Name: China Customized Copper Core Polyethylene Insulated Cable Manufacturers Suppliers Factory - Pengcheng Haoyu Technology
Brand: Pengcheng
SKU: 257161071

Why Choose Us?

Professional Team

Liaoning Pengcheng Cable Co., Ltd. was founded in 1990. The company's R & D team is composed of experienced cable experts in the industry, and has independently developed a variety of high-tech special cable products.

Advanced Equipment

Pengcheng Cable has a number of international advanced production lines, modern factories, industrial parks of integrated wire and cable manufacturing enterprises.

Quality Control

One-stop Solution

The company is mainly committed to research & development and production of flexible mineral insulated fireproof cables, mica belt mineral insulated corrugated copper sheathed cables, and new high conductivity 8000 series of anti-pressure and creep-resistant aluminum alloy core interlocking armored power cables, as well as halogen-free low-smoke flame retardant cables and ordinary wire and cable and other full range of full-specification high-quality cable products system research and development, design, manufacturing, marketing and service.

What Is Household Insulated Wire

Household insulated wire is typically bundled metal wire covered with a non-conductive material, such as plastic, or rubber which protects the wire and prevents electrical conductivity to other wires or surrounding materials. You'll find household insulated wires everywhere in daily life, from extension cords to home appliances.

Common House Wire

Bvvb type wire, b: cloth wire class, the copper core conductor in the cloth wire is omitted; v: PVC insulation; v: polyvinyl chloride sheath; b: Flat type.

Electrical Wire For House Lights

WDZN-RYJS wire and cable is a fire-resistant polyolefin insulated connection flexible wire. RYJS stands for cross-linked polyethylene absolute twisted-type connection cord.

Black And Blue Electrical Wires

YZ series cable refers to a medium-sized rubber sheath flexible cable, by a plurality of strands of fine copper wire as conductor, the national standard CCC certified wire, the wire is safe and stable, high reliability, so it is used for home decoration.

3 Core Household Wire

ZC-RVV wire is ground directly buried wire, in line with China's fire retardant c standard, RVV cable full name copper core PVC insulated PVC sheathed flexible wire, also known as light PVC sheathed flexible wire, commonly known as soft sheathed wire.

Household Insulated Wire

BV wire, single core wire; Referred to as plastic copper wire, full name copper core PVC insulated cloth wire. National standard CCC certified wire, the wire is safe and stable, high reliability, so it is used for home decoration.

BV cable: copper core polyvinyl chloride insulated wire and cable, referred to as plastic copper wire, is the most commonly used wire and cable, but also our daily life in the most contact with a line.
Conductor material: oxygen free copper
Insulation material: PVC
Color: Black, yellow, blue, red, brown, white, etc
Operating temperature: 60 degrees, 70 degrees, 95 degrees
Rated voltage: 450/750V
The ambient temperature shall not be lower than 15 degrees below zero when laying the cable (line).
Cable allowable bending radius:
The outer diameter (D) of the cable is less than 25mm and not less than 4D;
The outer diameter (D) of the cable is 25mm and above should not be less than 6D.
The finished cable (wire) and cable core shall be subjected to power frequency spark withstand voltage test.
The mark of the cable (line) shall be executed according to the GB6995 standard, and the mark shall be clear and erasable.
National standard bv wire and cable for AC rated voltage 450/750V and below or DC voltage 1000V and below electrical equipment, instrumentation, decoration, telecommunications equipment, power lighting and lines, can be open or dark.
Product standard: GB5023.3-1997 JB8734-98 in line with IEC CCC standards, the national standard bv cable production certificate must be printed with 3C certification mark.

How Hot Can Household Insulated Wire Get

The heat doesn't affect the copper conductors in the wiring. They can handle far higher temperatures than those found in attics. The problem is the plastic insulation and jacketing that surround the wires. These are usually rated to withstand up to 194°F, but temperatures that approach this limit are not recommended.

Wires so hot you can't touch them aren't good. Because larger wires offer less resistance to electrical current, they permit more current flow while staying cooler.

Another, perhaps more practical, solution is to add more circuits. That divides the electrical current among more wires instead of just a few overtaxed circuits. Additional circuits and circuit breakers also provide an increased safety margin. If you prefer this solution, you'll have to run some new lengths of wire, and it's always a good idea to use larger wires than those in place now.

