STACIR STACIRAW Conductor

Category:
Bare ConductorTags: Thermal Resistant Aluminum Alloy Wire, uprating transmission and distribution lines
Minimum Order Quantity:
2KM;
Payment Type:
T/T, L/C, MoneyGram, Credit Card, Western Union, Cash;
Shipping:
Shipping fee and delivery date to be negotiated. Chat with supplier now for more details;
Secure Payments:
Every payment you make is secured with strict SSL encryption and PCI DSS data protection protocols;
Delivery Terms:
FOB, CFR, EXW, FAS, DDP；
Payment Currency:
USD, EUR, CAD, AUD, GBP, CNY

Inquiry

Product Description

Super Thermal Alloy Conductor Invar Reinforced (STACIR) conductor

Invar Conductor Manufacturer & Supplier from China

STACIR STACIR/AW Conductor Application

Super Thermal Alloy Conductor Invar Reinforced (STACIR) conductor has outer layers composed of Super Thermal Aluminium (STAL) alloy wires that can operate up to 210°C (410°F). The inner core is composed of aluminium clad INVAR wires. INVAR is a metal alloy with 36% Ni in steel.

STACIR/AW conductors are suited for re-conductoring applications. The capacity of existing transmission line can be enhanced by simply replacing the existing conductor without any modification to the tower.

Hi-STACIR/AW, STACIR/AW is normally used to up-rate an existing transmission line by simply replacing the exisitng conductor without tower modification or reinforcement.

STACIR Conductor Construction

Core Wire (INVAR) : Aluminum-clad INVAR Wire/High Tensile Strength Aluminum-clad INVAR Wire

Conductor (STAl) : Super Thermal Resistant Aluminum Alloy Wire used for continuous allowable temperature up to 210℃

Benefits

Can carry 100% more current than that of ACSR of the same size, while maximum sag and maximum working tension remain the same as that of ACSR.

No modification or reinforcement is required to existing towers for uprating transmission and distribution lines.

STACIR STACIR/AW Conductor Standard

IEC, ASTM, JCS 140

Conductor Size	Stranding				Cross-Sectional Area			Diameter of Complete Conductor	Weight			Rated Strength	DCResistance @ 20°C	Current Capacity
	No. of Wires		Wire diameter		STAL	Invar	Total		STAL	Steel	Total			Current Capacity
	STAL	Invar	STAL	Invar	STAL	Invar	Total		STAL	Steel	Total			@ 85°C	@ 150°C	@ 210°C
(mm²)	(No.)	(No.)	(mm)	(mm)	(mm²)	(mm²)	(mm²)	(mm)	(Kg/Km)	(Kg/Km)	(Kg/Km)	(KN)	(Ω/Km)	(Ampere)	(Ampere)	(Ampere)
200	30	7	2.60	2.60	159.28	37.17	196.44	18.20	439.31	265.01	704.32	65.38	0.1746	403	690	850
240	30	7	2.90	2.90	198.16	46.24	244.39	20.30	546.54	329.69	876.23	79.92	0.1403	460	794	980
300	30	7	3.20	3.20	241.27	56.30	297.57	22.40	665.47	401.43	1066.90	94.82	0.1153	518	901	1114
300	30	7	3.20	3.20	241.27	56.30	297.57	22.40	665.47	401.43	1066.90	94.82	0.1153	518	901	1114
380	26	7	4.00	3.10	326.73	52.83	379.56	25.30	902.22	376.73	1278.95	104.26	0.0866	612	1076	1335
380	26	7	4.00	3.10	326.73	52.83	379.56	25.30	902.22	376.73	1278.95	104.26	0.0866	612	1076	1335
480	26	7	4.50	3.50	413.51	67.35	480.86	28.50	1141.87	480.23	1622.10	132.42	0.0684	704	1253	1559
480	26	7	4.50	3.50	413.51	67.35	480.86	28.50	1141.87	480.23	1622.10	132.42	0.0684	704	1253	1559
520	45	7	3.70	2.47	483.85	33.54	517.39	29.61	1337.00	239.17	1576.17	113.10	0.0597	748	1336	1665
520	45	7	3.70	2.47	483.85	33.54	517.39	29.61	1337.00	239.17	1576.17	113.10	0.0597	748	1336	1665
590	54	7	3.50	3.50	519.54	67.35	586.89	31.50	1437.04	480.23	1917.27	150.84	0.0549	790	1419	1771
600	54	7	3.53	3.53	528.49	68.51	596.99	31.77	1461.78	488.50	1950.28	152.20	0.0540	797	1434	1791
630	54	19	3.63	2.18	558.85	70.92	629.77	32.68	1545.78	507.40	2053.17	163.93	0.0511	824	1486	1857
690	54	7	3.80	3.80	612.42	79.39	691.81	34.20	1693.95	566.08	2260.03	176.38	0.0466	869	1576	1972
710	54	19	3.85	2.31	628.65	79.63	708.27	34.65	1738.82	569.72	2308.54	182.37	0.0454	883	1602	2006
730	45	7	4.40	2.90	684.24	46.24	730.48	35.10	1890.75	329.69	2220.44	155.82	0.0423	914	1663	2084
770	54	7	4.00	4.00	678.59	87.96	766.55	36.00	1876.95	627.24	2504.19	193.40	0.0421	922	1682	2108
800	54	19	4.09	2.45	709.47	89.57	799.04	36.79	1962.37	640.86	2603.23	205.51	0.0403	946	1729	2169
900	54	19	4.34	2.61	798.85	101.65	900.50	39.09	2209.60	727.30	2936.90	230.40	0.0357	1014	1868	2348

