Copper Clad Steel Conductor

Overview Specifications

CONSTRUCTION PARAMETER

Overview

APPLICATION

Grounding Conductors for Primary Surge Arresters

STANDARD

ASTM B 228, ASTM B 910

DOWNLOAD
CABLE DATASHEET

N/A

ASTM B 228, ASTM B 910

Grounding conductors for primary surge arresters

N/A

Specifications

ELECTRICAL PERFORMANCE

N/A

STANDARD

ASTM B 228, ASTM B 910

APPLICATION

Grounding conductors for primary surge arresters

CORE IDENTIFICATION

N/A

CHEMICAL PERFORMANCE

Chemical resistant: Good

MECHANICAL PERFORMANCE

Refer to relative standards

FIRE PERFORMANCE

N/A

THERMINAL PERFORMANCE

N/A

Other Properties

APPROVALS

N/A

INSTALLATION CONDITIONS

Open air

CABLE MARKING

N/A

PACKAGING

BY WOODEN OR STEEL-WOODEN OR FULL STEEL REEL/DRUM

CONSTRUCTION

1. Conductor

Copper Clad Steel Wire

Generally, the Copper Clad Steel conductor is formed by the following construction:

PARAMETER

30% CONDUCTIVITY

40% CONDUCTIVITY

Conductor		Conductor Size AWG	Overall Dia.		Min. Breaking Loads		Weight		Cross Section Area		I2t	Approx. Short-time Fusing Current at 30 Cycles (kA)	Nominal DC Resistance at 68°F (Ω /KFT)
Conductor			Overall Dia.		Min. Breaking Loads		Weight		Cross Section Area		I2t
Wire No.	AWG		inch	mm	lbf	kN	lbs/kft	kg/km	cmil	mm2	kA2s
1	2	No. 2	0.258	6.54	2276	10.10	184.1	274.04	66368	33.63	30.26	7.78	0.5209
1	4	No. 4	0.204	5.19	1431	6.40	115.8	172.34	41738	21.15	11.97	4.89	0.8283
1	6	No. 6	0.162	4.12	900	4.00	72.8	108.39	26250	13.30	4.73	3.08	1.3169
3	4	3 No. 4	0.440	11.18	4079	18.10	350.2	521.17	125215	63.45	107.73	14.68	0.2761
3	5	3 No. 5	0.392	9.96	3234	14.40	277.6	413.15	99263	50.30	67.70	11.64	0.3483
3	6	3 No. 6	0.349	8.87	2565	11.40	220.2	327.70	78732	39.89	42.59	9.23	0.4391
3	7	3 No. 7	0.311	7.90	2035	9.10	174.7	260.00	62467	31.65	26.81	7.32	0.5534
3	8	3 No. 8	0.277	7.03	1614	7.20	138.5	206.18	49537	25.10	16.86	5.81	0.6979
3	9	3 No. 9	0.247	6.26	1279	5.70	109.8	163.42	39262	19.89	10.59	4.60	0.8805
3	10	3 No. 10	0.220	5.58	1015	4.50	87.1	129.66	31151	15.78	6.67	3.65	1.1098
3	12	3 No. 12	0.174	4.42	638	2.80	54.8	81.52	19586	9.92	2.64	2.30	1.7650
7	4	7 No. 4	0.613	15.57	9017	40.10	818.8	1218.48	292169	148.04	586.53	34.25	0.1183
7	5	7 No. 5	0.546	13.86	7148	31.80	649.1	965.93	231613	117.36	368.59	27.15	0.1493
7	6	7 No. 6	0.486	12.34	5670	25.20	514.8	766.15	183708	93.09	231.89	21.54	0.1882
7	7	7 No. 7	0.433	11.00	4498	20.00	408.5	607.87	145757	73.86	145.98	17.09	0.2372
7	8	7 No. 8	0.386	9.79	3567	15.90	323.9	482.04	115586	58.57	91.80	13.55	0.2991
7	9	7 No. 9	0.343	8.72	2827	12.60	256.7	382.06	91612	46.42	57.67	10.74	0.3774
7	10	7 No. 10	0.306	7.76	2243	10.00	203.7	303.13	72685	36.83	36.30	8.52	0.4756
19	5	19 No. 5	0.910	23.10	19402	86.30	1768.7	2632.20	628665	318.55	2715.55	73.70	0.0550
19	6	19 No. 6	0.810	20.57	15389	68.50	1402.9	2087.77	498636	252.66	1708.39	58.45	0.0693
19	7	19 No. 7	0.722	18.33	12210	54.30	1113.1	1656.48	395627	200.47	1075.46	46.38	0.0874
19	8	19 No. 8	0.643	16.32	9682	43.10	882.7	1313.59	313733	158.97	676.30	36.78	0.1102
19	9	19 No. 9	0.572	14.53	7674	34.10	699.6	1041.13	248660	126.00	424.85	29.15	0.1390

