	374.2	0.268	0.443	3.5
1*95	19	1.6	1.5	19.3	1102.0	501.4	0.193	0.320	3.5
1*120	37	1.6	1.5	20.9	1349.0	590.3	0.153	0.253	3.5
1*150	37	1.8	1.6	23.1	1654.0	721.3	0.124	0.206	3.5
1*185	37	2.0	1.7	25.6	2060.0	891.6	0.0991	0.164	3.5
1*240	61	2.2	1.8	28.8	2651.0	1114.0	0.0754	0.125	3.5
1*300	61	2.4	1.9	31.9	3323.0	1396.0	0.0601	0.100	3.5
1*400	61	2.6	2.0	35.5	4205.0	1742.0	0.0470	0.0778	3.5
1*500	61	2.8	2.1	39.7	5359.0	2128.0	0.0366	0.0605	3.5
1*630	91	2.9	2.2	43.7	6707.0	2605.0	0.0283	0.0469	3.5
1*800	61	2.9	2.4	46.1	8064.0	3104.0	0.0221	0.0367	3.5

b> 2 Cores

No. of Cores * Sectional Area	Conductor Strands	Insulation Thickness	Sheath Thickness	Overall Diameter	Approx. Weight		Max. Conductor DC Resistance at 20℃		Test Voltage (AC)
					Cu	Al	Cu	Al
mm2		mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	kv/5min
2*1.5	1	0.8	1.8	10.5	119	100	12.1		3.5
2*2.5	1	0.8	1.8	11.3	150	118	7.41	12.1	3.5
2*4	1	1.0	1.8	13.1	210	160	4.61	7.41	3.5
2*6	1	1.0	1.8	14.1	264	192	3.08	4.61	3.5
2*10	7	1.0	1.8	16.7	393	242	1.83	3.02	3.5
2*16	7	1.0	1.8	18.8	541	334	1.15	1.91	3.5
2*25	7	1.2	1.8	22.2	794	469	0.727	1.20	3.5
2*35	7	1.2	1.8	24.5	1037	585	0.524	0.868	3.5
2*50	19	1.4	1.8	21.8	1227	620	0.387	0.641	3.5
2*70	19	1.4	1.9	24.7	1650	747	0.268	0.443	3.5
2*95	19	1.6	2.0	29.2	2213	988	0.193	0.320	3.5
2*120	19	1.6	2.1	31.3	2733	1186	0.153	0.253	3.5
2*150	37	1.8	2.2	34.7	3396	1462	0.124	0.206	3.5
2*185	37	2.0	2.4	37.9	3943	1668	0.0991	0.164	3.5
2*240	61	2.2	2.4	44.3	5135	2168	0.0754	0.125	3.5
2*300	61	2.4	2.5	49.0	6436	2665	0.0601	0.100	3.5
2*400	61	2.6	2.8	56.0	8356	3320	0.0470	0.0778	3.5

3> 3 Cores

No. of Cores * Sectional Area	Conductor Strands	Insulation Thickness	Sheath Thickness	Overall Diameter	Approx. Weight		Max. Conductor DC Resistance at 20℃		Test Voltage (AC)
					Cu	Al	Cu	Al
mm2		mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	kv/5min
3×1.5	1	0.8	1.8	10.9	142	113	12.1		3.5
3×2.5	1	0.8	1.8	11.8	187	139	7.41	12.1	3.5
3×4	1	1	1.8	13.7	265	189	4.61	7.41	3.5
3×6	1	1	1.8	14.8	335	227	3.08	4.61	3.5
3×10	7	1	1.8	17.6	514	290	1.83	3.02	3.5
3×16	7	1	1.8	19.9	728	419	1.15	1.91	3.5
3×25	7	1.2	1.8	23.6	1048	596	0.727	1.2	3.5
3×35	7	1.2	1.8	23.1	1422	745	0.524	0.868	3.5
3×50	19	1.4	1.8	26.5	1801	834	0.387	0.641	3.5
3×70	19	1.4	2.0	28.8	2415	1061	0.268	0.443	3.5
3×95	19	1.6	2.1	33.6	3205	1418	0.193	0.32	3.5
3×120	19	1.6	2.2	37.1	4034	1716	0.153	0.253	3.5
3×150	37	1.8	2.3	41.9	5028	2127	0.124	0.206	3.5
3×185	37	2	2.5	45.9	6180	2602	0.0991	0.164	3.5
3×240	37	2.2	2.7	51.8	7949	3308	0.0754	0.125	3.5
3×300	61	2.4	2.9	55.3	9780	3979	0.0601	0.1	3.5
3×400	61	2.6	3.0	60.6	12103	4869	0.047	0.0778	3.5