Conductor Size	Cross-Sectional Area			Stranding				Diameter of Complete Conductor	Weight			Rated Strength	DCResistance @ 20°C	Current Capacity
	STAL	Invar	Total	No. of STALWires	No. ofSTALLayers	No. of InvarWires	Dia. of InvarWires		STAL	Invar	Total			Current Capacity
	STAL	Invar	Total	No. of STALWires	No. ofSTALLayers	No. of InvarWires	Dia. of InvarWires		STAL	Invar	Total			@ 85°C	@ 150°C	@ 210°C
(mm²)	(mm²)	(mm²)	(mm²)	(No.)	(No.)	(No.)	(mm)	(mm)	(Kg/Km)	(Kg/Km)	(Kg/Km)	(KN)	(Ω/Km)	(Ampere)	(Ampere)	(Ampere)
320	322.26	52.49	374.75	20	2	7	3.09	22.88	888.49	374.31	1262.80	100.95	0.0876	596	1039	1287
340	336.85	54.90	391.75	20	2	7	3.16	23.38	928.73	391.46	1320.19	105.55	0.0838	612	1069	1324
390	389.25	50.81	440.06	20	2	7	3.04	24.72	1073.18	362.29	1435.47	109.47	0.0731	662	1163	1442
405	402.83	52.15	454.98	20	2	7	3.08	25.14	1110.62	371.89	1482.51	112.86	0.0706	676	1189	1475
480	479.69	47.20	526.89	35	3	7	2.93	26.98	1329.03	336.55	1665.58	123.00	0.0600	733	1298	1613
490	489.57	63.55	553.13	24	2	7	3.40	27.70	1349.78	453.18	1802.96	136.19	0.0581	759	1347	1676
525	523.67	26.85	550.53	30	3	7	2.21	27.50	1450.88	191.47	1642.35	107.39	0.0556	763	1354	1685
590	586.76	41.28	628.03	33	3	7	2.74	29.40	1625.66	294.31	1919.97	131.16	0.0494	820	1464	1825
625	625.07	79.63	704.69	38	3	19	2.31	31.32	1731.79	569.72	2301.51	177.43	0.0458	862	1549	1935
640	636.97	44.03	681.00	35	3	7	2.83	30.60	1764.78	313.97	2078.75	141.60	0.0455	860	1542	1925
680	676.24	85.95	762.20	39	3	19	2.40	32.58	1873.58	614.97	2488.55	191.75	0.0423	903	1630	2037
690	688.96	47.52	736.48	36	3	7	2.94	31.80	1908.82	338.85	2247.67	151.77	0.0421	899	1620	2024
725	725.09	91.78	816.87	39	3	19	2.48	33.72	2008.91	656.66	2665.57	205.21	0.0395	940	1703	2131
730	726.41	91.78	818.19	39	3	19	2.48	33.75	2012.56	656.66	2669.22	205.41	0.0394	941	1705	2134
740	737.40	51.14	788.54	36	3	7	3.05	32.92	2043.02	364.68	2407.70	162.72	0.0393	936	1692	2117
780	776.92	98.56	875.49	39	3	19	2.57	34.90	2152.52	705.18	2857.70	218.33	0.0368	979	1780	2231
790	789.13	54.55	843.69	36	3	7	3.15	34.05	2186.36	388.98	2575.34	173.95	0.0367	973	1767	2213
820	821.87	108.79	930.65	39	3	19	2.70	36.00	2277.05	778.33	3055.38	235.56	0.0348	1012	1847	2316
840	839.80	58.07	897.88	36	3	7	3.25	35.14	2326.74	414.07	2740.81	185.14	0.0345	1008	1837	2304
880	876.90	111.22	988.11	42	3	19	2.73	37.10	2429.50	795.72	3225.22	246.40	0.0326	1050	1923	2414
890	891.08	61.70	952.78	42	3	7	3.35	36.18	2468.81	439.95	2908.76	195.42	0.0325	1043	1907	2394
900	901.93	73.54	975.47	42	3	19	2.22	36.70	2498.85	526.19	3025.04	213.21	0.0320	1054	1931	2425
980	976.36	123.77	1100.13	42	3	19	2.88	39.12	2705.08	885.56	3590.64	274.28	0.0293	1115	2056	2587
990	987.86	68.90	1056.76	42	3	7	3.54	38.10	2736.95	491.27	3228.22	217.12	0.0293	1105	2035	2560