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Conductor		Conductor Size AWG	Overall Dia.		Min. Breaking Loads		Weight		Cross Section Area		I2t	Approx. Short-time Fusing Current at 30 Cycles (kA)	Nominal DC Resistance at 68°F (Ω /KFT)
Wire No.	AWG	Conductor Size AWG	inch	mm	lbf	kN	lbs/kft	kg/km	cmil	mm2	kA2s	Approx. Short-time Fusing Current at 30 Cycles (kA)	Nominal DC Resistance at 68°F (Ω /KFT)
1	2	No. 2	0.258	6.54	2023	9.0	186.1	276.94	66368	33.63	40.29	8.98	0.3907
1	4	No. 4	0.204	5.19	1272	5.7	117.0	174.16	41738	21.15	15.94	5.65	0.6212
1	6	No. 6	0.162	4.12	800	3.6	73.6	109.54	26250	13.3	6.30	3.55	0.9877
3	4	3 No. 4	0.44	11.18	3626	16.1	353.9	526.67	125215	63.45	143.43	16.94	0.2087
3	5	3 No. 5	0.392	9.96	2874	12.8	280.5	417.51	99263	50.3	90.13	13.43	0.2633
3	6	3 No. 6	0.349	8.87	2280	10.1	222.5	331.16	78732	39.89	56.70	10.65	0.3319
3	7	3 No. 7	0.311	7.90	1809	8.0	176.6	262.75	62467	31.65	35.70	8.45	0.4184
3	8	3 No. 8	0.277	7.03	1434	6.4	140.0	208.36	49537	25.1	22.45	6.70	0.5276
3	9	3 No. 9	0.247	6.26	1137	5.1	111.0	165.14	39262	19.89	14.10	5.31	0.6657
3	10	3 No. 10	0.22	5.58	902	4.0	88.0	131.02	31151	15.78	8.88	4.21	0.8390
3	12	3 No. 12	0.174	4.42	567	2.5	55.4	82.38	19586	9.92	3.51	2.65	1.3344
7	4	7 No. 4	0.613	15.57	8015	35.7	827.4	1231.34	292169	148.04	780.87	39.52	0.0896
7	5	7 No. 5	0.546	13.86	6354	28.3	655.9	976.13	231613	117.36	490.72	31.33	0.1131
7	6	7 No. 6	0.486	12.34	5040	22.4	520.2	774.23	183708	93.09	308.72	24.85	0.1425
7	7	7 No. 7	0.433	11.00	3998	17.8	412.8	614.29	145757	73.86	194.34	19.72	0.1797
7	8	7 No. 8	0.386	9.79	3171	14.1	327.3	487.13	115586	58.57	122.21	15.63	0.2266
7	9	7 No. 9	0.343	8.72	2513	11.2	259.4	386.09	91612	46.42	76.77	12.39	0.2858
7	10	7 No. 10	0.306	7.76	1994	8.9	205.8	306.33	72685	36.83	48.33	9.83	0.3603
19	5	19 No. 5	0.91	23.10	17246	76.7	1787.4	2659.98	628665	318.55	3615.33	85.03	0.0418
19	6	19 No. 6	0.81	20.57	13679	60.8	1417.7	2109.81	498636	252.66	2274.45	67.45	0.0527
19	7	19 No. 7	0.722	18.33	10853	48.3	1124.8	1673.96	395627	200.47	1431.80	53.51	0.0665
19	8	19 No. 8	0.643	16.32	8606	38.3	892.0	1327.45	313733	158.97	900.39	42.44	0.0838
19	9	19 No. 9	0.572	14.53	6821	30.3	707.0	1052.12	248660	126	565.62	33.63	0.1057
19	-		0.528	13.40	5801	25.8	601.2	894.78	211475	107.16	409.10	28.60	0.1243
19	10	19 No. 10	0.51	12.94	5412	24.1	560.9	834.76	197289	99.97	356.05	26.69	0.1333
7	-	2/0	0.414	10.51	3652	16.2	377.0	561.01	133115	67.45	162.09	18.01	0.1967

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COPPER CLAD STEEL CONDUCTOR(CCS CONDUCTOR)