Appendix 1 ACSR (LGJ/LGJF) Structure and Technical Specifications GB1179-83

Nominal Section (mm2) Aluminum/Steel	Structure Strands/Dia.(mm)		Calculated Section (mm2)			Outer Dia.(mm)	DC Resistance Not Greater Than(Ω/km)	Calculated Breaking Load (N)	Calculated Weight (kg/km)	Delivery Length Not Less Than (m)
	aluminum	steel	aluminum	steel	Total
10/2	6/1.50	1/1.50	10.60	1.77	12.37	4.50	2.706	4120	42.9	3000
16/3	6/1.85	1/1.85	16.13	2.69	18.82	5.55	1.779	6130	65.2	3000
25/4	6/2.32	1/2.32	25.36	4.23	29.59	6.96	1.131	9290	102.6	3000
35/6	6/2.72	1/2.72	34.86	5.81	40.67	8.16	0.8230	12630	141.0	3000
50/8	6/3.20	1/3.20	48.25	8.04	56.29	9.60	0.5946	16870	195.1	2000
50/30	12/2.32	7/2.32	50.73	29.59	80.32	11.60	0.5692	42620	372.0	3000
70/10	6/3.80	1/3.80	68.05	11.34	79.39	11.40	0.4217	23390	275.2	2000
70/40	12/2.72	7/2.72	69.73	40.67	110.40	13.60	0.4141	58300	511.3	2000
95/15	26/2.15	7/1.67	94.39	15.33	109.72	13.61	0.3058	35000	380.8	2000
95/20	7/4.16	7/1.85	95.14	18.82	113.96	13.87	0.3019	37200	408.9	2000
95/55	12/3.20	7/3.20	96.51	56.30	152.81	16.00	0.2992	78110	707.7	2000
120/7	18/2.90	1/2.90	118.89	6.61	125.50	14.50	0.2422	27570	379.0	2000
120/20	26/2.38	7/1.85	115.67	18.82	134.49	15.07	0.2496	41000	466.8	2000
120/25	7/4.72	7/2.10	122.48	24.25	149.73	15.74	0.2345	47880	526.6	2000
120/70	12/3.60	7/3.60	122.15	71.25	193.40	18.00	0.2364	98370	895.6	2000
150/8	18/3.20	1/3.20	144.76	8.04	152.80	16.00	0.1989	32860	461.4	2000
150/20	24/2.78	7/1.85	145.68	18.82	164.50	16.67	0.1980	46630	549.4	2000
150/25	26/2.70	7/2.10	148.86	24.25	173.11	17.10	0.1939	54110	601.0	2000
150/35	30/2.50	7/2.50	147.26	34.36	181.62	17.50	0.1962	65020	676.2	2000
185/10	18/3.60	1/3.60	183.22	10.18	193.40	18.00	0.1572	40880	584.0	2000
185/25	24/3.15	7/2.10	187.01	24.25	211.29	18.90	0.1542	59420	706.1	2000
185/30	26/2.98	7/2.32	181.34	29.59	201.93	18.88	0.1592	64320	732.6	2000
185/45	30/2.80	7/2.80	184.73	43.10	227.83	19.60	0.1564	80190	848.2	2000
210/10	18/3.80	1/3.80	204.14	11.34	215.48	19.00	0.1411	45140	650.7	2000
210/25	24/3.33	7/2.22	209.02	27.10	236.12	19.98	0.1380	65990	789.1	2000
210/35	26/3.22	7/2.50	211.73	34.36	246.09	20.38	0.1363	74250	853.9	2000
210/50	30/2.98	7/2.98	209.24	48.82	258.06	20.86	0.1381	90830	960.8	2000
240/30	24/3.60	7/2.40	244.29	31.67	275.96	21.60	0.1181	75620	922.2	2000
240/40	26/3.42	7/2.66	238.85	38.90	277.75	21.66	0.1209	83370	964.3	2000
240/55	30/3.20	7/3.20	241.27	56.30	297.57	22.40	0.1198	102100	1108	2000
300/15	42/3.00	7/1.67	296.88	15.33	312.21	23.01	0.09724	68060	939.8	2000
300/20	45/2.93	7/1.95	303.42	20.91	324.33	23.43	0.09520	75680	1002	2000
300/25	48/2.85	7/2.22	306.21	27.10	333.31	23.76	0.09433	83410	1058	2000
300/40	24/3.99	7/2.66	300.09	38.90	338.99	23.94	0.09614	92220	1133	2000
300/50	26/3.83	7/2.98	299.54	48.82	348.36	24.26	0.09636	103400	1210	2000
300/70	30/3.60	7/3.60	305.36	71.25	376.61	25.20	0.09463	128000	1402	2000
400/20	42/3.51	7/1.95	406.40	20.91	427.31	26.91	0.07104	88850	1286	1500
400/25	45/3.33	7/2.22	391.91	27.10	419.01	26.64	0.07370	95940	1295	1500
400/35	48/3.22	7/2.50	390.88	34.36	425.24	26.82	0.07389	103900	1349	1500
400/50	54/3.07	7/3.07	399.73	51.82	451.55	27.63	0.07232	123400	1511	1500
400/65	26/4.42	7/3.44	398.94	65.06	464.00	28.00	0.07236	135200	1611	1500
400/95	30/4.16	19/2.50	407.75	93.27	501.02	29.14	0.07087	171300	1860	1500
500/35	45/3.75	7/2.50	497.01	34.36	531.37	30.00	0.05812	119500	1642	1500
500/45	48/3.60	7/2.80	488.58	43.10	531.68	30.00	0.05912	128100	1688	1500
500/65	54/3.44	7/3.44	501.88	65.06	566.94	30.96	0.05760	154000	1897	1500
630/45	45/4.20	7/2.80	623.45	43.10	666.55	33.60	0.04633	148700	2060	1200
630/55	48/4.12	7/3.20	639.92	56.30	696.22	34.32	0.04514	164400	2209	1200
630/80	54/3.87	19/2.32	635.19	80.32	715.51	34.82	0.04551	192900	2388	1200
800/55	45/4.80	7/3.20	814.30	56.30	870.60	38.40	0.03547	191500	2690	1000
800/70	48/4.63	7/3.60	808.15	71.25	879.40	38.58	0.03574	207000	2791	1000
800/100	54/4.33	19/2.60	795.17	100.88	896.05	38.98	0.03635	241100	2991	1000

