CCS-Copper Clad Steel Strand

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.

Application

Copper clad steel wire (CCS Wire) combines the high tensile strength of steel as its core and the conductivity properties of copper as its outer layer. The core material is usually low carbon steel and is typically used as either grounding wire or the inner conductor of coaxial cables.

DSA Copper Clad Steel stranded conductors are used in place of copper conductors in grounding applications and systems.conductors are classified as follows: Grade 40 HS, Grade 30 HS, Grade 30 EHS, Grade 40 DSA, and Grade 30 DSA.CCS strand wire is divided into soft state and hard state with perfect conductivity, which is a good choice for various industries such as communications, electrical power and electronics.

Specifications

● ASTM B 228 Concentric-Lay-Stranded Copper-Clad Steel Conductors

Parameter

Copper Clad Steel Wire (CCS) ASTM B 228

CCS（Conductivity 20.3）Size Designation	Conductor Area		No.of Wires	Diameter mm		Min.Rated Breaking Strength kN		Weight kg/km	Max.D.C. Resistance at 20℃ Ω/km
AWG	mm²	in²	No.of Wires	Wire	Cond.	Grade 40 HS	Grade 40 DSA	Grade 40	Max.D.C. Resistance at 20℃ Ω/km
19 No.5	318.71	0.4940	19	4.620	23.11	216.66	76.68	2660.8	0.14423
19 No.6	252.71	0.3917	19	4.115	20.57	179.45	60.81	2110.2	0.18183
19 No.7	200.45	0.3107	19	3.665	18.31	148.29	48.23	1674.2	0.22937
19 No. 8	158.97	0.2464	19	3.264	16.31	122.46	38.27	1327.4	0.28896
19 No. 9	126.06	0.1954	19	2.906	14.53	100.86	30.33	1052.6	0.36452
7 No. 4	148.06	0.2295	7	5.189	15.57	96.15	35.61	1231.5	0.30930
7 No. 5	117.42	0.1820	7	4.620	13.87	79.84	28.25	976.5	0.38978
7 No. 6	93.10	0.1443	7	4.115	12.34	66.10	22.41	774.3	0.4915
7 No.7	73.87	0.1145	7	3.665	11.00	54.63	17.76	614.5	0.6201
7 No. 8	58.56	0.09077	7	3.264	9.78	45.12	14.10	487.1	0.7812
7 No. 9	46.44	0.07198	7	2.906	8.71	37.16	11.18	386.2	0.9859
7 No. 10	36.83	0.05708	7	2.588	7.77	30.73	8.87	306.3	1.2422
3 No. 5	50.32	0.07800	3	4.620	9.96	36.10	12.78	417.7	0.9082
3 No. 6	39.90	0.06185	3	4.115	8.86	29.91	10.14	331.3	1.1447
3 No. 7	31.65	0.04905	3	3.665	7.90	24.71	8.04	262.7	1.4440
3 N0. 8	25.10	0.03890	3	3.264	7.04	20.41	6.38	208.3	1.8193
3 No. 9	19.90	0.03085	3	2.906	6.27	16.81	5.05	165.2	2.2957
3 No. 10	15.78	0.02446	3	2.588	5.59	13.90	4.01	131.0	2.8929
3 No. 12	9.93	0.01539	3	2.052	4.42	7.32	2.55	82.4	4.5573

Size Designation	Conductor Area		No.of wires	Diameter mm		Min.Rated Breaking Strength kN			Weight kg/km	Max. Resistance at 20℃ Ω/km
AWG	mm²	in²	No.of wires	Wire	Cond.	Grade 30HS	Grade 30 EHS	Grade 30 DSA	Grade 30	Max. Resistance at 20℃ Ω/km
19 No.5	318.71	0.4940	19	4.620	23.11	239.64	288.54	86.28	2634.0	0.19227
19 No.6	252.71	0.3917	19	4.115	20.57	197.68	239.51	68.41	2087.9	0.24240
19 No.7	200.45	0.3107	19	3.665	18.31	162.74	197.72	54.23	1656.3	0.30576
19 No. 8	158.97	0.2464	19	3.264	16.31	133.98	162.65	43.06	1313.6	0.3852
19 No. 9	126.06	0.1954	19	2.906	14.53	109.93	132.02	34.12	1041.7	0.4862
7 No. 4	148.06	0.2295	7	5.189	15.57	106.86	126.87	40.07	1218.7	0.4124
7 No. 5	117.42	0.1820	7	4.620	13.87	88.28	106.28	31.78	966.4	0.5197
7 No. 6	93.10	0.1443	7	4.115	12.34	72.86	88.24	25.21	766.3	0.6552
7 No.7	73.87	0.1145	7	3.665	11.00	59.97	72.86	19.99	608.1	0.8268
7 No. 8	58.56	0.09077	7	3.264	9.78	49.34	59.92	15.86	482.0	1.0414
7 No. 9	46.44	0.07198	7	2.906	8.71	40.51	48.63	12.57	382.2	1.3144
7 No. 10	36.83	0.05708	7	2.588	7.77	33.48	39.69	9.97	303.1	1.6559
3 No. 5	50.32	0.07800	3	4.620	9.96	39.94	48.10	14.38	413.4	1.2104
3 No. 6	39.90	0.06185	3	4.115	8.86	32.95	39.92	11.41	327.8	1.5260
3 No. 7	31.65	0.04905	3	3.665	7.90	27.12	32.95	9.04	260.0	1.9250
3 N0. 8	25.10	0.03890	3	3.264	7.04	22.33	27.11	7.17	206.1	2.4253
3 No. 9	19.90	0.03085	3	2.906	6.27	18.32	22.00	5.69	163.5	3.0605
3 No. 10	15.78	0.02446	3	2.588	5.59	15.14	17.95	4.51	129.6	3.855
3 No. 12	9.93	0.01539	3	2.052	4.42	7.64	11.40	2.87	81.6	6.073

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