GTACSR & GZTACSR Conductor

HTLS GAP Conductor for Sale
GTACSR/AW & GZTACSR/AW

Application

GTACSR & GZTACSR Conductor High Temperature Thermal Resistant Alloy Conductor : Aluminum-Zirconium wires (Type-AT1 or AT3), concentrically stranded over a steel core having a small gap between the Steel core & thermal-resistant aluminum alloy layer.

These combination offers best Mechanical as well as Electrical Characteristics. Extra High Strength Galvanized Steel (EST); or aluminum-claded Extra High Strength Steel (AW). Additional corrosion protection is achieved as High Temperature Grease is applied in Between GAP of Conductor.

Features:

• These can operate upto 210°C with specified strength loss
• Can carry 100~150% more current as that of ACSR of the same size
• For uprating lines, no modifications or reinforcement is required to the existing towers
• Limiting the sag increase with the increase of the temperature by the thermal expansion coefficient above knee-point related to the steel core

Specifications

Aluminium-Zirconium wires (Type-AT3 or AT-1), concentrically stranded over a steel core maintaing gap between the Steel core and first Aluminium Layer.

Values based on following Specifications:

• Thermal-resistant aluminium alloy wires (Type-AT3 or AT1) for overhead line conductor as per IEC 62004

• Concentric lay stranded overhead electrical conductors IEC 61089, IEC 62420

• Zinc-coated steel wires for stranded conductors IEC 888, ASTM B957 & more

• Zinc–5% Aluminum-Mischmetal Alloy-Coated Steel Core Wire EN 50540, ASTM B802, ASTM B803 or ASTM B958.

• Aluminium Clad Steel Wires, IEC 61232, ASTM B415, EN 50540 & More

Parameter

GTACSR & GZTACSR

Conductor Size	Stranding				Cross-Sectional Area			Diameter of Complete Conductor	Weight			Rated Strength		DCResistance @20°C	Current Capacity
	No. of Wires		Wire diameter		TAL	Steel	Total		TAL	Steel	Total with Grease	Extra High Strength	Ultra High Strength		Current Capacity
	TAL	Steel	TAL	Steel	TAL	Steel	Total		TAL	Steel	Total with Grease	Extra High Strength	Ultra High Strength		@ 85°C	@ 150°C	@ 210°C
(mm²)	(No.)	(No.)	(mm)	(mm)	(mm²)	(mm²)	(mm²)	(mm)	(Kg/Km)	(Kg/Km)	(Kg/Km)	(KN)	(KN)	(Ω/Km)	(Ampere)	(Ampere)	(Ampere)
175	8/12	7	3.35 (TW)	2.10	176.20	24.25	200.45	17.50	486.98	189.44	691.42	66.14	66.87	0.1668	409	698	859
190	12/16	7	2.92 (TW)	2.30	187.30	29.08	216.38	18.20	517.66	227.24	761.90	74.44	75.46	0.1569	425	728	896
195	20/12	7	2.40(R) 2.88(TW)	2.20	168.80	26.61	195.41	18.06	466.53	207.91	690.44	69.51	70.31	0.1741	403	689	849
218	18/12	7	2.78(R) 2.94(TW)	2.25	190.50	27.83	218.33	19.10	526.51	217.47	759.98	74.47	75.31	0.1542	433	744	917
240	8/12	7	4.02 (TW)	2.40	253.40	31.67	285.07	20.60	700.35	247.43	964.78	88.34	89.45	0.1159	507	877	1083
248	12/8	7	3.71(TW)	2.40	216.12	31.67	247.79	19.40	597.32	247.43	862.75	83.00	84.11	0.1360	463	796	981
287	18/12	7	3.15(R) 3.43(TW)	2.55	251.00	35.75	286.75	21.77	693.72	279.33	993.04	94.85	96.10	0.1171	510	886	1096
287	20/12	7	2.90(R) 3.55(TW)	2.55	251.00	35.75	286.75	21.77	693.72	279.33	993.04	95.33	96.58	0.1171	510	886	1096
310	16/12	7	3.90(R) 3.69(TW)	2.80	319.40	43.10	362.50	24.40	882.76	336.78	1241.54	116.10	117.60	0.0920	589	1033	1281
400	18/12	7	3.90(R) 4.45(TW)	2.80	401.40	43.10	444.50	26.90	1109.40	336.78	1468.18	129.16	130.67	0.0732	673	1190	1480
410	14/12	7	4.90(R) 3.99(TW)	3.00	414.00	49.48	463.48	27.60	1144.22	386.61	1554.83	138.95	140.68	0.0710	687	1218	1515
439	15/12	7	4.50(R) 4.04(TW)	2.90	392.50	46.24	438.74	26.84	1084.80	361.27	1469.07	132.44	134.06	0.0749	665	1176	1462
462	14/12	7	4.90(R) 3.99(TW)	2.95	414.30	47.84	462.14	27.60	1145.05	373.83	1542.88	136.47	138.14	0.0709	687	1219	1516
540	24/14/10	7	3.55(R) 3.98(TW)	3.10	536.20	52.83	589.03	31.30	1483.12	412.81	1920.93	164.15	166.00	0.0548	799	1436	1793
620	16/12/12	7	4.80(TW) 4.75(TW) 3.47(TW)	3.20	615.70	56.30	672.00	31.50	1703.01	439.88	2168.89	177.96	179.93	0.0478	856	1539	1922