d> 4 Cores

No. of Cores * Sectional Area	Conductor Strands	Insulation Thickness	Sheath Thickness	Overall Diameter	Approx. Weight		Max. Conductor DC Resistance at 20℃		Test Voltage (AC)
					Cu	Al	Cu	Al
mm2		mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	kv/5min
4×2.5	1	0.8	1.8	12.7	232	169	7.41	12.1	3.5
4×4	1	1	1.8	14.9	322	221	4.61	7.41	3.5
4×6	1	1	1.8	16.1	422	271	3.08	4.61	3.5
4×10	7	1	1.8	19.2	649	388	1.83	3.02	3.5
4×16	7	1	1.8	21.7	922	509	1.15	1.91	3.5
4×25	7	1.2	1.8	25.9	1373	722	0.727	1.2	3.5
4×35	7	1.2	1.8	28.7	1802	899	0.524	0.868	3.5
4×50	19	1.4	1.9	30.4	2380	1091	0.387	0.641	3.5
4×70	19	1.4	2.1	33.9	3020	1398	0.268	0.443	3.5
4×95	19	1.6	2.2	39.7	4215	1866	0.193	0.32	3.5
4×120	19	1.6	2.4	44.2	5359	2265	0.153	0.253	3.5
4×150	37	1.8	2.5	48.7	6679	2811	0.124	0.206	3.5
4×185	37	2	2.7	53.5	8190	3420	0.0991	0.164	3.5
4×240	37	2.2	2.9	55.4	10494	4305	0.0754	0.125	3.5
4×300	61	2.4	3.0	61.0	12948	5388	0.0601	0.1	3.5
4×400	61	2.6	3.2	70.0	16788	6708	0.047	0.0778	3.5

e> 5 Cores

No. of Cores * Sectional Area	Conductor Strands	Insulation Thickness	Sheath Thickness	Overall Diameter	Approx. Weight		Max. Conductor DC Resistance at 20℃		Test Voltage (AC)
					Cu	Al	Cu	Al
mm2		mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	kv/5min
5×2.5	1	0.8	1.8	13.6	272	193	7.41	12.1	3.5
5×4	1	1	1.8	16.1	394	268	4.61	7.41	3.5
5×6	1	1	1.8	17.1	509	324	3.08	4.61	3.5
5×10	7	1	1.8	21.0	792	461	1.83	3.02	3.5
5×16	7	1	1.8	23.8	1124	608	1.15	1.91	3.5
5×25	7	1.2	1.8	28.7	1696	881	0.727	1.2	3.5
5×35	7	1.2	1.9	32.0	2241	1113	0.524	0.868	3.5
5×50	19	1.4	2.1	37.4	3158	1541	0.387	0.641	3.5
5×70	19	1.4	2.2	41.7	4236	1973	0.268	0.443	3.5
5×95	19	1.6	2.4	48.1	5685	2614	0.193	0.32	3.5
5×120	19	1.6	2.5	53.0	7662	3183	0.153	0.253	3.5
5×150	37	1.8	2.7	58.6	8743	3580	0.124	0.206	3.5
5×185	37	2	2.9	65.1	10801	4767	0.0991	0.164	3.5
5×240	37	2.2	3.1	72.1	13194	5461	0.0754	0.125	3.5
5×300	61	2.4	3.4	80.1	16414	6964	0.0601	0.1	3.5
5×400	61	2.6	3.6	87.0	21164	8564	0.047	0.0778	3.5

