ASTM STANDARD BARE COPPER CONDUCTOR 2AWG

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 20 m.t.

Supply Capability:: 20000 m.t./month

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Quick Details

Insulation Material: PVC
Type: High Voltage
Application: Overhead
Conductor Material: Copper

Specifications

GHCABLE is a cable manufactorer with more than 20 yrs history locates in Danyang City of CHINA(near Shanghai)

Type              Description                                     Application standard
LJ          Aluminium stranded wire (A.A.C)                     GB 1179-1983
LGJ      Aluminium conductor steel-reinforeed (ACSR)     GB 1179-1983
LHA1J   Aluminium alloy stranded wire (AAAC or AASC) GB 9329
LHA2J   Aluminium alloy stranded wire (AAAC or AASC) GB 9329
JL         Aluminium stranded wire (A.A.C)                        GB 9329
JL/G1A Aluminium conductor steel-reinforeed (ACSR)      GB 9329
JLHA1   Aluminium alloy stranded wire (AAAC or AASC)   GB 1179-1999
JLHA2   Aluminium alloy stranded wire (AAAC or AASC)   GB 1179-1999
TJ         Bare copper stranded wire                                   GB 1179-1999

PROFILE of GHCABLE
      GHCABLE (Danyang Ganghong Electric Wire & Power Cable Co., Ltd.) is a well-known and historic cable manufacturer which has existed for more than 20 years. GHCABLE occupies 12,000m2 land-areas and 8,000m2 construction-areas in Jangshu Huangtang Town, Danyang City, Jiangsu Province, China;There are about 300 workers in GHCABLE manufactory and also has an oversea faced office in Shanghai City.
      As a long-term cooperator, GHCABLE is an appointed original equipment manufacturer of China Import & Export General Co., and also has a close cooperation with Shanghai Cable Research Institute. GHCABLE can supply most kinds of high-quality wire & cable. These products can match international, national and enterprises standards, and customers special demands can be satisfied too.
      Mr. Anderson, the President of GHCABLE, sends invitation to every friends all over the world, Welcome to China! Welcome to GHCABLE! GHCABLE is your perpetually friend!
      High quality, Reasonable Price and No.1 service is GHCABLE's core value. GHCABLE's management and sales teams are committed to our customers' utmost satisfaction. Our experienced team of wire and cable experts strives to service every inquiry, quote, and order quickly and efficiently, meeting and often exceeding customers' expectations. If you have any questions, please email us at TELEPHONE:+86-21-62252999, FAX: +86-21-62125290

SHANGHAI OFFICE:Room 1902 NO.223, Dongzhu'anbang Rd., Shanghai City, China 200050
MANUFACTORER:Jiangshu Town, Danyang City, Jiangsu Province, China 212364

