Copper Clad Aluminum wire

Ref Price:

Loading Port:: China Main Port

Payment Terms:: TT OR LC

Min Order Qty:: -

Supply Capability:: -

Inquire Now

Add to My Favorites

OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

You Might Also Like

Steel Wire Rod in Coil

Carbon Steel Wire Rod

Hot Rolled Wire Rod

Wire Rod Q195

Black Annealed Wire Black Iron Wire with low price

Construction materials price list earthquake resistant buildings steel fiber

Mg Alloy Wires AZ31 AZ91 AZ61 for Welding New Technology

Black Annealed Wire Binding Wire Tie Wire Soft Real Factory in China

Copper Clad Aluminum is an electrical conductor which has an outer sleeve of copper metallurgically

bonded to a solid aluminum core. The combination of these two metals make

it uniquely suited to many electrical applications

Standard:

SJ/T 11223-2000

ASTM B 566-93

Feature:

Compared to copper conductors:

Higher Flexibility due to lower elastic modulus

63% material weight reduction due to lower specific gravity of CCA over regular copper

Compared to aluminum conductors:

Better corrosion resistance than aluminum due to copper layer

Lower resistance due to high electric conductivity of copper

Better Solderability

Higher strength than aluminum

Application:

In high frequency signal transmission field, it is applied to:

l Standard Material of Conductor in CATV Coaxial Cable;

l 50 Ohm Radio Frequency Aerial;

l Leaky Cable;

l Soft Coaxial Radio Frequency Cable;

l Data Cable

In power transmission field, it can be applied to:

l Stranded wire;

l Power Cable;

l Control Cable;

l automotive cable;

l Building distribution wire;

l Busbar;

l Radio Frequency shielding;

In special electromagnetic wire, it can be applied to:

l Coils in motor and fans, mahjong machine, Loudspeakers

l Voice coils (e.g. in Headphone, Headset, ...)

l Windings

Manufacture Scope：

0.12MM~5.50MM

Physical property of CCA wire

Specification	Copper in volume (%)	Copper in mass (%)	Length comparison	Density (g/cm3)	Max.DC resistivity Ω.mm2/m (20℃)	Conductivity (%IACS) Min
CCA-10%Copper volume	8～12	27	2.65:1	3.32	0.02743	63
CCA-15%Copper volume	13-17	37	2.45:1	3.63	0.02676	65
Copper wire	100	100	1:1	8.89	017241	100

