A. ALUMINUM CLAD WIRE

     STRAND FOR ACSR

    SPEC : ASTM B 415 (20% TO 40% CONDUCTIVITY),

               ASTM B 416, AS1222, PART 2-73,

                DIN 48201-PART8, JEC A 220

    SIZE : AWG 4-12

    CONSTRUCTION : 1X37. 1X19. 1X17. 1X3

B. AS SOLID WIRE, INTERNATIONAL STANDARD

    SPEC : A241-1977, A220-1973, DIN48200, TEIL8-1977

    DIA : 2MM TO 5MM

    CONDUCTIVITY : 20%

C. OTHERS

    - ASCR/AW (ALUMINUM CONDUCTOR ALUMINUM

                CLAD STEEL REINFORCED)

  - ASCR/AW-OC (ALUMINUM CONDUCTOR ALUMINUM

                 CLAD STEEL REINFORCED/ OUTDOOR CABLE)

   - OPGW (OPTIC FIBER GROUND WIRE)   

    SPEC : KEPCO STANDARD

    DIA : 2.4MM TO 6MM

Physical properties % IACS	Size AWG	Nominal diameter		Ultimate Tensile strength		Breakdown strength		Calculation weight		20°C Calculation resistance		Nominal section
		in.	㎜	psi	MPa	Ib	kN	Ib/1,000ft	kg/km	ℓ/1,000ft	ℓ/km	cmils	in�/FONT>	mm�/FONT>
20.3	4	0.2043	5.189	155,000	1,070	5,080	22.6	93.63	139.4	1.222	4.009	41,740	0.03278	21.15
		0.1880	4.775	160,000	1,100	(4,441)	(19.7)	(19.7)	(118.0)	(1.443)	(4.735)	(35,340)	(0.02776)	(17.91)
	5	0.1819	4.620	165,000	1,140	4,290	18.1	18.1	110.4	1.541	5.060	33,090	0.02599	16.76
		0.1729	4.392	170,000	1,170	(3,991)	(17.1)	(17.1)	(99.84)	(1.706)	(5.597)	(29,900)	(0.02348)	(15.15)
	6	0.1620	4.114	175,000	1,210	3,608	16.0	16.0	87.58	1.943	6.381	26,240	0.02061	13.29
		0.1549	3.934	180,000	1,240	(3,392)	(15.1)	(15.1)	(80.13)	(2.216)	(6.974)	(24,000)	(0.01884)	(12.16)
	7	0.1443	3.665	185,000	1,280	3,025	13.5	13.5	69.52	2.450	8.038	20,820	0.01635	10.55
		0.1369	3.477	190,000	1,310	(2,797)	(12.4)	(12.4)	(62.57)	(2.722)	(8.931)	(18,740)	(0.01472)	(9.495)
	8	0.1285	3.264	195,000	1,340	2,529	11.2	11.2	55.14	3.089	10.14	16,510	0.01297	8.367
	8	0.1144	2.906	195,000	1,340	2,005	8.92	8.92	43.71	3.896	12.78	13,090	0.01028	6.633
	10	0.1019	2.588	195,000	1,340	1,590	7.07	7.07	34.66	4.912	16.12	10,380	0.00816	5.260
	11	0.0907	2.304	195,000	1,340	,,261	5.61	5.61	27.47	6.194	20.34	8,230	0.00646	4.169
	12	0.0808	2.052	195,000	1,340	1,000	4.45	4.45	21.79	7.811	25.64	6,530	0.00513	3.307
27	4	0.2043	5.189	125,000	892	4,098	18.2	84.00	125.0	0.920	3.019	41,740	0.03278	21.15
		0.1880	4.775	129,000	889	(3,581)	(15.9)	(71.12)	(105.8)	(1.087)	(3.566)	(35,340)	(0.02776)	(17.91)
	5	0.1819	4.620	133,000	917	3,457	15.4	66.59	99.05	1.161	3.810	33,090	0.02599	16.76
		0.1729	4.392	137,000	945	(3,217)	(14.3)	(60.16)	(89.54)	(1.285)	(4.215)	(29,900)	(0.02348)	(15.15)
	6	0.1620	4.114	141,000	972	2,906	12.9	52.80	78.54	1.464	4.805	26,240	0.02061	13.29
		0.1549	3.934	145,000	1,000	(2,733)	(12.2)	(48.27)	(71.87)	(1.600)	(5.252)	(24,000)	(0.01884)	(12.16)
	7	0.1443	3.665	150,000	1,034	2,453	10.9	41.89	62.35	1.845	6.053	20,820	0.01635	10.55