f> 3+1 Cores

No. of Cores x Sectional Area	Insulation Thickness		Conductor Strands		Sheath Thickness	Overall Diameter	Approx. Weight		Max. Conductor DC Resistance at 20℃				Test Voltage (AC)
			Phase	Earth
							Cu	Al	Cu		Al
mm2	mm	mm			mm	mm	Kg/km	Kg/km	Ω/km		Ω/km		KV/min
3×4+1×2.5	1.0	0.8	1	1	1.8	14.3	254	221	4.61	7.41	7.41	12.1	3.5
3×6+1×4	1.0	1.0	1	1	1.8	15.8	400	671	3.08	4.61	4.61	7.41	3.5
3×10+1×6	1.0	1.0	7	1	1.8	18.5	595	334	1.83	3.08	3.02	4.61	3.5
3×16+1×10	1.0	1.0	7	7	1.8	21.1	853	467	1.15	1.83	1.91	3.02	3.5
3×25+1×16	1.2	1.0	7	7	1.8	24.9	1267	671	0.727	1.15	1.20	1.91	3.5
3×35+1×16	1.2	1.0	7	7	1.8	27.1	1591	806	0.524	1.15	1.868	1.91	3.5
3×50+1×25	1.4	1.2	19	7	1.9	30.4	2124	996	0.387	0.727	0.641	1.20	3.5
3×70+1×35	1.4	1.2	19	7	2.0	33.9	2851	1271	0.268	0.524	0.443	0.868	3.5
3×95+1×50	1.6	1.4	19	19	2.2	39.5	3844	1684	0.193	0.387	0.320	0.641	3.5
3×120+1×70	1.6	1.4	19	19	2.3	44.0	4833	2060	0.153	0.268	0.253	0.443	3.5
3×150+1×70	1.8	1.4	37	19	2.4	48.5	5841	2488	0.124	0.268	0.206	0.320	3.5
3×185+1×95	2.0	1.6	37	19	2.6	53.3	7246	3056	0.0991	0.193	0.164	0.253	3.5
3×240+1×120	2.2	1.6	37	37	2.8	55.0	9216	3801	0.0754	0.153	0.125	0.206	3.5
3×300+1×150	2.4	1.6	37	61	3.1	59.8	11388	4769	0.0601	0.124	0.100	0.164	3.5
3×400+1×240	2.6	1.6	37	61	3.3	66.0	14562	5968	0.0470	0.0754	0.0778	0.125	3.5

g> 3+2 Cores

No. of Cores x Sectional Area	Insulation Thickness		Conductor Strands		Sheath Thickness	Overall Diameter	Approx. Weight		Max. Conductor DC Resistance at 20℃				Test Voltage (AC)
							Cu	Al	Cu		Al
mm2	mm	mm	Phase	Earth	mm	mm	Kg/km	Kg/km	Ω/km		Ω/km		KV/min
3×4+2×2.5	1.0	0.8	1	1	1.8	15.2	345	238	4.61	7.41	7.41	12.1	3.5
3×6+2×4	1.0	1.0	1	1	1.8	17.1	463	288	3.08	4.61	4.61	7.41	3.5
3×10+2×6	1.0	1.0	7	1	1.8	19.7	680	407	1.83	3.08	3.02	4.61	3.5
3×16+2×10	1.0	1.0	7	7	1.8	22.7	990	522	1.15	1.83	1.91	3.02	3.5
3×25+2×16	1.2	1.0	7	7	1.8	26.7	1468	773	0.727	1.15	1.20	1.91	3.5
3×35+2×16	1.2	1.0	7	7	1.8	29.0	1791	907	0.524	1.15	1.868	1.91	3.5
3×50+2×25	1.4	1.2	19	7	1.9	34.4	2573	1284	0.387	0.727	0.641	1.20	3.5
3×70+2×35	1.4	1.2	19	7	2.0	38.7	3464	1637	0.268	0.524	0.443	0.868	3.5
3×95+2×50	1.6	1.4	19	19	2.2	44.4	4697	2207	0.193	0.387	0.320	0.641	3.5
3×120+2×70	1.6	1.4	19	19	2.3	49.0	5935	2673	0.153	0.268	0.253	0.443	3.5
3×150+2×70	1.8	1.4	37	19	2.4	52.9	5968	3153	0.124	0.268	0.206	0.320	3.5
3×185+2×95	2.0	1.6	37	19	2.6	59.3	8554	3942	0.0991	0.193	0.164	0.253	3.5
3×240+2×120	2.2	1.6	37	37	2.8	66.6	11184	4978	0.0754	0.153	0.125	0.206	3.5
3×300+2×150	2.4	1.6	61	37	3.1	71.1	13719	6151	0.0601	0.124	0.100	0.164	3.5
3×400+2×240	2.6	1.6	61	37	3.3	78.2	18250	7666	0.0470	0.0754	0.0778	0.125	3.5