Standard Diameter (mm)	Tolerance of Dia. (mm)	Tensile Strength (kgf/mm2)		Elongation on 250mm(%)Min	Reference
		Tensile Strength (kgf/mm2)			Cross- sectional Area(mm2)	Weight (kg/km)	breaking Load (kgf)		DCResistance at 20℃ (Ω/km)
		Min.	Avg				breaking Load (kgf)
		Min.	Avg				Min.	Avg (Min.)
2.6	±0.03	17.2	18.3	1.5	5.309	14.33	91.3	97.2	5.41
3.2	±0.04	16.5	17.6	1.7	8.042	21.71	133	142	3.57
3.38	±0.04	16.5	17.6	1.7	8.973	24.23	148	158	3.20
3.7	±0.04	16.5	17.2	1.8	10.75	29.03	177	185	2.67
4.0	±0.04	16.2	16.9	1.9	12.57	33.94	204	212	2.29
4.5	±0.04	16.2	16.9	2.0	15.90	42.93	258	269	1.81

Standard Diameter (mm)	Tolerance of Dia. (mm)	Tensile Strength (kgf/mm2)	Elongation Min. (%)	No. of Twists (Nos.)	Conductivity (%IACS)	Properties of Aluminum		Reference
						Thickness (mm)	Wrapping	AluminumThickness (mm)	Cross-sectional Area (mm2)	Weight (kg/km)	breakingLoad (kgf)	Coefficient of Linear Expainsion		Modulusof Elasticity(kgf/mm2)
						Thickness (mm)	Wrapping	AluminumThickness (mm)	Cross-sectional Area (mm2)	Weight (kg/km)	breakingLoad (kgf)	15℃~230℃(x10-6/℃)	230℃~290℃(x10-6/℃)	Modulusof Elasticity(kgf/mm2)
2.47	±0.05	110	1.5	20	14	0.06	No separation between aluminum and invar core or no breakage	0.15	4.790	34.02	527	3.7	10.8	15,500
2.6	±0.05	110	1.5	20	14	0.06		0.15	5.309	37.69	584	3.7	10.8	15,500
3.1	±0.06	110	1.5	20	14	0.07		0.17	7.548	53.48	830	3.7	10.8	15,500
3.2	±0.06	110	1.5	20	14	0.07		0.17	8.042	57.10	885	3.7	10.8	15,500
3.38	±0.07	110	1.5	20	14	0.08		0.18	8.973	63.71	987	3.7	10.8	15,500
3.5	±0.07	110	1.5	20	14	0.08		0.18	9.621	68.31	1.060	3.7	10.8	15,500