		0.1369	3.477	154,000	1,062	(2,267)	(10.1)	(37.71)	(56.12)	(2.050)	(6.726)	(18,740)	(0.01472)	(9.495)
	8	0.1285	3.264	156,000	1,076	2,023	9.00	33.23	49.45	2.326	7.632	16,510	0.01297	8.367
	9	0.1144	2.906	156,000	1,076	1,604	7.13	26.34	39.20	2.934	9.628	13,090	0.01028	6.633
	10	0.1019	2.588	156,000	1,076	1,272	5.66	20.89	31.09	3.700	12.14	10,380	0.00816	5.260
	11	0.0907	2.304	156,000	1,076	1,008	4.48	16.55	24.64	4.667	15.32	8,230	0.00646	4.169
	12	0.0808	2.052	156,000	1,076s	800	3.56	13.14	19.54	5.882	19.31	6,530	0.00513	3.307
30	4	0.2043	5.189	102,000	703	3,344	14.9	79.73	118.7	0.828	2.717	41,740	0.03278	21.15
		0.1880	4.775	106,000	731	(2,942)	(13.1)	(67.52)	(100.5)	(0.978)	(3.209)	(35,340)	(0.02776)	(17.91)
	5	0.1819	4.620	110,000	758	2,859	12.7	63.21	94.02	1.045	3.429	33,090	0.02599	16.76
		0.1729	4.392	114,000	786	(2,677)	(11.9)	(57.11)	(84.99)	(1.156)	(3.793)	(29,900)	(0.02348)	(15.15)
	6	0.1620	4.114	114,000	786	2,350	10.5	50.13	74.56	1.317	4.324	26,240	0.02061	13.29
		0.1549	3.934	118,000	814	(2,224)	(9.89)	(45.83)	(68.22)	(1.440)	(4.726)	(24,000)	(0.01884)	(12.16)
	7	0.1443	3.665	122,000	841	1,995	8.87	39.77	59.19	1.660	5.447	20,820	0.01635	10.55
		0.1369	3.477	126,000	869	(1,855)	(8.25)	(35.80)	(53.27)	(1.845)	(6.053)	(18,740)	(0.01472)	(9.495)
	8	0.1285	3.264	128,000	883	1,660	7.38	31.55	46.94	2.094	6.869	16,510	0.01297	8.367
	9	0.1144	2.906	128,000	883	1,316	5.86	25.00	37.21	2.642	8.664	13,090	0.01028	6.633
	10	0.1019	2.588	128,000	883	1,044	4.47	19.84	29.51	3.329	10.83	10,380	0.00816	5.260
	11	0.0907	2.304	128,000	883	827	3.68	15.71	23.39	4.203	13.79	8,230	0.00646	4.169
	12	0.0808	2.052	128,000	883	657	2.92	12.48	18.55	5.295	17.38	6,530	0.00513	3.307
40	4	0.2043	5.189	80,000	552	2,622	11.7	65.93	98.14	0.621	2.038	41,740	0.03278	21.15
		0.1880	4.775	84,000	579	(2,332)	(10.4)	(55.83)	(83.10)	(0.734)	(2.406)	(35,340)	(0.02776)	(17.91)
	5	0.1819	4.620	88,000	607	2,287	10.2	52.27	77.77	0.784	2.572	33,900	0.02599	16.76
		0.1729	4.392	92,000	634	(2,160)	(9.61)	(47.22)	(70.30)	(0.867)	(2.845)	(29,900)	(0.02348)	(15.15)
	6	0.1620	4.114	96,000	662	1,979	8.80	41.44	61.67	0.988	3.243	26,240	0.02061	13.29
		0.1549	3.934	96,000	662	(1,809)	(8.05)	(37.89)	(56.42)	(1.080)	(3.544)	(24,000)	(0.01884)	(12.16)
	7	0.1443	3.665	98,000	676	1,602	7.13	32.88	48.95	1.245	4.085	20,820	0.01635	10.55
		0.1369	3.477	98,000	676	(1,443)	(6.42)	(29.60)	(53.27)	(1.384)	(4.539)	(18,740)	(0.01472)	(9.495)
	8	0.1285	3.264	99,500	686	1,290	5.74	26.08	38.82	1.571	5.151	16,510	0.01297	8.367
	9	0.1144	2.906	99,500	686	1,023	4.55	20.68	30.78	1.981	6.498	13,090	0.01028	6.633
	10	0.1019	2.588	99,500	686	811	3.61	16.40	24.41	2.498	8.194	10,380	0.00816	5.260
	11	0.0907	2.304	99,500	686	643	2.86	12.99	19.35	3.151	10.34	8,230	0.00646	4.169
	12	0.0808	2.052	99,500	686	510	2.27	10.32	15.34	3.971	13.03	6,530	0.00513	3.307