Characteristics of CCA wire

Nominal Diameter	Cross Section (mm²)	Copper Thickness (mm)		Mass per unit length (kg/km)			DC resistance per unit length (ohm/km)20℃			Tensile Strength (Mpa)		Elongation (%)
Nominal Diameter	Cross Section (mm²)	CCA-10%	CCA-15%	CCA-10%	CCA-15%	Copper	CCA-10%	CCA-15%	Copper	A (max)	H (min)	A (max)	H (min)
6.00	28.260	0.105	0.150	93.82	102.58	251.23	0.97	0.95	0.61	138	124	15	1.50
5.15	20.820	0.090	0.129	69.12	75.58	185.09	1.32	1.29	0.83	138	152	15	1.50
5.08	20.258	0.089	0.127	67.26	73.54	180.09	1.35	1.32	0.85	138	152	15	1.50
4.97	19.390	0.087	0.124	64.38	70.39	172.38	1.41	1.38	0.89	138	152	15	1.50
4.90	18.848	0.086	0.123	62.57	68.42	167.56	1.46	1.42	0.91	138	152	15	1.50
4.85	18.465	0.085	0.121	61.30	67.03	164.16	1.49	1.45	0.93	138	152	15	1.50
4.80	18.086	0.084	0.120	60.05	65.65	160.79	1.52	1.48	0.95	138	152	15	1.50
4.50	15.896	0.079	0.113	52.78	57.70	141.32	1.73	1.68	1.08	138	159	15	1.50
4.00	12.560	0.070	0.100	41.70	45.59	111.66	2.18	2.13	1.37	138	166	15	1.50
3.86	11.696	0.068	0.097	38.83	42.46	103.98	2.35	2.29	1.47	138	166	15	1.50
3.60	10.174	0.063	0.090	33.78	36.93	90.44	2.70	2.63	1.69	138	172	15	1.50
3.50	9.616	0.061	0.088	31.93	34.91	85.49	2.85	2.78	1.79	138	172	15	1.50
3.38	8.968	0.059	0.085	29.77	32.55	79.73	3.06	2.98	1.92	138	172	15	1.50
3.20	8.038	0.056	0.080	26.69	29.18	71.46	3.41	3.33	2.14	138	179	15	1.00
3.00	7.065	0.053	0.075	23.46	25.65	62.81	3.88	3.79	2.44	138	179	15	1.00
2.85	6.376	0.050	0.071	21.17	23.15	56.68	4.30	4.20	2.70	138	186	15	1.00
2.80	6.154	0.049	0.070	20.43	22.34	54.71	4.46	4.35	2.80	138	186	15	1.00
2.77	6.023	0.048	0.069	20.00	21.86	53.55	4.55	4.44	2.86	138	186	15	1.00
2.50	4.906	0.044	0.063	16.29	17.81	43.62	5.59	5.45	3.51	138	193	15	1.00
2.30	4.153	0.040	0.058	13.79	15.07	36.92	6.61	6.44	4.15	138	200	15	1.00
2.20	3.799	0.039	0.055	12.61	13.79	33.78	7.22	7.04	4.54	138	200	15	1.00
2.18	3.731	0.038	0.055	12.39	13.54	33.17	7.35	7.17	4.62	138	200	15	1.00
2.15	3.629	0.038	0.054	12.05	13.17	32.26	7.56	7.37	4.75	138	200	15	1.00
2.05	3.299	0.036	0.051	10.95	11.98	29.33	8.31	8.11	5.23	138	205	15	1.00
2.00	3.140	0.035	0.050	10.42	11.40	27.91	8.74	8.52	5.49	138	205	15	1.00
1.95	2.985	0.034	0.049	9.91	10.84	26.54	9.19	8.96	5.78	138	205	15	1.00
1.81	2.572	0.032	0.045	8.54	9.34	22.86	10.67	10.41	6.70	138	205	15	1.00
1.70	2.269	0.030	0.043	7.53	8.24	20.17	12.09	11.80	7.60	138	205	15	1.00
1.63	2.086	0.029	0.041	6.92	7.57	18.54	13.15	12.83	8.27	138	205	15	1.00
1.50	1.766	0.026	0.038	5.86	6.41	15.70	15.53	15.15	9.76	138	205	15	1.00
1.30	1.327	0.023	0.033	4.40	4.82	11.79	20.68	20.17	13.00	138	205	15	1.00
1.02	0.817	0.018	0.026	2.71	2.96	7.26	33.59	32.77	21.11	138	205	15	1.00
0.95	0.708	0.017	0.024	2.35	2.57	6.30	38.72	37.77	24.33	138	205	15	1.00
0.81	0.515	0.014	0.020	1.71	1.87	4.58	53.26	51.96	33.47	138	205	15	1.00
0.75	0.442	0.013	0.019	1.47	1.60	3.93	62.12	60.60	39.04	138	205	15	1.00
0.63	0.312	0.011	0.016	1.03	1.13	2.77	88.04	85.89	55.33	138	205	15	1.00
0.50	0.196	0.009	0.013	0.65	0.71	1.74	139.77	136.36	87.85	172	205	10	1.00
0.30	0.071	0.005	0.008	0.23	0.26	0.63	388.25	378.77	244.02	172	205	5	1.00
0.10	0.008	0.002	0.003	0.03	0.03	0.07	3494.27	3408.92	2196.18	172	205	5	1.00

Q:We are replacing an older style submersible 3 wire well pump with a newer style 3 wire plus ground. I do not know where to ground the green wire? Is it necessary to extend the wire from the pump all the way to the top and ground it there or can i just ground it to the pump itself? Any ideas? First time home owner... trying to save money and not call an electrician (Im an avionics technician so I have some what of an idea what im doing.) Thanks: It shouldn't be grounded to back to the pump, it should be brought out and grounded either with the house or a separate grounding rod.