Standard Diameter (mm)	Tolerance of Dia. (mm)	Tensile Strength (kgf/mm2)	Elongation Min. (%)	No. of Tweists (Nos.)	Conductivity (%IACS)	Properties of Aluminum		Reference
						Thickness (mm)	Wrapping	Aluminum Thickness(mm)	Cross- sectional Area (mm2)	Weight (kg/km)	breaking Load(kgf)	Coefficient of Linear Expainsion		Modulus of Elasticity(kgf/mm2)
						Thickness (mm)	Wrapping	Aluminum Thickness(mm)	Cross- sectional Area (mm2)	Weight (kg/km)	breaking Load(kgf)	15℃~230℃ (x10-6/℃)	230℃~290℃ (x10-6/℃)	Modulus of Elasticity(kgf/mm2)
2.47	±0.05	125	1.5	20	14	0.06	No separation between aluminum and invar core or no breakage	0.15	4.790	34.02	599	3.7	10.8	15,500
2.6	±0.05	120	1.5	20	14	0.06		0.15	5.309	37.69	637	3.7	10.8	15,500
3.1	±0.06	120	1.5	20	14	0.07		0.17	7.548	53.48	906	3.7	10.8	15,500
3.2	±0.06	120	1.5	20	14	0.07		0.17	8.042	57.10	965	3.7	10.8	15,500
3.38	±0.07	120	1.5	20	14	0.08		0.18	8.973	63.71	1.077	3.7	10.8	15,500
3.5	±0.07	120	1.5	20	14	0.08		0.18	9.621	68.31	1.155	3.7	10.8	15,500

Conductor Size (mm2)	Stranding (Nos./mm)		Min. Breaking Load(kgf)	Overall Diameter (mm)	Reference
	Stranding (Nos./mm)				Cross-sectional Area (mm2)			Weight (kg/km)			Modulus of Elasticity (kgf/mm2)	Coefficient of Linear Expansion(10-6/℃)	DCResistance at 20℃ (Ω/km)	Current Carrying Capacity (A)
	STAl	INVAR			STAl	INVAR	Total	STAl	INVAR	Total	Modulus of Elasticity (kgf/mm2)	Coefficient of Linear Expansion(10-6/℃)	DCResistance at 20℃ (Ω/km)	Current Carrying Capacity (A)
160	30/2.6	7/2.6	6,140	18.20	159.30	37.16	196.46	441.7	265.2	706.9	8,040	16.0	0.1745	909
240	30/3.2	7/3.2	9,170	22.40	241.30	56.29	297.59	669.1	401.7	1070.8	8,040	16.0	0.1159	1,203
330	26/4.0	7/3.1	10,000	25.30	326.80	52.84	379.64	905.1	377.0	1282.1	7,580	17.5	0.0869	1,452
410	26/4.5	7/3.5	12,720	28.50	413.40	67.35	480.75	1145.5	480.6	1626.1	7,590	17.5	0.0686	1,708
480 (Rail)	45/3.7	7/2.47	10,500	29.61	483.84	33.54	517.38	1340.7	239.3	1580.0	6,900	20.0	0.0600	1,812
480 (Cardinal)	54/3.38	7/3.38	13,280	30.42	484.52	62.81	547.33	1343.5	452.2	1795.7	7,470	18.3	0.0591	1,846

Conductor Size (mm2)	Stranding (Nos./mm)		Min. Breaking Load(kgf)	Overall Diameter (mm)	Reference
	Stranding (Nos./mm)				Cross-sectional Area (mm2)			Weight (kg/km)			Modulus of Elasticity (kgf/mm2)	Coefficient of Linear Expansion(10-6/℃)	DCResistance at 20℃ (Ω/km)	Current Carrying Capacity (A)
	STAl	INVAR			STAl	INVAR	Total	STAl	INVAR	Total	Modulus of Elasticity (kgf/mm2)	Coefficient of Linear Expansion(10-6/℃)	DCResistance at 20℃ (Ω/km)	Current Carrying Capacity (A)
160	30/2.6	7/2.6	6,500	18.20	159.30	37.16	196.46	441.7	265.2	706.9	8,040	16.0	0.1745	909
240	30/3.2	7/3.2	9,700	22.40	241.30	56.29	297.59	669.1	401.7	1070.8	8,040	16.0	0.1159	1,203
330	26/4.0	7/3.1	10,500	25.30	326.80	52.84	379.64	905.1	377.0	1282.1	7,580	17.5	0.0869	1,452
410	26/4.5	7/3.5	13,300	28.50	413.40	67.35	480.75	1145.5	480.6	1626.1	7,590	17.5	0.0686	1,708
480 (Rail)	45/3.7	7/2.47	11,000	29.61	483.84	33.54	517.38	1340.7	239.3	1580.0	6,900	20.0	0.0600	1,812
480 (Cardinal)	54/3.38	7/3.38	13,800	30.42	484.52	62.81	547.33	1343.5	452.2	1795.7	7,470	18.3	0.0591	1,846