h> 4+1 Cores

No. of Cores x Sectional Area	Insulation Thickness		Conductor Strands		Sheath Thickness	Overall Diameter	Approx. Weight		Max. Conductor DC Resistance at 20℃				Test Voltage (AC)
							Cu	Al	Cu		Al
mm2	mm	mm	Phase	Earth	mm	mm	Kg/km	Kg/km	Ω/km		Ω/km		KV/min
4×4+1×2.5	1.0	0.8	1	1	1.8	15.6	358	251	4.61	7.41	7.41	12.1	3.5
4×6+1×4	1.0	1.0	1	1	1.8	17.4	493	317	3.08	4.61	4.61	7.41	3.5
4×10+1×6	1.0	1.0	7	1	1.8	20.3	733	347	1.83	3.08	3.02	4.61	3.5
4×16+1×10	1.0	1.0	7	7	1.8	23.3	1118	588	1.15	1.83	1.91	3.02	3.5
4×25+1×16	1.2	1.0	7	7	1.8	27.6	1662	527	0.727	1.15	1.20	1.91	3.5
4×35+1×16	1.2	1.0	7	7	1.8	30.3	2046	1021	0.524	1.15	1.868	1.91	3.5
4×50+1×25	1.4	1.2	19	7	2.0	35.8	2820	1395	0.387	0.727	0.641	1.20	3.5
4×70+1×35	1.4	1.2	19	7	2.1	39.9	3782	1787	0.268	0.524	0.443	0.868	3.5
4×95+1×50	1.6	1.4	19	19	2.3	46.0	5088	2365	0.193	0.387	0.320	0.641	3.5
4×120+1×70	1.6	1.4	19	19	2.5	51.0	6394	2911	0.153	0.268	0.253	0.443	3.5
4×150+1×70	1.8	1.4	37	19	2.6	55.4	7725	3482	0.124	0.268	0.206	0.320	3.5
4×185+1×95	2.0	1.6	37	19	2.8	61.9	9894	4607	0.0991	0.193	0.164	0.253	3.5
4×240+1×120	2.2	1.6	37	37	3.0	69.7	12306	5466	0.0754	0.153	0.125	0.206	3.5
4×300+1×150	2.4	1.6	61	37	3.2	74.3	15397	6888	0.0601	0.124	0.100	0.164	3.5
4×400+1×240	2.6	1.6	61	37	3.4	79.1	19928	8366	0.0470	0.0754	0.0778	0.125	3.5

2) VV22, VLV22, ZR-VV22, ZR-VLV22
a> 1 Core

No. of Cores * Sectional Area	Conductor Strands	Insulation Thickness	Steel Tape Thickness	Sheath Thickness	Overall Dia.	Approx. Weight		Max. Conductor DC Resistance at 20℃		Test Voltage (AC)
						Cu	Al	Cu	Al
mm2		mm	mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	kv/5min
1*10	7	1.0	2*0.2	1.4	13.6	348	265	1.83	3.02	3.5
1*16	7	1.0	2*0.2	1.4	14.6	432.0	331.0	1.15	1.91	3.5
1*25	7	1.2	2*0.2	1.4	16.4	574.0	415.0	0.727	1.20	3.5
1*35	7	1.2	2*0.2	1.5	17.5	699.0	478.0	0.524	0.868	3.5
1*50	19	1.4	2*0.2	1.5	19.3	870.0	569.0	0.387	0.641	3.5
1*70	19	1.4	2*0.2	1.6	21.1	1118.0	685.0	0.268	0.443	3.5
1*95	19	1.6	2*0.2	1.6	23.4	1444.0	844.0	0.193	0.320	3.5
1*120	37	1.6	2*0.2	1.7	25.0	1719.0	960.0	0.153	0.253	3.5
1*150	37	1.8	2*0.2	1.7	27.0	2046.0	113.0	0.124	0.206	3.5
1*185	37	2.0	2*0.2	1.8	30.7	2672.0	1503.0	0.0991	0.164	3.5
1*240	61	2.2	2*0.2	1.9	33.3	3353.0	1816.0	0.0754	0.125	3.5
1*300	61	2.4	2*0.5	2.0	36.4	4072.0	2145.0	0.0601	0.100	3.5
1*400	61	2.6	2*0.5	2.1	40.1	5033.0	2570.0	0.0470	0.0778	3.5
1*500	61	2.8	2*0.5	2.2	44.1	6277.0	3099.0	0.0366	0.0605	3.5
1*630	91	2.8	2*0.5	2.3	48.7	7746.0	3674.0	0.0283	0.0469	3.5
1*800	91	2.8	2*0.5	2.6	51.4	9075.0	4117.0	0.0221	0.0367	3.5