Appendix 2 Aluminum Stranded Conductor (LJ) Structure and Technical Specifications GB1179-83

Nominal Section (mm2)	Structure Strands/Dia.(mm)	Calculated Section (mm2)	Outer Dia.(mm)	DC Resistance Not Greater Than(Ω/km)	Calculated Breaking Load (N)	Calculated Weight (kg/km)	Delivery Length Not Less Than (m)
16	7/1.70	15.89	5.10	1.802	2840	43.5	4000
25	7/2.15	25.41	6.45	1.127	4355	69.6	3000
35	7/2.50	34.36	7.50	0.8332	5760	94.1	2000
50	7/3.00	49.48	9.00	0.5786	7930	135.5	1500
70	7/3.60	71.25	10.80	0.4018	10950	195.1	1250
95	7/4.16	95.14	12.48	0.3009	14450	260.5	1000
120	19/2.85	121.21	14.25	0.2373	19420	333.5	1500
150	19/3.15	148.07	15.75	0.1943	23310	407.4	1250
185	19/3.50	182.80	17.50	0.1574	28440	503.0	1000
210	19/3.75	209.85	18.75	0.1371	32260	577.4	1000
240	19/4.00	238.76	20.00	0.1205	36260	656.9	1000
300	37/3.20	297.57	22.40	0.09689	46850	820.4	1000
400	37/3.70	397.83	25.90	0.07247	61150	1097	1000
500	37/4.16	502.90	29.12	0.05733	76370	1387	1000
630	61/3.63	631.30	32.67	0.04577	91940	1744	800
800	61/4.10	805.36	36.90	0.03588	115900	2225	800