CATALOG

1 Stranded Bare Conductor
1.1 Aluminium stranded wire (AAC)
1.2 Aluminium Conductor Steel-Reinforced (ACSR)
1.3 Aluminium Alloy Stranded Wire (AAAC, AASC)
1.4 Bare Copper Stranded Wire
2 Aerial Insulated Cable (ABC)
2.1 Insulated aerial cable with rated voltage up to and including 1kV
2.2 Insulated aerial cable with rated voltage up to and inculding 10kV
2.3 Insulated aerial cable with rated voltage up to and inculding 30kV
2.4 Parallel multiple insulated overhead cable with rated voltage up to and including 1kV
3 Rubber sheathed Cable
3.1 Welding Cable
3.2 General Purpose Rubber sheathed Cable
4 Wires & Cables for Electric Equipment
4.1 PVC Insulated cable with rated voltage up to and including 450/750V (H07V-U, H07V-R, H07V-K, H07V-U, H07V-R, NYY, NYM, H03VV-F, H03VV2-F,H05VV-F,H05VV2-F)
4.2 PVC insulated cable,wire,and cord with the rated voltage up to and including 450V/750V (H07V-U, H07V-R, NYY, NYM)
4.3 PVC insulated and Nylon sheathed wire(THHN,THWN,THNN,T90)
4.4 Thermocouple extension wire
4.5 Radio-Frequency Cable (CATV, Coaxial Cable)
4.5.1 Solid conductor PE insulated radion-frequency cable
4.6 Strain Gauge Cable
4.7 Signal Cable for Periphery Equipments of Computer
4.8 PVC Insulated Shielding Cable for Radio
5 Speaker Wire
5.1 Speaker Wire
5.2 Hi-FI Equipment Power Supply Wire
6 Power Cable
6.1 XLPE Insulated Power Cable
6.1.1 XLPE insulated power cable with rated voltage 1kV(Um=1.2kV) & 35kv(Um=40.5kV)
6.1.2 XLPE insulated pwoer cable with rated voltage from 3.6/6kv to 26/35kv
6.2 PVC Insulated Power Cable
6.2.1 XLPE insulated power cable with rated voltage 1kV(Um=1.2kV) & 3kV(Um=3.6kV)
6.3 Fire-Retarding Power cable
6.4 Low Zero Halogen Fire-retarding Power Cable
6.5 High-Temperature Resistant Power Cable
6.6 Converter used connecting Power Cable
6.7 rat & termite proof XPLE Insulated Power Cable
7 Control Cable
7.1 PVC Insulated and Sheathed Control Cable
7.1.1 KVV450/750V Copper Conductor PVC Insulated and Sheathed Control Cable
7.1.2 KVV22 450/750V Copper Conductor PVC Insulated and Sheathed Control Cable With Steel Type Armour
7.1.3 KVVP 450/750V Copper Conductor PVC Insulated and Sheathed Control Cable With Braid Screen
7.1.4 KVVP2 450/750V Copper Conductor PVC Insulated and Sheathed Control Cable With Copper Tape Screen
7.1.5 KVVR 450/750V Copper Conductor PVC Insulated and Sheathed Flexible Control Cable
7.1.6 KVVR 450/750V Copper Conductor PVC Insulated and Sheathed Flexible Control Cable With Braid Screen
7.2 XLPE Insulated Control Cable
7.2.1 KYJV 600/1000V copper core XLPE insulated and PVC sheathed control cable
7.2.2 KYJVP2 600/1000V copper core XLPE insulated and PVC sheathed control cable
7.3 Plastic Insulated and Sereened control cable for Converter Station and Power Station
7.4 Flame retardant Plastic Insulated Control Cable
7.5 Fire-resistant Control Cable
7.6 Low Smoke Zero Halogen Fire-retarding Control Cable
7.7 High-Temperature Resistant Control Cable
7.7.1 Copper core FEP insulated FEP sheathed Control cable (KFF)
7.7.2 Copper core FEP insulated FEP sheathed screen Control cable with copper wire braid (KFFP)
7.8 Screened Control Cable for Computer
8 Communication Cable
8.1 Copper Core Polyolefin Insulated Aluminum-Plastic Composite Sheathed Communication Cable
8.2 PVC Insulated and Sheath Cable for Low Frequency Communication LAN &?Terminal Cable
8.2.1 PVC Insulated and Sheath Cable for Low Frequency Communication LAn Cable
8.2.2 PVC Insulated and Sheath Cable for Low Frequency Communication Terminal Cable
8.3 Category 5 Unscreened and Twisted Cable for Digital Communication Cable
8.4 Twisted PE Insulated and PVC Sheathed Local Telephone Cable
8.5 PVC Insulated and PVC Sheathed Mining Telephone Cable

Q: I just read an article about a man who was electrocuted by a live overhead wire while trimming a tree. Horrible. My question is I see squirrels running on all the overhead wires. How do they not get electrocuted?: You have to have a complete circuit. A man trimming trees may touch two wires at the same time or may touch one and the other wire is grounded causing the ground to act as the second wire. You cannot get electrocuted by touching just one wire. Technically, since one wire is grounded and we are on the ground we are touching one wire continuously. Also the squirl may be on a low voltage telephone wire or an insulated wire. If it's a bare wire and he doesn't jump onto the wire but rather reaches out from a tree and touches both at the same time he'll get shocked too.

Q: I am installing a ceiling fan. The directions say to connect the blue and black wire from the fan to the black wire coming from the ceiling and the white to the white from the ceiling using a wire nut. I have connected those with no problemThat leaves me with a green ground wire coming from the fan. However, the only ground wire coming from the ceiling is a naked solid copper wire. How am I supposed to connect those using a wire nut??: the same way you connected the black from the ceiling to the blue and black and the white to the white. If your ceiling wires didn't have a bare solid part, unless they too are stranded, you did not make a connection. They must be stripped first, about a half and inch. to connect stranded to solid you have two choices: 1 'tin' the stranded wire with a soldering gun, which is not practical but works, and then twist together with solid wire then wirenut them both. this method is almost never used. 2 twist the stranded wire so it is tightly bundled, hold it with the solid wire slightly behind it, the stranded should stick passed the solid maybe an eigth inch, then wirenut them both. tug on each wire seperately like you are trying to pull it out of the wirenut to make sure they are securely connected.

Q: I m wondering if there s a Neutral Wire in this picture (yes I turned off the breaker to get this photo). I want to put in a quot;Smart Light Switchand they require a Neutral Wire. I ll have an electrician do the work, but want to make sure the wire exists first.: Yes there is a neutral wire, what is missing is the grounding conductor. That is also required for the smart devices to work. That would be a bare wire or a green wire. Good luck to you.

Q: im installing a line out converter on my 2006 avalnche and i need to know which wires go to the right and left rear speakers so i can install it, do you know which is wire goes to where?: Car Radio Battery Constant 12v+ Wire: Orange Car Radio Accessory Switched 12v+ Wire: Yellow Car Radio Ground Wire: Black Car Radio Illumination Wire: Brown Car Stereo Dimmer Wire: Gray Car Stereo Antenna Trigger Wire: N/A Car Stereo Amp Trigger Wire: N/A Car Stereo Amplifier Location: N/A Car Audio Front Speakers Size: N/A Car Audio Front Speakers Location: N/A Left Front Speaker Positive Wire (+): Tan Left Front Speaker Negative Wire (-): Gray Right Front Speaker Positive Wire (+): Light Green Right Front Speaker Negative Wire (-): Dark Green Car Audio Rear Speakers Size: N/A Car Audio Rear Speakers Location: N/A Left Rear Speaker Positive Wire (+): Brown Left Rear Speaker Negative Wire (-): Yellow Right Rear Speaker Positive Wire (+): Dark Blue Right Rear Speaker Negative Wire (-): Light Blue This is the audio wiring for the avalanche.Best of luck.

