STACIR/AW,Hi-STACIR/AW SUPER THERMAL-RESISTANT ALUMINUM-ALLOY CONCUCTORS, ALUMINUM-CLAD INVAR REINFORCED

Used for overhead power transmission lines

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°C

Application

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

Super thermal-resistant aluminum alloy conductor,aluminum clad Invar reinforced is a high ampacity conductor with inner core composed of aluminum clad Invar/high tensile strength aluminum-clad Invar& outer layer composed of super thermal-resistant aluminium alloy with round.

Specifications

Double current carrying capacity of the same size ACSR
No limitation for application area : Heavy wind, snow & galloping area
Equivalent Sag-tension properties to conventional ACSR
No modification & reinforcement on existing tower
Easy installation with same method & equipments as ACSR’s
Low cost and short construction period

Parameter

STACIR/AW

Conductor Size	Calculated Area			Stranding		Overall Diameter	Approx.Weight			Min. Breaking Load	DC Resistance at 20℃
Conductor Size	STAI	INVAR	Total	STAI	INVAR	Overall Diameter	STAI	INVAR	Total	Min. Breaking Load	DC Resistance at 20℃
mm²	mm²	mm²	mm²	No./mm	No./mm	mm	kg/km	kg/km	kg/km	kgf	Ω/km
160	159.30	37.16	196.46	30/2.6	7/2.6	18.20	441.7	265.2	706.9	6140	0.1745
240	241.30	56.29	297.59	30/3.2	7/3.2	22.40	669.1	401.7	1070.8	9170	0.1159
330	326.80	52.84	379.64	26/4.0	7/3.1	25.30	905.1	377.0	1282.1	10000	0.0869
410	413.40	67.35	480.75	26/4.5	7/3.5	28.50	1145.5	480.6	1626.1	12720	0.0686
480 (Rail)	483.84	33.54	517.38	45/3.7	7/2.47	29.61	1340.7	239.3	1580.0	10500	0.0600
480 (Cardinal)	484.52	62.81	547.33	54/3.38	7/3.38	30.42	1343.5	452.2	1795.7	13280	0.0591

Hi-STACIR/AW

Conductor Size	Calculated Area			Stranding		Overall Diameter	Approx.Weight			Min. Breaking Load	DC Resistance at 20℃
Conductor Size	STAI	INVAR	Total	STAI	INVAR	Overall Diameter	STAI	INVAR	Total	Min. Breaking Load	DC Resistance at 20℃
mm²	mm²	mm²	mm²	No./mm	No./mm	mm	kg/km	kg/km	kg/km	kgf	Ω/km
160	159.30	37.16	196.46	30/2.6	7/2.6	18.20	441.7	265.2	706.9	6500	0.1745
240	241.30	56.29	297.59	30/3.2	7/3.2	22.40	669.1	401.7	1070.8	9700	0.1159
330	326.80	52.84	379.64	26/4.0	7/3.1	25.30	905.1	377.0	1282.1	10500	0.0869
410	413.40	67.35	480.75	26/4.5	7/3.5	28.50	1145.5	480.6	1626.1	13300	0.0686
480 (Rail)	483.84	33.54	517.38	45/3.7	7/2.47	29.61	1340.7	239.3	1580.0	11000	0.0600
480 (Cardinal)	484.52	62.81	547.33	54/3.38	7/3.38	30.42	1343.5	452.2	1795.7	13800	0.0591

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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.

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