Appendix 3 Expanded Diameter Conductor Structure and Technical Specifications

Model & Specification			LGKK-587	LGKK-900	LGKK-1400
ConductorOuter Dia.(mm)			51	49	57
Calculated Cross-Sectional Area (mm2)	aluminum		586.7	906.4	1387.8
	steel		49.5	84.83	106.0
	Total		636.2	991.23	1493.8
ConductorStructure Strands/Dia.(mm)	Center Support Metal Hose Outer Dia.		39.0	27.0	27.0
	Inner Layer	aluminum	35/3.0	18/3.0	15/3.0
		steel	7/3.0	12/3.0	15/3.0
	Secondary Inner Layer, Aluminum		48/3.0	28/4.0	28/4.0
	Secondary Outer Layer, Aluminum		/	34/4.0	34/4.0
	Outermost Layer, Aluminum		/	/	40/4.0
Calculated Total Breaking Load (kN)			137	205	289
Elastic Modulus (kN/mm2)			71.54	58.7	58.02
Linear Expansion Coeff. (10-6/°C)			20.6	20.4	20.8
DC Resistance (20°C Ω/km)			0.0514	0.03317	0.02163
Current Carrying Capacity (70°C A)			750	1020	1290
Unit Weight (kg/km)			2711	3650	5159

Appendix 4 NRLH58GJ Type Heat-Resistant Aluminum Alloy Steel Core Stranded Wire Structure and Technical Specifications

Nominal Section (mm2) Aluminum Alloy/Steel	Structure Strands/Dia.(mm)		Calculated Section (mm2)			Calculated Outer Dia.(mm)	20°CDC Resistance Not Greater Than(Ω/km)	Calculated Breaking Load (N)	Calculated Weight (kg/km)
	aluminum alloy	steel	aluminum alloy	steel	Total
300/50	26/3.83	7/2.98	299.54	48.82	348.35	24.26	0.1014	101090	1210
400/50	54/3.07	7/3.07	399.73	51.82	451.55	27.63	0.0761	117845	1513
500/65	54/3.44	7/3.44	501.88	65.06	566.94	30.96	0.0606	147963	1899
630/80	54/3.87	19/2.32	635.19	80.32	715.51	34.82	0.0479	187792	2190
800/100	54/4.33	19/2.60	795.17	100.88	896.05	38.93	0.0383	231560	2995
1440/120	84/4.67	19/2.80	1438.81	116.99	1555.89	51.36	0.0213	344502	4928

Appendix 5 NRLH60GJ Type Heat-Resistant Aluminum Alloy Steel Core Stranded Wire Structure and Technical Specifications

Nominal Section (mm2) Aluminum Alloy/Steel	Structure Strands/Dia.(mm)		Calculated Section (mm2)			Calculated Outer Dia.(mm)	20℃DC Resistance Not Greater Than(Ω/km)	Calculated Breaking Load (N)	Calculated Weight (kg/km)
	aluminum alloy	steel	aluminum alloy	steel	Total
400/50	54/3.07	7/3.07	399.73	51.82	451.55	27.63	0.07370	117911	1511
400/50	24/4.60	7/3.00	398.86	49.48	448.34	27.40	0.07345	114939	1489
500/65	54/3.44	7/3.44	501.88	65.06	566.94	30.96	0.05870	148047	1897
630/80	54/3.87	19/2.32	635.19	80.32	715.51	34.82	0.04638	187951	2388
800/100	54/4.33	19/2.60	795.17	100.88	896.05	38.98	0.03705	231685	2991
1440/120	84/4.67	19/2.80	1438.81	116.99	1555.80	51.36	0.02057	344642	4930