b> 2 Cores

No. of Cores * Sectional Area	Conductor Strands	Insulation Thickness	Steel Tape Thickness	Sheath Thickness	Overall Dia.	Approx. Weight		Max. Conductor DC Resistance at 20℃		Test Voltage (AC)
						Cu	Al	Cu	Al
mm2		mm	mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	kv/5min
2*4	1	1.0	2*0.2	1.8	16.6	424	374	4.61	7.41	3.5
2*6	1	1.0	2*0.2	1.8	17.6	493	419	3.08	4.61	3.5
2*10	7	1.0	2*0.2	1.8	19.2	663	539	1.83	3.02	3.5
2*16	7	1.0	2*0.2	1.8	22.3	844	647	1.15	1.91	3.5
2*25	7	1.2	2*0.2	1.8	25.8	1154	842	0.27	1.20	3.5
2*35	7	1.2	2*0.2	1.8	28.1	1431	998	0.524	0.868	3.5
2*50	19	1.4	2*0.2	1.8	25.6	1589	1034	0.387	0.641	3.5
2*70	19	1.4	2*0.5	2.0	29.3	2243	1378	0.268	0.443	3.5
2*95	19	1.6	2*0.5	2.1	33.8	2909	1735	0.193	0.320	3.5
2*120	19	1.6	2*0.5	2.2	35.9	3475	1991	0.153	0.253	3.5
2*150	37	1.8	2*0.5	2.4	39.7	4250	2400	0.124	0.206	3.5
2*185	37	2.0	2*0.5	2.5	42.8	5010	2723	0.0991	0.164	3.5
2*240	61	2.2	2*0.5	2.5	49.5	6067	3090	0.0754	0.125	3.5
2*300	61	2.4	2*0.5	2.5	52.0	7167	3396	0.0601	0.100	3.5
2*400	61	2.4	2*0.5	2.7	58.5	8956	4156	0.0470	0.0778	3.5

c> 3 Cores

No. of Cores * Sectional Area	Conductor Strands	Insulation Thickness	Steel Tape Thickness	Sheath Thickness	Overall Dia.	Approx. Weight		Max. Conductor DC Resistance at 20℃		Test Voltage (AC)
						Cu	Al	Cu	Al
mm2		mm	mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	kv/5min
3*4	1	1.0	2*0.2	1.8	17.3	489	414	4.61	7.41	3.5
3*6	1	1.0	2*0.2	1.8	18.4	577	472	3.08	4.61	3.5
3*10	7	1.0	2*0.2	1.8	21.2	800	559	1.83	3.02	3.5
3*16	7	1.0	2*0.2	1.8	23.5	1050	740	1.15	1.91	3.5
3*25	7	1.2	2*0.2	1.8	27.2	1465	976	0.127	1.20	3.5
3*35	7	1.2	2*0.5	1.8	30.7	2149	1372	0.524	0.868	3.5
3*50	19	1.4	2*0.5	1.9	31.3	2453	1486	0.387	0.641	3.5
3*70	19	1.4	2*0.5	2.1	33.6	3116	1763	0.268	0.443	3.5
3*95	19	1.6	2*0.5	2.2	38.3	4053	2216	0.193	0.320	3.5
3*120	19	1.6	2*0.5	2.3	41.9	4930	2609	0.153	0.253	3.5
3*150	37	1.6	2*0.5	2.5	47.1	6075	3174	0.124	0.206	3.5
3*185	37	1.8	2*0.5	2.6	50.9	7299	3721	0.0991	0.164	3.5
3*240	37	2.0	2*0.5	2.8	57.0	9213	4590	0.0754	0.125	3.5
3*300	37	2.4	2*0.5	3.0	61.1	11185	5438	0.0601	0.100	3.5
3*400	61	2.4	2*0.5	3.2	70.5	13330	5950	0.0470	0.0778	3.5

