Electrical wiring and cable,single core copper conductor

Electrical wiring and cable,single core copper conductor

Ref Price:

Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 500 m

Supply Capability:: 50000 m/month

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

Copper Electrical Wire BV

PVC Electric Wire 2 10mm with 450/750V

Class 155/180 Hot sale Polyamide composite polyester or polyimide enameled copper wire

Single Core PVC insulated and PVC sheathed SDI Cable as per AS/NZS 5000.2

TY-ZBR Self -regulating Heating Cable

PVC Insulated Electric Wire with Good Quality

Aluminum Core Electrical Wire for Construction

PVC Insulated Copper Wire Building Wire

Applicant

1.) Household,indoor/outdoor,buliding wiring and associated devices ,to supply the power for lights fittings,switches,meters,plug point,air conditioners,refrigerators,water

pump,water heater,AC motor and etc.

2.) For decoration lights.
3.) Short span electricity transmission.
4.) For electrical appliance,electronic,instrument and telecom devices.

Specification

Description:
- Tinned or bare stranded 28-9AWG copper or tinned copper
- PVC insulated
- Temperature: 105 ° C; Voltage: 600V
- Use the standard thickness, easy stripping and cutting easy
- with anti-acid. oil resistance. moisture. mildew and other characteristics

1	Model	AC10WE19
2	Standard	GB/T 5023 IEC 60227 ICE60228 AS/NZS 3191
3	Construction & Dimension
	Item			Specification
	Conductor	Size		3G 1.5mm²
		Material		Annealed Bare Copper
	Insulation	Material		PVC
		Min. Average Thickness		0.7mm
		Min. Thickness at any point		0.53mm
		Diameter		3.1±0.10
		Identification		Blue, Brown, Yellow/Green
	Core Assembly	Core Twist		3--Core
		Filler		NA
		Assembly Pair		NA
	Taping	Mylar Foil		NA
	Shielded	A1 - Mylar Foil		NA
	Drain	Material		NA
		Construction		NA
	Jacket	Material		PVC
		Min Average Thickness		0.90mm
		Min. Thickness at any point		0.67mm
		Overall Diameter (Approx)		8.5±0.20
		Color		Any Color

4	Electrical & Physical Properties
	Item			Specification
	Rating Voltage			300/500V
	Conductor Resistance			13.3Ω/Km 20°c Max
				In case of dispute, Conductor resistance shall be the referee method
	Insulation Resistance			0.010MΩ/Km 70°c Min
	Dielectric Strength			AC 2.0KV/5 min No Break
	Insulation	Unaged	Tensile Strength	10N/mm²
			Elongation	150% Min
		Aged	Tensile Strength	Min 10N Unaged±20%(85±2°cx240hrs)
			Elongation	Min 150% Unaged±20%(85±2°cx240hrs)
		Loss of mass Test		2.0mg/cm² (max)
	Jacket	Unaged	Tensile Strength	10N/mm²
			Elongation	150% Min
		Aged	Tensile Strength	Min 10N Unaged±20%(85±2°cx240hrs)
			Elongation	Min 150% Unaged±20%(85±2°cx240hrs)
		Loss of mass Test		2.0mg/cm² (max)
	Deformation Test			150mm, 70±2°c x 1hr≤50%
	Cold Bend Test			-15±2°c x 4hr No Crack
	Heat Shock Test			150±2°c x 1hr No Crack

Electric Properties
Item	Specification
Specified voltage and temperature & standard	UL/CSA : 105℃, 600Vac, 750Vdc, ROHS / RECH
Spark Test	The insulation must be withstand 5KV high-tension current
Insulation Potengial Strength	2000V/Min(for water's environment
Minimum Insulation Resistance	20℃, DC500V 15MΩ-KM Above

Physical Properties
Based on standard of flammability material testing		According for UL Subj.758 spec/According for CSA spec
Before of aging test	Insulation tensile strength test kgf/mm2	1500 psi above
Before of aging test	Insulation elongation test rate %	100% above
After of aging test	Insulation tensile remnant rate %	This amount must be above 70% after heat ageing (136℃,168hrs)
After of aging test	Insulation elogates remnant rate %	This amount must be above 65% after heat aging (136℃,168hrs)
Heating Distortion Test		The insulation face must be no cracked, high temperature at 120℃ for 1 hour
Thermo Shock Test		The insulation face must be no cracked, high temperature at 120℃ for 1 hour and bent, to withstand 1,000V for 1 Min
Cold Bending Test		The insulation face must be no cracked, cooled at -40℃ for 3 hour and bent to withstand 1000V for 1 Min
Oil Resistance		Immersed in oil at 80℃ for 4 hrs and bent to withstand 1000V for 1