Appendix 6 Galvanized Steel Stranded Conductor Structure and Technical Specifications YB/T5004-2001

structure	Steel Wire Dia.(mm)	Steel Stranded Conductor Dia.(mm)	Steel Stranded Conductor Cross-Section (mm2)	Nominal Tensile Strength (N/mm2)					Reference Weight(kg/100m)
				1175	1270	1370	1470	1570
				Steel Wire Breaking Load Sum, Not Less Than (kN)
1×3	2.9	6.2	19.82	23.29	25.17	27.15	29.14	31.12	15.99
1×3	3.20	6.4	24.13	28.35	30.65	33.06	35.47	37.88	19.47
1×3	3.50	7.5	28.86	33.91	36.65	39.54	42.43	45.31	23.29
1×3	4.00	8.6	37.70	44.30	47.88	51.65	55.42	59.19	30.42
1×7	1.00	3.0	5.50	6.46	6.98	7.54	8.08	8.64	4.37
1×7	1.20	3.6	7.92	9.31	10.06	10.85	11.64	12.43	6.29
1×7	1.40	4.2	10.78	12.67	13.69	14.77	15.85	16.92	8.56
1×7	1.60	4.8	14.07	16.53	17.87	19.28	20.68	22.09	11.17
1×7	1.80	5.4	17.81	20.93	22.62	24.40	26.18	27.96	14.14
1×7	2.00	6.0	21.99	25.84	29.73	30.13	32.32	34.52	17.46
1×7	2.30	6.9	29.08	34.17	36.93	39.84	42.75	45.66	23.09
1×7	2.60	7.8	37.17	43.60	47.20	50.92	54.63	58.35	29.51
1×7	2.90	8.7	46.24	54.33	58.72	63.35	67.97	72.60	36.71
1×7	3.20	9.6	56.30	66.15	71.50	77.13	82.76	88.39	44.70
1×7	3.50	10.5	67.35	79.14	85.85	92.27	99.00	105.74	53.48
1×7	3.80	11.4	79.39	93.28	100.82	108.76	116.70	124.64	63.04
1×7	4.00	12.0	87.96	103.35	111.71	120.50	129.30	138.10	69.84
1×19	1.60	8.0	38.20	44.88	48.51	52.33	56.15	59.97	30.40
1×19	1.80	9.0	48.35	56.81	61.40	66.24	71.07	75.91	38.49
1×19	2.00	10.0	59.69	70.14	75.81	81.78	87.74	93.71	47.51
1×19	2.30	11.5	78.94	92.75	100.25	108.15	116.04	123.94	62.84
1×19	2.60	13.0	100.88	118.53	128.12	138.20	148.29	158.38	80.30
1×19	2.90	14.5	125.50	147.46	159.38	171.93	184.48	197.03	99.90
1×19	3.20	16.0	152.81	179.55	194.06	209.35	224.63	239.91	121.64
1×19	3.50	17.5	182.80	214.79	232.16	250.44	268.72	287.00	145.51
1×19	4.00	20.0	238.76	280.54	303.23	327.10	350.98	374.86	190.05

Appendix 7 Aluminum Clad Aluminum Alloy Conductor Steel Reinforced JLHA1/LB1A GB/T 1179-1999

