• Bare Copper Stranded Wire with the lowest price System 1
Bare Copper Stranded Wire with the lowest price

Bare Copper Stranded Wire with the lowest price

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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 need to know what color the wires are to hook up a stereo in my friends truck. her factory radio was stolen and they stole the factory plug
1998 Dodge Dakota Wiring Diagram
Q: can a positive wire connect a negative and positive terminal together, or can a negative wire connect a positive and negative terminal together? This is regard to speakers in a guitar speaker cabinet. using rca speaker wire which is two wires that can be separated. One is positive and the other negative. If you are only using one half of the wire to wire two speakers in series does it matter if it is the positive(the side with the white stripe) or negative one since wiring in series is positive terminal to negative terminal.
Wire is wire. There is no positive wire and no negative wire. The wires are colour coded so you can keep track of what connects to what. You can use orange and green wires if you want; just keep track of what you are connecting.
Q: My renter took apart a timer that was hooked to a ceiling fan because the timer was clicking loudly.Now, I just want to simply install a normal on/off switch in it's place. There are two sets of wires coming into the box. One set has a red,white, and black wire coming from it. The other set has just a white and black wire coming into the box. I'm sure this is relatively simple for someone who has wiring expertise. How do I wire a normal light switch to these wires?!?!
Go okorder under search, type in single pole switch. A short video showing you how to do it will appear.
Q: Quick question with hopefully an easy answer. I had a dimmer switch go bad on a light in a dining room. I bought a new switch and put it in. It was working fine, so I thought, then I noticed that when the dining room light is off, the dimmer works on everything else on the circuit, for example outside lights, hall lights, etc. I can dim all of those things when this switch certainly didn't do that before. Also, if the dining room light is on, all of the other things on the circuit I mentioned before do not work at all. I've obviously incorrectly wired the switch somehow, any thoughts on what I did incorrectly and how to fix?
I read this right after you posted it and for the life of me, can't figure this out. Maybe I'm tired. Maybe its the couple of drinks I have had tonight. Either way, it isn't making sense to me. However, I will tell you how to solve it. First of all, get a cheap muliti-tester. Check the voltage across a white and a black (the black could be a red or another color; any color except green, that's a ground) until you get a reading between 110-125V AC. Those are your power leads. Connect ALL the white leads together and cap them using a wire nut. Next, carefully grab the INSULATED part of the hot black lead and touch them in turn to the others. (There will be a small spark, but as long as you are only touching insulation, you will not get shocked. If you are nervous about this, use two pairs of insulated handle needle-nose pliers to grab the wires, but still, only grab the insulated part.) One should turn on the light in the DR and the other(s) should turn on the power elsewhere. Make a note of what is what. At that point, the wiring becomes simple. Attach the black hot lead to one of the lugs (or wires if that is what it has) of the dimmer switch AND to the black lead(s) that power other fixtures elsewhere. The black lead that you touched to the hot lead that turned on the DR light gets attached to the other side of the dimmer. That should solve your problem. Good luck. If you need additional help, email me.
Q: me and my friend were doing a circuit challenge and we did the same circuit but she used thicker wires. does it make a difference?
Well that depends upon your friends circuit. But, I can only add to what has already been said by saying this: - Using thick wires is traditionally associated with passing large currents in a circuit. However, if you use low voltages with thin pieces of wire (especially if it's long piece) then that can have a significant effect upon the circuit you are trying to supply. This is because the wire has resistance of its own that may well me nearly the same as that of the circuit you are trying to supply. All of which means that there may be a considerable voltage drop across the wire and less for the circuit you are trying to 'feed'. So, ironically, although thick wires are traditionally used for high current circuits they may also be found to in low voltage circuit passing very little current; the point being that we want a small a voltage drop as possible to appear across the wire. To illustate using a example, suppose that you are having a garden party or BBQ and decide to have some disco music outside. You set up the speakers outside while keeping the stereo in the house. You know that the voltages and currents are quite low so you think that more of the same cable that is already connected to the speakers would be fine. You run out the lengths to the speakers and switch on only to find that the volume is way too low even with the volume knob wound right up! What has happened? The resistance of the cable with the lengths that you are using is now comparable to the speaker impedance and this means that there is a voltage drop between the ends of the cable meaning less for your speakers. The solution is to use really thick cable, like mains cable capable of taking 10's of amps; it's not the current rating of the cable that you require but its low resistance.
Q: What's the difference between stainless steel wire and steel wire?
The stainless steel spring wire is usually hard, and it is cold drawn with larger wire diameter difference. Stainless steel bright wire is usually medium hard, it is normal cold drawing and cold drawing. Light drawing of stainless steel is usually in soft medium, which is cold drawing with smaller line diameter difference. The stainless steel wire is usually soft, which is annealed by hydrogen pipe after drawing, and the product has a roof shape after annealing.
Q: need color of sig wire on maf and witch wire is sig on 02 sensore
Right!!!!! As if they're all the same. Did you want us to guess the year, make, model, and engine too?
Q: A toy of 2.8N is suspended by two wires from a horizontal beam.One wire is 40 degrees to the vertical of the beam.The other is at 60 degrees to the beam.What is the tension in each wire?
The horizontal tensions in the two wires must be equal. The vertical tensions must add to 2.8N. Let the tension in the wires be t1 and t2. t1 * sin(40) <== horizontal tension in wire 1 t1 * cos(40) <== vertical tension in wire 1 t2 * sin(60) <== vertical tension in wire 2 t2 * cos(60) <== horizontal tension in wire 2 t1^2 = (horizontal tension in wire 1)^2 + (vertical tension in wire 1)^2 t2^2 = (horizontal tension in wire 2)^2 + (vertical tension in wire 2)^2
Q: I am re wiring a hanging lamp. I know the black wire is the hot. My problem is this, the replacement wire is gold. There is no apparent groove in the wire, but one side does have writing on it. If I remember correctly the side with the writing is the hot?
Should not be major problem as long as it is just the lamp itself you are wiring as all grounds should be separate of the device itself ac current should in general for safety sake be regarded as hot on both sides. To many times i have seen white used as a hot leg in wiring three way switches
Q: how i do that?please help.
it's Hard to saay without looking at it or at least knowing what kind of engine it is and what kind of fuel injection system it has and knowing exactly what you're trying to do. Those models I beleive had 4 or 5 different injection systems. If you can tell me exactly what you're doing or what the truck is doing I could help you more. Sometimes they can be a real *****, on my car you have to practically tear the top of the engine off to even LOOK at the fuel injection system

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