d> 4 Cores

No. of Cores * Sectional Area	Conductor Strands	Insulation Thickness	Steel Tape Thickness	Sheath Thickness	Overall Dia.	Approx. Weight		Max. Conductor DC Resistance at 20℃		Test Voltage (AC)
						Cu	Al	Cu	Al
mm2		mm	mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	kv/5min
4*4	1	1.0	2*0.2	1.8	18.5	565	464	4.61	7.41	3.5
4*6	1	1.0	2*0.2	1.8	19.7	685	533	3.08	4.61	3.5
4*10	7	1.0	2*0.2	1.8	22.8	960	699	1.83	3.02	3.5
4*16	7	1.0	2*0.2	1.8	25.3	1273	851	1.15	1.91	3.5
4*25	7	1.2	2*0.2	1.8	30.5	1998	1347	0.127	1.20	3.5
4*35	7	1.2	2*0.5	1.9	33.5	2505	1602	0.524	0.868	3.5
4*50	19	1.4	2*0.5	2.0	35.2	3122	1832	0.387	0.641	3.5
4*70	19	1.4	2*0.5	2.2	38.7	4025	2220	0.268	0.443	3.5
4*95	19	1.6	2*0.5	2.4	44.7	5291	2842	0.193	0.320	3.5
4*120	19	1.6	2*0.5	2.5	49.4	6464	3370	0.153	0.253	3.5
4*150	37	1.6	2*0.5	2.6	53.7	7866	3998	0.124	0.206	3.5
4*185	37	1.8	2*0.5	2.8	58.9	9542	4772	0.0991	0.164	3.5
4*240	37	2.0	2*0.5	2.0	61.0	11916	5727	0.0754	0.125	3.5
4*300	37	2.4	2*0.5	3.0	67.0	14118	6558	0.0601	0.100	3.5
4*400	61	2.4	2*0.5	3.4	70.5	19950	9366	0.0470	0.0778	3.5

e> 5 Cores

No. of Cores * Sectional Area	Conductor Strands	Insulation Thickness	Steel Tape Thickness	Sheath Thickness	Overall Dia.	Approx. Weight		Max. Conductor DC Resistance at 20℃		Test Voltage (AC)
						Cu	Al	Cu	Al
mm2		mm	mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	kv/5min
5*2.5	1	0.8	2*0.2	1.8	17.3	488	409	7.41	12.1	3.5
5*4	1	1.0	2*0.2	1.8	19.7	644	518	4.61	7.41	3.5
5*6	1	1.0	2*0.2	1.8	21.3	790	605	3.08	4.61	3.5
5*10	7	1.0	2*0.2	1.8	24.6	1110	779	1.83	3.02	3.5
5*16	7	1.0	2*0.2	1.8	27.4	1485	970	1.15	1.91	3.5
5*25	7	1.2	2*0.2	1.8	33.3	2339	1525	0.127	1.20	3.5
5*35	7	1.2	2*0.5	2.0	36.6	3953	1822	0.524	0.868	3.5
5*50	19	1.4	2*0.5	2.2	41.6	3975	2392	0.387	0.641	3.5
5*70	19	1.4	2*0.5	2.3	45.5	5125	2909	0.268	0.443	3.5
5*95	19	1.6	2*0.5	2.5	52.1	6798	3790	0.193	0.320	3.5
5*120	19	1.6	2*0.5	2.6	57.3	8217	4418	0.153	0.253	3.5
5*150	37	1.6	2*0.5	2.8	63.1	10030	5280	0.124	0.206	3.5
5*185	37	1.8	2*0.5	3.0	69.9	12275	6418	0.0991	0.164	3.5
5*240	37	2.0	2*0.5	2.2	77.1	15077	7343	0.0754	0.125	3.5
5*300	37	2.4	2*0.5	3.2	86.5	18214	8764	0.0601	0.100	3.5
5*400	61	2.4	2*0.5	3.5	92.2	22864	10264	0.0470	0.0778	3.5