Specification No.	Steel Ratio %	Area			Single Wire Count		Single Wire Dia.		Diameter		Unit Length Weight kg/km	Rated Tensile Strength kN	20°C DC Resistance Not Greater Than Ω/km
		aluminum alloy	Aluminum Clad Steel	Total	aluminum alloy	Aluminum Clad Steel	aluminum alloy	Aluminum Clad Steel	Aluminum Clad Steel	Stranded
		mm2					mm		mm
16	16.7	17.7	2.96	20.7	6	1	1.94	1.94	1.94	5.82	66.1	9.31	1.789
25	16.7	27.7	4.62	32.3	6	1	2.42	2.42	2.42	7.28	106.4	14.54	1.132
40	16.7	44.3	7.39	51.7	6	1	3.07	3.07	3.07	9.21	170.2	23.27	0.707
63	16.7	69.8	11.6	81.4	6	1	3.85	3.85	3.85	11.6	268.0	34.79	0.449
100	16.7	110	18.5	129	6	1	4.85	4.85	4.85	14.6	425.5	53.38	0.283
125	5.6	143	7.94	151	18	1	3.18	3.18	3.18	15.9	445.5	55.97	0.229
125	16.3	139	22.6	151	26	7	2.61	2.03	6.08	16.5	532.0	72.17	0.227
160	5.6	183	10.2	193	18	1	3.60	3.60	3.60	18.0	570.3	69.21	0.179
160	16.3	178	28.9	206	26	7	2.95	2.29	6.88	18.7	680.9	92.38	0.179
200	5.5	229	12.7	241	18	1	4.02	4.02	4.02	20.1	712.8	86.00	0.143
200	16.3	222	36.1	358	26	7	3.30	2.56	7.69	20.9	851.2	115.4	0.142
250	9.8	282	27.7	310	22	7	4.04	2.25	6.74	22.9	961.7	122.25	0.114
250	16.3	277	45.2	323	26	7	3.69	2.87	8.60	23.4	1064.0	141.5	0.114
315	6.9	359	24.6	364	45	7	3.19	2.12	6.37	25.5	1154.6	146.3	0.091
315	16.3	349	56.9	406	26	7	4.14	3.22	9.65	26.2	1340.6	178.38	0.090
400	6.9	456	31.5	487	45	7	3.59	2.39	7.18	28.7	1466.1	181.32	0.071
400	13.0	448	58.1	506	54	7	3.25	3.25	9.75	29.3	1621.6	215.22	0.071
450	6.9	513	35.4	548	45	7	3.81	2.54	7.62	30.5	1649.4	203.99	0.063
450	13.0	504	65.3	569	54	7	3.45	3.45	10.3	31.0	1624.3	240.8	0.063
500	6.9	570	39.4	609	45	7	4.01	2.68	8.03	32.1	1832.6	226.6	0.057
500	13.0	560	72.6	632	54	7	3.63	3.63	10.9	32.7	2027.0	259.0	0.057
560	6.9	638	44.1	682	45	7	4.25	2.83	8.50	34.0	2052.6	253.8	0.051
560	12.7	625	79.5	707	54	19	3.85	2.31	11.5	34.8	2261.6	293.0	0.051
530	6.9	715	49.6	767	45	7	4.51	3.00	9.01	36.1	2309.1	285.58	0.045
630	12.7	706	89.4	795	54	19	4.08	2.45	12.2	36.7	2544.3	329.6	0.045
710	6.9	809	55.9	865	45	7	4.78	3.19	9.57	38.3	2602.3	321.8	0.046
710	12.7	796	101	896	54	19	4.33	2.60	13.0	39.0	2867.4	371.5	0.046
800	4.3	918	39.7	958	72	7	4.03	2.69	8.06	40.3	2798.8	336.7	0.036
800	8.3	906	75.6	983	84	7	3.71	3.71	11.1	40.8	3010.0	369.1	0.036
800	12.7	898	114	1010	54	19	4.60	2.78	13.6	41.4	3230.9	416.6	0.035
900	4.3	1033	44.6	1077	72	7	4.27	2.85	8.55	42.7	3148.6	378.89	0.032
900	8.3	1021	85.1	1106	84	7	3.93	3.93	11.8	43.2	3366.3	415.2	0.031
1000	4.3	1148	49.6	1197	72	7	4.50	3.00	9.01	45.0	3498.5	420.9	0.028
1120	4.2	1286	54.3	1340	72	19	4.77	1.91	9.54	47.7	3912.3	470.1	0.025
1120	8.1	1271	104	1375	84	19	4.39	2.63	13.2	48.3	4202.7	524.7	0.025
1250	4.2	1435	60.6	1495	72	19	5.04	2.01	10.1	50.4	4366.4	524.6	0.023
1250	8.1	1419	116	1535	84	19	4.64	2.78	13.9	51.0	4690.5	585.6	0.023