Physical properties (%)	20°C density	Elastic modulus	Coefficient of linear extension	Temperature coefficient of resistance
20.3	0.2381 Ib/in�6.59/㎤)	23.5�06psi(162G㎩)	0.0000072/°F(12.6�06°C)	0.0020/°F(0.0036/°C)
27	0.2135 Ib/in�5.91/㎤)	20.5�06psi(140G㎩)	0.0000077/°F(13.4�06°C)	0.0020/°F(0.0036/°C)
30	0.2027 Ib/in�5.61/㎤)	19.1�06psi(132G㎩)	0.0000079/°F(13.8�06°C)	0.0021/°F(0.0036/°C)
40	0.1676 Ib/in�4.64/㎤)	15.8�06psi(109G㎩)	0.0000089/°F(15.5�06°C)	0.0022/°F(0.0036/°C)

Nominal section		1.0% extension stress		Ultimate Tensile strength		Elongation percentage	20°C resistivity
mm	in.	M㎩	Psi	M㎩	Psi	%	ℓㆍmm�m
1.956~3.274	0.0770~0.1289	1,206	175,000	1,344	195,000	1.5	0.08480
3.275~3.477	0.1290~0.1369	1,172	170,000	1,310	190,000	1.5
3.478~3.665	0.1370~0.1443	1,137	165,000	1,275	185,000	1.5
3.666~3.934	0.1444~0.1549	1,103	160,000	1,241	180,000	1.5
3.935~4.115	0.1550~0.1620	1,103	160,000	1,206	175,000	1.5
4.116~4.392	0.1621~0.1729	1,068	155,000	1,172	170,000	1.5
4.393~4.620	0.1730~0.1819	1,034	150,000	1,137	165,000	1.5
4.621~4.775	0.1820~0.1880	1,000	145,000	1,103	160,000	1.5

Class	Type	Nominal diameter	Tensile stress	1% extension stress	20°C density	Minimum width of aluminum cladding	20°C resistivity	20 physical properties
		mm	M㎩	M㎩	g/㎤	mm	nℓㆍm	%IACS
20SA	A	1.24~3.25(include)	1,340	1,200	6.59	In case of nominal diameter less than 1.80mm, 8% of nominal wire radius In case of nominal diameter longer than 1.80mm, 10% of nominal wire radius	84.80	20.3
		3.25~3.45(include)	1,310	1,180
		3.45~3.65(include)	1,270	1,140
		3.65~3.95(include)	1,250	1,100
		3.95~4.10(include)	1,210	1,100
		4.10~4.40(include)	1,180	1,070
		4.40~4.60(include)	1,140	1,030
		4.60~4.75(include)	1,100	1,000
		4.75~5.50(include)	1,070	1,000
	B	1.24~5.50(include)	1,320	1,100	6.53
27SA	-	2.50~5.00(include)	1,080	800	5.91	14% of nominal wire radius	63.86	27
30SA	-	2.50~5.00(include)	880	650	5.61	15% of nominal wire radius	57.47	30