f> 3+1 Cores

No. of Cores * Sectional Area	Conductor Strands		Insulation Thickness	Steel Tape Thickness	Sheath Thickness	Overall Dia.	Approx. Weight		Max. Conductor DC Resistance at 20℃				Test Voltage (AC)
							Cu	Al	Cu		Al
mm2	Phase	Earth	mm	mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	Ω/km	Ω/km	kv/5min
3*4+1*2.5	1	1	1.0	2*0.2	1.8	17.9	538.0	446.0	4.61	7.41	7.41	12.1	3.5
3*6+1*4	1	1	1.0	2*0.2	1.8	19.5	657.0	524.0	3.08	4.61	4.61	7.41	3.5
3*10+1*6	7	1	1.0	2*0.2	1.8	22.1	894.0	619.0	1.83	3.08	3.02	4.61	3.5
3*16+1*10	7	7	1.0	2*0.2	1.8	24.7	1194.0	804.0	1.15	1.83	1.91	3.02	3.5
3*25+1*16	7	7	1.2	2*0.2	1.8	28.5	1668.0	1072.0	0.727	1.15	1.20	1.91	3.5
3*35+1*16	7	7	1.2	2*0.5	1.8	31.7	2243.0	1458.0	0.524	1.15	0.868	1.91	3.5
3*50+1*25	7	7	1.4	2*0.5	2.0	35.0	2852.0	1723.0	0.387	0.727	0.641	1.20	3.5
3*70+1*35	19	7	1.4	2*0.5	2.1	38.5	3657.0	2077.0	0.268	0.524	0.443	0.868	3.5
3*95+1*50	19	19	1.6	2*0.5	2.3	44.3	4796.0	2636.0	0.193	0.387	0.320	0.641	3.5
3*120+1*70	19	19	1.6	2*0.5	2.4	49.0	5912.0	3139.0	0.153	0.268	0.253	0.443	3.5
3*150+1*70	19	19	1.8	2*0.5	2.5	53.5	7025.0	3673.0	0.124	0.268	0.206	0.443	3.5
3*185+1*95	37	19	2.0	2*0.5	2.7	58.9	8598.0	4408.0	0.0991	0.1930	0.164	0.320	3.5
3*240+1*120	37	37	2.2	2*0.5	2.9	60.6	10631.0	5216.0	0.0754	0.1530	0.125	0.253	3.5
3*300+1*150	37	37	2.4	2*0.5	3.1	65.6	12913.0	6145.0	0.0601	0.1240	0.100	0.206	3.5
3*400+1*240	61	37	2.4	2*0.5	3.3	72.8	15410.0	7812.0	0.0470	0.0754	0.0778	0.125	3.5

