TACSR/AW Thermal-Resistant Aluminum Alloy Conductor Aluminum Clad Steel Reinforced

TAAAC Thermal-Resistant All Aluminum Alloy Conductor

TACSR-Thermal-Resistant Aluminum Alloy Conductor Steel Reinforced

TACSR/AW Thermal-Resistant Aluminum Alloy Conductor Aluminum Clad Steel Reinforced

Steel part: Aluminum-clad steel wires (AW).
Aluminium part: Thermal resistant aluminum alloy wires (TAL), concentric stranded.
Grease part: Neutral grease (G), this is optional part in accordance with IEC 61089.

Application

TACSR/AW Thermal-Resistant Aluminum alloy conductor ,aluminum clad steel reinforced is a high ampacity conductor with inner core composed of Aluminum clad Steel & outer layer composed of thermal resistant aluminium alloy with round.

Thermal-Resistant Aluminum alloy conductor aluminum clad steel reinforced is used for overhead transmission line, ground line, electric railway. Due to its obvious advantage of anti-corrosion and high strength, it is applicable for long- span line, severe cold zone with heavy snow and other bad weather besides general transmission line.Used for power plant, power transmission and distribution line, the voltage ranges from 1 kV to 750 kV, especially used in compacity – expansion route and transformation of the old lines.

Specifications

● IEC 61089 Round Wire Concentric Lay Overhead Electrical Stranded Conductors
● IEC 62004 Thermal -Resistant Aluminum Alloy Wires For Overhead Line Conductor
● NB/T 42060 Thermal -Resistant Aluminum Alloy Conductors, Steel Core Reinforced For Overhead Transmission Line

Parameter

TACSR/AW-Thermal-Resistant Aluminum Alloy Conductor Aluminum Clad Steel Reinforced NB/T 42060

JNRLH1 / LB20A Nominal Area	No. of Wires		Diameter		Area			Diameter	Linear Mass	Rated Strength	DC. Resistance at 20℃
JNRLH1 / LB20A Nominal Area	TAL	St	TAL	St	TAL	St	Total	Diameter	Linear Mass	JNRLH1/ LB20A	DC. Resistance at 20℃
mm²	No.		mm		mm²			mm	kg/km	kN	Ω/km
300/40	24	7	3.99	2.66	300.1	38.9	339.0	23.9	1085.5	94.39	0.0936
300/50	26	7	3.83	2.98	299.5	48.8	348.3	24.3	1150.3	106.2	0.0928
400/35	48	7	3.22	2.5	390.9	34.4	425.3	26.8	1307.6	104.6	0.0729
400/50	54	7	3.07	3.07	399.7	51.8	451.5	27.6	1448.6	126.9	0.0704
400/65	26	7	4.42	3.44	398.9	65.1	464.0	28.0	1532.2	140.2	0.0697
500/35	45	7	3.76	2.51	499.7	34.6	534.3	30.1	1609.9	122.5	0.0574
500/45	48	7	3.6	2.8	488.6	43.1	531.7	30.0	1635.5	130.9	0.0584
630/45	45	7	4.22	2.81	629.4	43.4	672.8	33.8	2026.5	152.2	0.0456
630/55	48	7	4.12	3.2	639.9	56.3	696.2	34.3	2141	169.3	0.0446
720/50	45	7	4.53	3.02	725.3	50.1	775.4	36.2	2336	175.5	0.0396
800/55	45	7	4.8	3.2	814.3	56.3	870.6	38.4	2622.7	197.0	0.0352

JNRLH1 / LB14 Nominal Area	No. of Wires		Diameter		Area			Diameter	Linear Mass	Rated Strength	DC. Resistance at 20℃
JNRLH1 / LB14 Nominal Area	TAL	St	TAL	St	TAL	St	Total	Diameter	Linear Mass	JNRLH1/ LB14	DC. Resistance at 20℃
mm²	No.		mm		mm²			mm	kg/km	kN	Ω/km
300/40	24	7	3.99	2.66	300.1	38.9	339	23.9	1106.9	102.6	0.0948
300/50	26	7	3.83	2.98	299.5	48.8	348.3	24.3	1177.2	116.5	0.0944
400/35	48	7	3.22	2.5	390.9	34.4	425.3	26.8	1326.6	111.8	0.0736
400/50	54	7	3.07	3.07	399.7	51.8	451.5	27.6	1477.2	136.3	0.0714
400/65	26	7	4.42	3.44	398.9	65.1	464	28	1568.1	153.2	0.0708
500/35	45	7	3.76	2.51	499.7	34.6	534.3	30.1	1629.1	129.8	0.0578
500/45	48	7	3.6	2.8	488.6	43.1	531.7	30	1659.3	139.9	0.0589
630/45	45	7	4.22	2.81	629.4	43.4	672.8	33.8	2050.5	161.3	0.0459
630/55	48	7	4.12	3.2	639.9	56.3	696.2	34.3	2172.1	179.4	0.045
720/50	45	7	4.53	3.02	725.3	50.1	775.4	36.2	2363.7	184.5	0.0398
800/55	45	7	4.8	3.2	814.3	56.3	870.6	38.4	2653.8	207.2	0.0355

TACSR/AW IEC 61089

Nominal Area	No. of Wires		Diameter		Area			Diameter	Linear Mass	Rated Strength	DC. Resistance at 20℃
Nominal Area	TAL	St	TAL	St	TAL	St	Total	Diameter	Linear Mass	Rated Strength	DC. Resistance at 20℃
mm²	No.		mm		mm²			mm	kg/km	kN	Ω/km
160	30	7	2.6	2.6	159	37.2	196.2	18.20	686	68.4	0.171
240	30	7	3.2	3.2	241	56.3	297.3	22.40	1024	99.5	0.112
330	26	7	4.0	3.1	327	52.8	379.8	25.30	1252	107.2	0.085
410	26	7	4.5	3.5	414	67.3	481.3	28.50	1569	136.1	0.0671
520	54	7	3.5	3.5	520	67.3	587.3	31.50	1881	153.0	0.0567
610	54	7	3.8	3.8	612	79.4	691.4	34.20	2219	180.0	0.0458
680	45	7	4.4	2.9	684	46.2	730.2	35.10	2201	152.9	0.0421
810	45	7	4.8	3.2	814	56.3	870.3	38.40	2627	180.9	0.0353
1160	84	7	4.2	4.2	1164	97.0	1261.0	46.20	3873	273.8	0.0246
1520	84	7	4.8	4.8	1520	126.7	1646.7	52.80	5058	357.8	0.0190

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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.

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