Electrical wiring and cable,single core copper conductor

Q: How is the color of the three wires?: Red is black and negative. Yellow or blue green are ground

Q: do i need to convert the incoming solar power to an a/c current?I have some electrical experience, I dont want to hire anyone: You can not wire up a solar panel directly to the house AC electric because solar puts out DC electric power. You would need to have Batteries (deep cycle) wire the panel to the batteries,then the batteries to a an inverter which then you can use the AC from the inverter to the house power grid,that is after you have installed a unit that will allow you to hook up to the grid,oh! I forgot to mention that you will also need a voltage control unit between the solar panels and batteries. You will need a lot more than a couple of panels hooked up in series to a bank of battries ,you will need to know a lot about electricy.

Q: A) Faulted electrical wiring can lead toB) Faulty electrical wiring can lead to: B is correct. 100% sure.

Q: a.) Choose a wire to carry a maxium of 5A from a solar panel to the batteries 25ft away.What would the wire resistance and voltage drop be in question a.) .?: You taped the stripped ends with tape - then put in the nut over the tape? that's no longer a good concept - cord nuts have a spiral steel coil interior that help make and retaining a good electric connection. electric tape would not try this. I wager you have been making use of the two the cheap cord nuts that got here with the hot fixture, or have been making use of improperly sized cord nuts. I recommend identifying to purchase top sized cord nuts and remaking the connections top. RE added information: i'd question the respected web content. First, code would not comprehend tape as a gadget to make eletrical connections, in basic terms as a potential of insulating a splice. interior the previous days, taped connections have been soldered first to create a good mechanical and electric connection; the tape replaced into for insulation in basic terms. We nevertheless use listed cord connectors right this moment that require a tape overwrap for insulating purposes. 2d, jointly as taping over a cord nut isn't prohibited, the cord nut is the connecting gadget and would bypass on the wires first, in line with all producer's guidelines.

Q: I come across electrical wire connectors often and they are varied.I find it difficult and sometime impossible to remove a wire from a connector without damaging the wire or the connector. Is there anyone who know how to handle these?: Many are single use, is that what you are talking about?

Q: I have a baby monitoring system camera that isn't wireless and I want to make it wireless. It comes with a wire that plugs into an a/c adapter that goes into the wall. The a/c adapter has an input of 120ac and an output of 12dc. I also have a battery holder that holds 8 AA batteries and has two wires coming out of it. I want to cut the wire going to the a/c adapter and hook it up to the wire going to the battery holder. Will this work and how do I hook up the wires?: The easy answer would be to solder a DC connector identical to the one on the output end of the AC adapter to the two wires coming off the battery holder (red to center pin, black to ring). Here's the not so easy part: What is the current (amperage) required by the camera? The voltage of 8 AA batteries may equal 12VDC, but they probably won't be able to handle the amount of current the camera needs to work. Larger 12VDC batteries might work, but make it less portable, and the operating time might still be limited. Maybe a 12VDC battery from a power back up unit? Is the power cable the only think keeping his camera from being wireless? How does it transmit its signal?

Q: Pvc pipe and pvc line what is the difference: Look at the next board to connect to the TV that line is loose, no words would be a good warranty

Q: (ii) Electrical wires are made up of copper wires.(iii) Graphite is a non-metal but still used in batteries.(iv) Stainless steel do not rust even if it is contains iron.(v) Sodium Potassium are not kept in open air.plzlplzp plzpl plzplz the correct answer is needed.: (ii) Electrical wires are made up of copper wires. copper is a good conductor of electricity (iii) Graphite is a non-metal but still used in batteries. graphite is a non metalthat is a good electrical conductor. (iv) Stainless steel do not rust even if it is contains iron. It is alloyed with chromium and nickel to prevent rusting. (v) Sodium Potassium are not kept in open air. They both react the air, particularly moisture and carbon dioxide, also oxygen. When cut, you can see the surface tarnish in air.

Q: My home is 2.5 square aluminum, I would like to ask the maximum load of electricity a few kilowatts, thank you!: As long as the steel is not cut off, there is no problem

Q: i have 4 dogs and they like to chew things like electrical wires and that could be very harm full to them can anyone tell me a cheep way to get them to stop? i don't want my baby's to get hurt and they are rewinding all my cords!: Try okorder

Send your message to us

*Email

*TEL

*Quantity

*Unit