g> 3+2 Cores

No. of Cores * Sectional Area	Conductor Strands		Insulation Thickness	Steel Tape Thickness	Sheath Thickness	Overall Dia.	Approx. Weight		Max. Conductor DC Resistance at 20℃				Test Voltage (AC)
							Cu	Al	Cu		Al
mm2	Phase	Earth	mm	mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	Ω/km	Ω/km	kv/5min
3*4+2*2.5	1	1	1.0	2*0.2	1.8	18.8	580	481	4.61	7.41	7.41	12.1	3.5
3*6+2*4	1	1	1.0	2*0.2	1.8	20.7	728	570	3.08	4.61	4.61	7.41	3.5
3*10+2*6	7	1	1.0	2*0.2	1.8	23.3	973	702	1.83	3.08	3.02	4.61	3.5
3*16+2*10	7	7	1.0	2*0.2	1.8	26.3	1323	853	1.15	1.83	1.91	3.02	3.5
3*25+2*16	7	7	1.2	2*0.2	1.8	31.5	2053	1287	0.727	1.15	1.20	1.91	3.5
3*35+2*16	7	7	1.2	2*0.5	1.9	33.6	2406	1402	0.524	1.15	0.868	1.91	3.5
3*50+2*25	7	7	1.4	2*0.5	2.1	38.4	3371	2080	0.387	0.727	0.641	1.20	3.5
3*70+2*35	19	7	1.4	2*0.5	2.2	42.6	4350	2542	0.268	0.524	0.443	0.868	3.5
3*95+2*50	19	19	1.6	2*0.5	2.4	48.5	5736	2348	0.193	0.387	0.320	0.641	3.5
3*120+2*70	19	19	1.6	2*0.5	2.5	53.4	7126	3897	0.153	0.268	0.253	0.443	3.5
3*150+2*70	19	19	1.8	2*0.5	2.6	57.2	8249	4438	0.124	0.268	0.206	0.443	3.5
3*185+2*95	37	19	2.0	2*0.5	2.8	63.9	10254	5441	0.0991	0.1930	0.164	0.320	3.5
3*240+2*120	37	37	2.2	2*0.5	3.0	71.4	12888	6689	0.0754	0.1530	0.125	0.253	3.5
3*300+2*150	37	37	2.4	2*0.5	3.2	79.3	15483	7948	0.0601	0.1240	0.100	0.206	3.5
3*400+2*240	61	37	2.4	2*0.5	3.4	86.7	19950	9366	0.0470	0.0754	0.0778	0.125	3.5

h> 4+1 Cores

No. of Cores * Sectional Area	Conductor Strands		Insulation Thickness	Steel Tape Thickness	Sheath Thickness	Overall Dia.	Approx. Weight		Max. Conductor DC Resistance at 20℃				Test Voltage (AC)
							Cu	Al	Cu		Al
mm2	Phase	Earth	mm	mm	mm	mm	kg/km	kg/km	Ω/km	Ω/km	Ω/km	Ω/km	kv/5min
4*4+1*2.5	1	1	1.0	2*0.2	1.8	18.8	605	498	4.61	7.41	7.41	12.1	3.5
4*6+1*4	1	1	1.0	2*0.2	1.8	20.7	765	589	3.08	4.61	4.61	7.41	3.5
4*10+1*6	7	1	1.0	2*0.2	1.8	23.3	152	756	1.83	3.08	3.02	4.61	3.5
4*16+1*10	7	7	1.0	2*0.2	1.8	26.3	1482	952	1.15	1.83	1.91	3.02	3.5
4*25+1*16	7	7	1.2	2*0.2	1.8	31.5	2312	1477	0.727	1.15	1.20	1.91	3.5
4*35+1*16	7	7	1.2	2*0.5	1.9	33.6	2756	1731	0.524	1.15	0.868	1.91	3.5
4*50+1*25	7	7	1.4	2*0.5	2.1	38.4	3680	1827	0.387	0.727	0.641	1.20	3.5
4*70+1*35	19	7	1.4	2*0.5	2.2	42.6	4768	2734	0.268	0.524	0.443	0.868	3.5
4*95+1*50	19	19	1.6	2*0.5	2.4	48.5	6267	3491	0.193	0.387	0.320	0.641	3.5
4*120+1*70	19	19	1.6	2*0.5	2.5	53.4	7698	4145	0.153	0.268	0.253	0.443	3.5
4*150+1*70	19	19	1.8	2*0.5	2.6	57.2	6216	4882	0.124	0.268	0.206	0.443	3.5
4*185+1*95	37	19	2.0	2*0.5	2.8	63.9	11293	5899	0.0991	0.1930	0.164	0.320	3.5
4*240+1*120	37	37	2.2	2*0.5	3.0	71.4	14371	7395	0.0754	0.1530	0.125	0.253	3.5
4*300+1*150	37	37	2.4	2*0.5	3.2	79.3	17449	8891	0.0601	0.1240	0.100	0.206	3.5
4*400+1*240	61	37	2.4	2*0.5	3.4	86.7	21578	9386	0.0470	0.0754	0.0778	0.125	3.5