ALUMINUM CONDUCTOR COMPOSITE CORE(ACCC)

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Aluminum Conductor Composite Core

1. Definition

Is a high capacity, low slag conductor which consists of a carbon fiber composite core encased in a protective fiberglass

sheath that is helically wrapped with high purity conductive aluminum strands.

2. Application

It is a new type of overhead transmission line conductor, its outstanding characteristics are light weight, tensile resistance,

good thermal stability, small relaxation, strong flow capacity per unit area and corrosion resistance. Especially suitable for

the company's resident coastal, mining areas with high corrosion intensity, pollution intensity, easy to run wire operating

environment.

3. Standard

GB/T 32502—2016; Q/320282 DFP08—2017; Q/320282 DFP05—2017.

4. Packing

Wooden Steel Wood Drum or Steel Drum.

5. Technical Parameter

Aluminum Conductor Composite Core	Cond.	Dia.	Core Dia.	Weight	Core Related Strength	Cond. Rated Strength	Aluminum Conductor Composite Core	Cond.	Dia.
International Sizes	(kcmil)	(mm2)	(mm)	(mm)	(kg/km)	(kN)	(ohm/km)	180°C	200°C
Copenhagen	434	219.9	18.29	5.97	661	60.4	0.2094	1,017	1,070
Lisbon	623	315.5	21.79	7.11	948	85.7	0.1460	1,284	1,353
Brussels	832	421.4	25.15	8.13	1265	112.0	0.1097	1,549	1,632
Hamburg	1078	546.4	28.63	8.76	1627	130.2	0.0846	1,834	1,935
Milan	1120	567.7	29.11	8.76	1686	130.2	0.0813	1,880	1,984
Rome	1169	592.5	29.90	9.53	1774	153.8	0.0780	1,935	2,043
Vienna	1242	629.2	30.43	8.76	1853	130.2	0.0733	2,007	2,119
Munich	1447	733.1	32.84	9.53	2170	153.8	0.0632	2,211	2,336
London	1498	759.0	33.40	9.78	2248	162.1	0.0609	2,264	2,392
Paris	1606	813.7	34.16	8.76	2366	130.2	0.0568	2,358	2,492
Berlin (Madrid-lce)	1986	1006.5	38.20	10.54	2949	188.3	0.0458	2,713	2,872
Madrid	1999	1013.0	38.20	9.78	2948	162.1	0.0454	2,721	2,880
Athens	2782	1409.6	44.75	10.54	4066	188.3	0.0328	3,335	3,538

Ampacity values based on 50 Hz, zero elevation, 90° sun altitude, 25 °C ambient temperature, 0.5 Solar Absorbtivity, 0.5

Emissivity, 0.61 m/sec wind and 96 1,033 W/m2, at corresponding surface temperatures. Coefficient of thermal resistance

is 0.00403 for international sizes.

6. Product Type

Type	Shape	Dia. of core mm	Area of Al mm2	Rate break loading KN	Unit weight Kg/km	20°C DC Ω/km	Line expansion Factor X10-6 1/℃
Type	Shape	Dia. of core mm	Area of Al mm2	Rate break loading KN	Unit weight Kg/km	20°C DC Ω/km	Under turning point	Above turning point
The formed annealed aluminum conductors composite core supported
95/30~800/95		6.00~11.00	95~800	64.85~245.7	318.5~2406.5	0.2939~0.0351	15.1~18.9	1.8
Thermal-resistant Aluminum-alloy Conductors Composite Core Reinforced
150/35~630/70		6.50~9.50	182.0~710.8	76.97~213.4	477.40~1907.45	0.1972~0.0459	16.5~19.2	1.8
Formed Intermediate Aluminum Conductors Composite Core Supported
95/30~1660/95		6.00~11.00	95~1660	69.30~373.0	317.19~4811.7	0.0173~0.2971	15.2~20.8	1.8

150/35~630/70		6.50~9.50	182.00~710.80	83.94~228.27	477.40~1907.45	0.0459~0.1972	16.5~19.2	1.8
The High-elongation Hard Aluminum ConductorsComposite Core Reinforced
150/30~630/70		6.00~9.50	154.2~639.9	73.7~221.5	482.0~1910.2	≤0.1871	17.3~19.2	1.8
The High-conductivity (62.5% IACS) Aluminum ConductorsComposite Core Reinforced
150/30~630/70		6.00~9.50	154.2~639.9	72.1~213.6	479.1~1903.8	≤0.1841	17.3~19.2	1.8