GTACSR/AW & GZTACSR/AW

Conductor Size	Cross-Sectional Area			Stranding				Diameter of Complete Conductor	Weight			Rated Strength		DC Resistance @20°C	Current Capacity
	STAL	Steel	Total	No. of STAL Wires	No. of STAL Layers	No. of Steel Wires	Dia. of Steel Wires		STAL	Steel	Total	High Strength	Extra High Strength		Current Capacity
	STAL	Steel	Total	No. of STAL Wires	No. of STAL Layers	No. of Steel Wires	Dia. of Steel Wires		STAL	Steel	Total	High Strength	Extra High Strength		@ 85°C	@ 150°C	@ 210°C
(mm²)	(mm²)	(mm²)	(mm²)	(No.)	(No.)	(No.)	(mm)	(mm)	(Kg/Km)	(Kg/Km)	(Kg/Km)	(KN)	(KN)	(Ω/Km)	(Ampere)	(Ampere)	(Ampere)
175	8/12	7	3.35 (TW)	2.10	176.20	24.25	200.45	17.50	486.98	160.46	647.44	57.65	62.26	0.1593	418	714	879
190	12/16	7	2.92 (TW)	2.30	187.30	29.08	216.38	18.20	517.66	192.48	710.14	65.28	69.93	0.1490	436	747	919
195	20/12	7	2.40(R) 2.88(TW)	2.20	168.80	26.61	195.41	18.06	466.53	176.11	642.64	60.20	65.25	0.1652	414	708	871
218	18/12	7	2.78(R) 2.94(TW)	2.25	190.50	27.83	218.33	19.10	526.51	184.21	710.72	64.73	70.02	0.1470	444	762	940
240	8/12	7	4.02 (TW)	2.40	253.40	31.67	285.07	20.60	700.35	209.59	909.94	78.36	83.43	0.1112	518	895	1105
248	12/8	7	3.71(TW)	2.40	216.12	31.67	247.79	19.40	597.32	209.59	806.91	73.03	78.09	0.1295	474	816	1006
287	18/12	7	3.15(R) 3.43(TW)	2.55	251.00	35.75	286.75	21.77	693.72	236.60	930.32	83.59	89.31	0.1117	523	908	1122
287	20/12	7	2.90(R) 3.55(TW)	2.55	251.00	35.75	286.75	21.77	693.72	26.60	720.32	84.07	89.79	0.1117	523	908	1122
310	16/12	7	3.90(R) 3.69(TW)	2.80	319.40	43.10	362.50	24.40	882.76	285.27	1168.03	102.52	109.41	0.0880	602	1056	1310
400	18/12	7	3.90(R) 4.45(TW)	2.80	401.40	43.10	444.50	26.90	1109.40	285.27	1394.67	115.59	122.48	0.0706	685	1212	1507
410	14/12	7	4.90(R) 3.99(TW)	3.00	414.00	49.48	463.48	27.60	1144.22	327.48	1471.70	123.36	131.28	0.0682	700	1242	1545
439	15/12	7	4.50(R) 4.04(TW)	2.90	392.50	46.24	438.74	26.84	1084.80	306.00	1390.80	117.87	125.27	0.0720	678	1200	1491
462	14/12	7	4.90(R) 3.99(TW)	2.95	414.30	47.84	462.14	27.60	1145.05	316.65	1461.70	121.40	129.05	0.0682	700	1242	1545
540	24/14/10	7	3.55(R) 3.98(TW)	3.10	536.20	52.83	589.03	31.30	1483.12	349.67	1832.79	149.36	156.23	0.0536	808	1452	1812
620	16/12/12	7	4.80(TW) 4.75(TW) 3.47(TW)	3.20	615.70	56.30	672.00	31.50	1703.01	372.60	2075.61	162.19	169.51	0.0467	865	1556	1944

PDF Download

Why Choose Us

Contact Us Immediately

Contact Us

Product Category

hot-sale product

Dead Soft Annealed (DSA) Copper Clad steel (CCS) conductors are a concentric lay-stranded construction. The CCS strands are a 40% conductivity grade of material using a low carbon steel core rendering greater flexibility to enable easier handling during installation.

TAAAC or TAL Conductor

High Temperature Conductor

Bare Overhead Transmission Conductor
Distribution Conductor and Messenger Support
Steel Core Aluminum Alloy Stranded Wire

ACSR/AS or ACSR/AW Conductor
Bare Overhead Transmission Cable
Primary and Secondary Distribution Cable

About Us

Company Profile

Certification

Factory Tour