Appendix 8 Cable Structure Dimensions and Technical Parameters

Conductor Nominal Section (mm2)	Min Single Wire Count in Compact Round Conductor		Conductor Outer Dia. (Ref.) (mm)	Nominal Insulation Thickness (mm)	Single Core Cable Avg Outer Dia. Upper Limit (mm)	20°C Conductor Resistance (Ω/km) Not Greater Than				Min Insulation Resistance at Rated Temp. (MΩ·km)		Cable Breaking Load (N) Not Less Than
	Copper Core	Aluminum Core & Aluminum Alloy Core				Copper Core		Aluminum Core	Aluminum Alloy Core	70℃	90℃	Hard Copper Core	Aluminum Core	Aluminum Alloy Core
						Hard Copper	Soft Copper
10	6	6	3.8	1.0	6.5	1.906	1.83	3.08	3.574	0.0067	0.67	3471	1650	2514
16	6	6	4.8	1.2	8.0	1.198	1.15	1.91	2.217	0.0065	0.65	5486	2512	4022
25	6	6	6.0	1.2	9.4	0.749	0.727	1.20	1.303	0.0054	0.54	8465	3762	6284
35	6	6	7.0	1.4	11.0	0.540	0.524	0.868	1.007	0.0054	0.46	11731	5177	8800
50	6	6	8.4	1.4	12.3	0.399	0.387	0.641	0.744	0.0046	0.40	16502	7011	12566
70	12	12	10.0	1.4	14.1	0.276	0.268	0.443	0.514	0.0040	0.39	23461	10354	17596
95	15	15	11.6	1.6	16.5	0.199	0.193	0.320	0.371	0.0039	0.35	31759	13727	23880
120	15	18	13.0	1.6	18.1	0.158	0.153	0.253	0.294	0.0035	0.35	39911	17339	30164
150	15	18	14.6	1.8	20.2	0.128	-	0.206	0.239	0.0035	0.35	49505	21033	37706
185	30	30	16.2	2.0	22.5	0.1021	-	0.164	0.190	0.0035	0.35	61846	26732	46503
240	30	34	18.4	2.2	25.6	0.0777	-	0.125	0.145	0.0034	0.34	79823	34679	60329

Appendix 9 Rated Voltage 10kV, 35kV Aerial Insulated Cable Structure Dimensions

Conductor Nominal Section (mm2)	Min Single Wire Count in Conductor	Conductor Outer Dia. (Ref.) (mm)	Conductor Shield Min Thickness (Approx.) (mm)		Nominal Insulation Thickness (mm)			Insulation Shield Nominal Thickness (mm)		20°C Conductor Resistance (Ω/km) Not Greater Than				Cable Breaking Load (N) Not Less Than
			10kV	35kV	10kV		35kV	10kV	35kV	Hard Copper Core	Soft Copper Core	Aluminum Core	Aluminum Alloy Core	Hard Copper Core	Aluminum Core	Aluminum Alloy Core
10	6	3.8	0.5	-	-	3.4	-	-	-	-	1.830	3.080	-	-	-	-
16	6	4.8	0.5	-	-	3.4	-	-	-	-	1.150	1.910	-	-	-	-
25	6	6.0	0.5	-	2.5	3.4	-	1.0	-	0.749	0.727	1.200	1.393	8465	3762	6284
35	6	7.0	0.5	-	2.5	3.4	-	1.0	-	0.540	0.524	0.868	1.007	11731	5177	8800
50	6	8.3	0.5	0.8	2.5	3.4	9.3	1.0	1.5	0.399	0.387	0.641	0.744	16502	7011	12569
70	12	10.0	0.5	0.8	2.5	3.4	9.3	1.0	1.5	0.276	0.268	0.443	0.514	23461	10354	17596
95	15	11.6	0.6	0.8	2.5	3.4	9.3	1.0	1.5	0.199	0.193	0.320	0.371	31759	13727	23880
120	18	13.0	0.6	0.8	2.5	3.4	9.3	1.0	1.5	0.158	0.153	0.253	0.294	39911	17339	30164
150	18	14.6	0.6	0.8	2.5	3.4	9.3	1.0	1.5	0.128	-	0.206	0.239	49505	21033	37706
185	30	16.2	0.6	0.8	2.5	3.4	9.3	1.0	1.5	0.1021	-	0.164	0.190	61846	26732	46503
240	34	18.4	0.6	0.8	2.5	3.4	9.3	1.0	1.5	0.0777	-	0.125	0.145	79823	34679	60329
300	34	20.6	0.6	0.8	2.5	3.4	9.3	1.0	1.5	0.0619	-	0.100	0.110	99788	43349	75411