Conductor Size (mm2)	Stranding (Nos./mm)			Weight (kg/km)	Overall Diameter (mm)	Breaking Load (kgf)	DC Resistant at 20℃ (Ω/km)	Modulus of Elasticity ① (kgf/mm2)	Coefficient of Linear Expansion ② (x10-6/℃)	Continuous Current Capacity (A)
160	ACSR	HAl	30/2.6	732.8	18.2	6,990	0.182	9,080	18.0	454 (90℃)
	ACSR	St	7/2.6	732.8	18.2	6,990	0.182	9,080	18.0	454 (90℃)
	Hi-STACIR/AW	STAl	30/2.6	706.9	18.2	6,500	0.1745	8,040 (15,500)	16.0 (3.7)	909 (210℃)
	Hi-STACIR/AW	INVAR	7/2.6	706.9	18.2	6,500	0.1745	8,040 (15,500)	16.0 (3.7)	909 (210℃)
240	ACSR	HAl	30/3.2	1,110	22.4	10,210	0.139	9,080	18.0	593 (90℃)
	ACSR	St	7/3.2	1,110	22.4	10,210	0.139	9,080	18.0	593 (90℃)
	Hi-STACIR/AW	STAl	30/3.2	1,070.8	22.4	9,700	0.1159	8,040 (15,500)	16.0 (3.7)	1,203 (210℃)
	Hi-STACIR/AW	INVAR	7/3.2	1,070.8	22.4	9,700	0.1159	8,040 (15,500)	16.0 (3.7)	1,203 (210℃)
330	ACSR	HAl	26/4.0	1,260	25.3	10,950	0.0873	8,360	19.0	714 (90℃)
	ACSR	St	7/3.1	1,260	25.3	10,950	0.0873	8,360	19.0	714 (90℃)
	Hi-STACIR/AW	STAl	26/4.0	1,282.1	25.3	10,500	0.0869	7,580 (15,500)	17.5 (3.7)	1,452 (210℃)
	Hi-STACIR/AW	INVAR	7/3.1	1,282.1	25.3	10,500	0.0869	7,580 (15,500)	17.5 (3.7)	1,452 (210℃)
410	ACSR	HAl	26/4.5	1,673	28.5	13,890	0.0702	8,360	19.0	829 (90℃)
	ACSR	St	7/3.5	1,673	28.5	13,890	0.0702	8,360	19.0	829 (90℃)
	Hi-STACIR/AW	STAl	26/4.5	1,626.1	28.5	13,300	0.0686	7,590 (15,500)	17.5 (3.7)	1,708 (210℃)
	Hi-STACIR/AW	INVAR	7/3.5	1,626.1	28.5	13,300	0.0686	7,590 (15,500)	17.5 (3.7)	1,708 (210℃)
480 (Rail)	ACSR	HAl	45/3.7	1,599	29.61	11,800	0.05994	7,250	20.8	891 (90℃)
	ACSR	St	7/2.47	1,599	29.61	11,800	0.05994	7,250	20.8	891 (90℃)
	Hi-STACIR/AW	STAl	45/3.7	1,580	29.61	11,000	0.0600	6,900 (15,500)	20.0 (3.7)	1,812 (210℃)
	Hi-STACIR/AW	INVAR	7/2.47	1,580	29.61	11,000	0.0600	6,900 (15,500)	20.0 (3.7)	1,812 (210℃)
480 (Cardinal)	ACSR	HAl	54/3.38	1,836	30.42	15,300	0.0599	7,990	19.5	899 (90℃)
	ACSR	St	7/3.38	1,836	30.42	15,300	0.0599	7,990	19.5	899 (90℃)
	Hi-STACIR/AW	STAl	54/3.38	1,795.7	30.42	13,800	0.0591	7,470 (15,500)	18.3 (3.7)	1,846 (210℃)
	Hi-STACIR/AW	INVAR	7/3.38	1,795.7	30.42	13,800	0.0591	7,470 (15,500)	18.3 (3.7)	1,846 (210℃)