Q: Besides the speaker wires, what do the remaining 5 colored wires stand for on a stock 03 Mitsubishi Galant radio?: 03 Mitsubishi Galant

Q: Two wires, 2.44 m apart, both carry current 2.2 A toward the bottom of the screen. The right wire is extremely long, and the left wire is 0.36 m long. What is the magnetic force on the left wire?: Magnetic force, F = BIL --------(1) where B is the magnetic flux density of the magnetic field caused by the right wire, acting perpendicularly to the left wire in Tesla I is the current in the left wire in Amperes L is the length of the left wire in metres To find B (due to the right wire), you have to use the formula B = (?0)(I)/(2πr) -----(2) where the I in this case is the current in the right wire, r is the distance between the two wires, and ?0 is the permeability of free space, numerically defined as ?0 = 4π×10?7 using eqn (2) so B (due to right wire) = (?0x2.2)/(2πx2.44) = 1.8x10^-7 T using eqn (1) and the value of B calculated above F = (1.8x10^-7 x 2.2 x 0.36) = 1.43x10-7 N

Q: I'm just wondering would i be able to connect a split 8 gauge wire with wire nuts like i'll explain:Use two wire nuts instead of one and divide the copper wire on both ends and wire nut both sides together with 2 nuts. The whole apparatus would look kinda like this:----lt;gt;---- with the wire nuts connecting the two arrow thingsThanks anyone: 8 gauge wire is fairly heavy so I'll assume that this is not a low power application such as speaker drivers. I assume you want to do this because you don't have a proper connecting method of adequate size and you do have a couple of smaller size wire nuts. The proposed configuration would not be acceptable by any electric code for utility wiring for this reason. If one of those wire nut connections should fail, say due to corrosion or mechanical damage, the remaining connection would be required to carry the entire current load that both would normally share. This would no longer be adequately protected by a circuit breaker sized for the full 8 gauge wire. A high resistance point is developed with a high fire risk. Also the wire nuts would not be able to shield the conductors beyond the end of the wire insulation sheath. The exposed wire portions would need additional protection from incidental contact by some future service person. Please don't do this. Not a good practice.

Q: I attempted to change a bathroom fan to a new one with the help of a friend. He disconnected all the wiring without paying attention to what he was doing and what was wired where. We have a set of wires coming from somewhere (I presume the fuse box) to the fan that is hot regardless of the switch being on or off. That has a black, white and naked wire in it. Then we have another wire that comes from the switch that has black, white and naked as well. The fan has black, white and green. Can someone please tell me how to connect these as we have tried everything and the only thing that works is wired to the constant hot which of course won't allow us to turn the fan off with the switch...: Follow Eaglewatcher's instructions and not only will it work, but you will be in compliance with the National Electric Code. When ever a switch is fed with a black and white cable the white Must Be used as the Hot. And it Must Be Permanently Identified as such. Most of us use a sharpie or black tape to do this. NEC Article 200.7(C)(2) Good luck.

Q: i have a 1995 chevy S10 blazer and i noticed that it has 5? speakers in the door and 6x9 in the back i started looking and i found that it has 4x6 in the dash with cardboard over it but it don't have speaker wire ran for it i think its going to be difficult running wire for it but what gauge of wire should i use? and should i run the speaker wire to the head unit how would i hook the speaker wire to the aftermarket head unit or should i run it to the 6x9 or 5? i already have a pair of 4x6's ready to be installed in it as soon as i find out how to do it and what size of speaker wire it is im going to be doing it by myself: It sounds like your head-unit's speaker output is undesirable. I recommend getting a sparkling head-unit. additionally, the wiring isn't undesirable, by using fact if it have been (working example a grounding concern interior the wiring) the fuse(s) for the radio might have blown and the radio would not artwork.

Q: so there are 3 different wires coming into the switch. 1 black wire and 2 white wires going to the attic fan (i assume one for high and one for low). the power seems to be coming from the black wire which has inside of it, one white wire (neutral) one black wire (hot) and one bare wire (ground).. the same for the 2 white wires. the switch goes up (^) for high and down (v) for low and has 3 places to attach the wires to. the top, the bottom and the middle.. can someone tell me how to wire this damn thing?: Wire nut all the white neutral wires together. Wire all the bare ground conductors together. The the hot wire will attach to the terminal labeled common and one each of the other 2 black wires will attach to the high and low terminals. If it runs high while low is selected etc, the swap the last 2 and try again. PS any time there are multiple conductors in an overall covering it is called a cable. You have for example 1 black cable and 2 white cables.

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