Appendix 10 (Anti-corrosion) 58% (60%) IACS Heat-Resistant Aluminum Alloy Steel Core Stranded Wire Structure and Technical Specifications (NRLH ${58}$ GJ、NRLH ${60}$ GJ、NRLH ${58}$ GJF、NRLH ${60}$ GJFtype)

Nominal Section (mm2) Aluminum/Steel Al/Steel	Structure Strands/Dia.(mm)		Calculated Outer Dia.(mm)	20°C 58% IACS DC Resistance Not Greater Than(Ω/km)20°C D.C.	Calculated Breaking Load (N)	Calculated Weight (kg/km)	Reference Current Carrying Capacity A
	aluminum	steel					90°C	110°C	150°C
50/8	6/3.2	1/3.20	9.60	0.6254	16200	195	216	256	326
70/10	6/3.80	1/3.80	11.40	0.4435	22850	275	256	217	407
70/40	12/2.72	7/2.72	13.60	0.4356	57230	511	249	303	401
95/20	7/4.16	7/1.85	13.87	0.3176	36040	409	295	355	490
95/55	12/3.20	7/3.20	16.00	0.3147	76760	708	298	365	498
120/7	18/2.90	1/2.90	14.50	0.2547	26180	379	337	469	594
120/25	7/4.72	7/2.10	15.74	0.2467	46420	527	335	467	591
120/70	12/3.60	7/3.60	18.00	0.2486	97150	896	383	410	570
150/8	18/3.20	1/3.20	16.00	0.2092	30870	461	438	533	676
150/20	24/2.78	7/1.85	16.67	0.2083	44920	549	452	550	699
185/10	18/3.60	1/3.60	18.00	0.1653	39070	584	508	620	789
185/25	24/3.15	7/2.10	18.90	0.1622	56850	706	510	623	792
185/30	26/2.98	7/2.32	18.88	0.1674	62140	733	512	625	796
210/10	18/3.80	1/3.80	19.00	0.1484	43530	651	545	664	847
210/25	24/3.33	7/2.22	19.98	0.1452	63530	789	555	676	863
210/35	26/3.22	7/2.50	20.38	0.1434	71280	854	565	690	882
210/50	30/2.98	7/2.98	20.86	0.1452	88400	961	570	695	887
240/30	24/3.60	7/2.40	21.60	0.1242	73170	922	613	756	967
240/40	26/3.42	7/2.66	21.66	0.1271	80570	964	610	746	956
240/55	30/3.20	7/3.20	22.40	0.1260	98770	1108	612	758	969
300/15	42/3.00	7/1.67	23.01	0.10230	64570	940	695	848	1082
300/20	45/2.93	7/1.95	23.43	0.10012	72140	1002	697	850	1084
300/25	48/2.85	7/2.22	23.76	0.09920	79830	1058	698	851	1085
300/40	24/3.99	7/2.66	23.94	0.10111	89880	1133	700	858	1090
300/50	26/3.83	7/2.98	24.26	0.10135	101000	1210	702	861	1105
300/70	30/3.60	7/3.60	25.20	0.09952	125000	1402	718	882	1134
400/20	42/3.51	7/1.95	26.91	0.07471	86270	1286	816	998	1275
400/25	45/3.33	7/2.22	26.64	0.07751	90410	1295	817	999	1276
400/35	48/3.22	7/2.50	26.82	0.07772	98510	1349	819	998	1270
400/50	54/3.07	7/3.07	27.63	0.07606	117900	1511	821	998	1269
400/65	26/4.42	7/3.44	28.00	0.07610	130400	1611	826	1015	1270
400/95	30/4.16	19/2.50	29.14	0.07453	166000	1860	863	1065	1374
500/35	45/3.75	7/2.50	30.00	0.06112	114600	1642	944	1156	1481
500/45	48/3.60	7/2.80	30.00	0.06218	123300	1688	948	1157	1480
500/65	54/3.44	7/3.44	30.96	0.06058	148000	1897	950	1159	1478
630/45	45/4.20	7/2.80	33.60	0.04873	140600	2060	1083	1325	1701
630/55	48/4.12	7/3.20	34.32	0.04747	156100	2209	1088	1328	1700
630/80	54/3.87	19/2.32	34.82	0.04786	187900	2386	1091	1331	1698
800/55	45/4.80	7/3.20	38.40	0.03731	181800	2690	1268	1559	2012
800/70	48/4.63	7/3.60	38.58	0.03759	197300	2791	1265	1557	2010
800/100	54/4.33	19/2.6	38.98	0.03823	231600	2991	1251	1508	1933
1000/120	54/4.84	19/2.9	43.54	0.03060	288800	3733	1432	1744	2230
1440/120	84/4.67	19/2.8	51.36	0.02114	344600	4898	1871	2352	3093