Q:I was doing some homemade circuit wiring and had a plug wired to a push button switch, wired to the load,(lamp light) then wired back to the plug. My question is the first time around I used 14g wire and it worked fine, light came on at the push button. Second time I used the same plug, 16gauge wire wired to the switch, to the load(this time a miniature bulb that sat in a smaller version of those pull lights in closets) and then back to the plug. When it was switched on nothing happened. So I went back to the 16gauge and wired it up and the bulb popped. Is this because the wire used is to small and not rated to carry the amps provided by the wall receptacle?: the only thing i can think is you may have accidentally put it on 240

Q:wire colors and funtions: Most Common Firing Order For Cars Is Plug 1, Plug 4, Plug 2, Plug 3 But Get A Haynes Manual And Check, I Dont Want To Blow Your Engine :)

Q:I need to buy some electrical wire for my car, does it matter what color the copper wire is inside of ( i.e. black,yellow,red,green,blue,etc.): The color of the wire indicates wire gage

Q:I'm trying to install a ceiling fan and I'm looking for some help given my home's wiring. I have a single light switch in the room, and here's what's coming out of the ceiling: 2 white wires, 2 black wires and a ground wire. It seems like a set of white and black originate from the same location (in both cases). My celing fan with light has a remote connection, so there's one black, one white and one ground wire coming from my fan to connect to the ceiling. Can someone let me know how to hook it up so the fan and light both work? Thanks in advance.: Are the 2 black and 2 white wires twisted together? (white with white and black with black). If not then you should connect the black (power wire) to the white going to the wall switch, connect the black from the switch to the black and blue (in the fan). The white of the incoming power line to all the white wires of the fan. The blue in the fan is for the fan light. In the bottom of the fan where the light goes will be a white and blue taped together with wire nuts on the ends. These will be connected to the light black and white. E-mail fireman492000 if more is needed.

Q:When you electromagnetize a nail with wire coiled around it, then connect it to a small battery, how come it works when the wire has been been insulated,..... and what if you were to use uninsulated wire.: The insulation around the wire prevents the flow of current between wires, (shorting out the coil). It has no effect on the magnetic field created by the flow of current in the wires. If you tried uninsulated wire, you wouldn't have much of a field, as the current path would be short, direct from one end of the coil to the other with no 'turns` at all.

Q:currently I have 2 12woofers wired to a single amp with 2 gauge wiring. Will it make a noticable difference if I upgrade the wiring to 0 gauge?: No. Even if the wire is undersized there would have had to have been a LOT of voltage drop in the 2 awg compared to the 1/0 awg wire, AND the amp would have to be loosely regulated for there to be any significant improvement. If both of those things are true it's still not likely there'd be enough of a change to be audible.

Q:sence my stock head unit has no remote wire, when I hook the amp up, will it still drain the battery? I have everything connected, but the deck does not have no remote wire, and if it does I have no idea how to locate it. I am worried it will continue to run the amp when the car is off and drain the battery. Am I worried for nothing? If it will continue to drain the battery, how do I prevent this from happening?: just run a wire from you positive battery terminal to a small 5a fuse then to a 5dollar switch from your local autoparts store and hook it to you remote screw terminal on your amp. now evertime you leave your care just turn the switch off, then when your readt to hear some jams turn it on, you really dont want to splice into any existing wires because it could interfere with the computer diagnostics when you get you inspection.

Q:I heard that Japanese could load a low voltage without any wires in one direction for 1 meter! Of course 1 meter is nothing. But can we get rid of wires in next 50 or 100 years?: Yes maybe, And maybe more than maybe. because I heard about it too. I heard that they could extend it to 100 meters. So I hope it would happen(That I'm sure)!

Q:-note-NOT . resistance wire.resistance OF A wire :)lol sorry, just had so many people give me resistance wire.thats not what i want :Li want ..what is the resistance of a wire?its for my science :) pleasee help: It okorder /... Good luck in your studies, ~ Mitch ~

1. Manufacturer Overview
Location
Year Established
Annual Output Value
Main Markets
Company Certifications

2. Manufacturer Certificates
a) Certification Name
Range
Reference
Validity Period

3. Manufacturer Capability
a)Trade Capacity
Nearest Port
Export Percentage
No.of Employees in Trade Department
Language Spoken:
b)Factory Information
Factory Size:
No. of Production Lines
Contract Manufacturing
Product Price Range