Note: 1. $\mathrm{NRLH}{60}\mathrm{GJ}$ stranded wire resistance of the same section $\mathrm{NRLH}{58}\mathrm{GJ}$ resistancedivided by 1.03449; 2. $\mathrm{NRLH}{58}\mathrm{GJ}$ 、 $\mathrm{NRLH}{60}\mathrm{GJ}$ type calculated weight should add the weight of anti-corrosion coating: steel core with anti-corrosion coating adds $2%$ ，internal aluminum steel layers with anti-corrosion coating adds $5%$ ; 3. $60%$ IACS current carrying capacity is 1.0171 times that of $58%$ IACS of the same specification.

Appendix 11: Single Conductor 70kN Disc Suspension (Composite) Insulator Single I-Type Suspension String

1XD11-0000-07P(H)-2A

Appendix

Appendix 12: Single Conductor 70kN Disc Suspension (Composite) Insulator Double Duplex Single Clamp I-Type Suspension String

1XD22-0040-07P(H)-1B

Appendix

Appendix 13: Single Conductor 70kN Disc Suspension (Composite) Insulator Double Duplex Double Clamp I-Type Suspension String (Triangle Link Plate)

1XD22S-0040-07P(H)-2E

Appendix

Appendix 14: Single Conductor 100kN Disc Suspension (Composite) Insulator Single V-Type Suspension String

1VP11-4000-10P(H)

Appendix

Appendix 15: 100kN Disc Suspension (Composite) Insulator Single Tension String

1ND11L-0000-10P(H)

Appendix

Appendix 16: 100kN Disc Suspension (Composite) Insulator Single Tension String - Y

1ND11Y-0000-10P(H)

Appendix

Appendix 17: Vertical Twin-Bundle Conductor 120kN Disc Suspension (Composite) Insulator Double Single-Point Bypass Tension String

1NZ21Y-4040-12P(H)R

Appendix

Appendix 18: Vertical Twin-Bundle Conductor 120kN Disc Suspension (Composite) Insulator Double Single-Point Bypass Tension String

1NZ21Y-4040-12P(H)R

Appendix