Household insulated wire is a product that is used often when building electric hi-tensile fence systems. We recommend using the cable for your connections and your grounding system. It works well under gateways. It can and should be used for your lead out wires and jumpers.

Household insulated wire, also called underground cable is generally class iii coated wire inside insulated sleeves or jackets. They are very tough and come in both single wall and double wall configurations.

When going underground we highly recommend that you install the wire inside a conduit of some type. This allows for added protection, plus will aid you down the road should there be a problem in this area. If it is inside a conduit, then it could be easily removed while pulling through another wire. For conduit you can use either PVC tubing or black HDPE pipe. The ends should be closed off so that water does not get in and fill the conduit. You can run it up your gate posts, then bend downward, thus sealing it off. If you decide to direct bury the underground cable, (without conduit) then we recommend that you use the double wall insulated cable.

How Do You Test Insulation Wire

Step 1: Safely strip the cable exposing the conductors.
Step 2: Connect the black test lead to the grounding braid and the red test to both bus wires.
Step 3: Perform the insulation resistance test for one minute. A passing test should be at a minimum of 20 megohms.
Step 4: Record the test values. This cable is now ready to be installed.

After installation, your acceptance test requires five steps:
Step 1: Open the power termination kit cover and disconnect wires from the terminals.
Step 2: Connect the black test lead to the grounding braid and the red test to both bus wires.
Step 3: Perform the insulation resistance test for one minute. A passing test should be at a minimum of 20 megohms.
Step 4: Record the test values.
Step 5: Re-connect wires into terminals and close the cover on the power termination kit. Repeat steps one through five for your final inspection test and before energizing the system.

Why Do You Need to Household Insulated Wires

Safety
Electrical wire insulation is essential to keeping an area safe and helping individuals avoid electric shock. The occupational safety and health administration considers exposed wires, worn insulation, and removed insulation electrical hazards. The risk of shock increases in wet conditions, from bathrooms to rain.

Durability and protection
Wiring is made of metals that can corrode with exposure to water. Insulation protects materials like copper and steel from exposure to the elements to withstand their surroundings and last longer. If wiring wasn't insulated, it wouldn't last as long or as effective. Though no material can perfectly insulate a wire, any insulation is better than none.

Leakage prevention
Electrical leakage occurs if energy transfers to components like a framework or other wires. Insulation protects wires from touching each other and from contacting framework or grounding components. That ensures an electrical system functions properly.

Color-coding
Electrical wires are color-coded to certain standards for consistency. That helps electricians and others handling wires understand wire function and its voltage. Color codes allow for quick identification, making wiring jobs simpler. You might see colors like:
● White insulation denotes 14-gauge wires rated for 15 amps.
● Gray insulation denotes cables rated for 15 amps.
● Black insulation denotes six- and eight-gauge wires rated for 40-60 amps.
● Orange insulation denotes 10-gauge wires rated for 30 amps.
● Yellow insulation denotes 12-gauge wires rated for 20 amps.

Our Factory

Liaoning Pengcheng Cable Co., Ltd. was founded in 1990, located in the northeast center of Shenyang & Tieling business district, is the comprehensive strength of the forefront of wire and cable manufacturing enterprises. Pengcheng Cable has a number of international advanced production lines, modern factories, industrial parks of integrated wire and cable manufacturing enterprises. The company is now located in Xintaizi Industrial Park, Liaoning Province, covering an area of nearly 150 acres, the factory area more than 50 acres. The company is mainly committed to research & development and production of flexible mineral insulated fireproof cables, mica belt mineral insulated corrugated copper sheathed cables, and new high conductivity 8000 series of anti-pressure and creep-resistant aluminum alloy core interlocking armored power cables, as well as halogen-free low-smoke flame retardant cables and ordinary wire and cable and other full range of full-specification high-quality cable products system research and development, design, manufacturing, marketing and service. Pengcheng products are widely used in smart grid, energy power, green building, smart factory and hospital and other fields. Currently has a number of valid patents.

Our Certificate

The company's products have passed ISO9001/IATF16949 quality management system certification, ISO14001 environmental management system certification, ISO45001 Occupational health and safety management system certification, ISO10012 measurement management system certification and other 8 major management system certifications. As well as the national industrial product production license, national mandatory product certification (3C certification), PCCC certification and China Quality CQC certification, flame retardant label certification, fire retardant label certification and other certifications.

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FAQ

Q: What is household household insulated wire?

A: Household household insulated wire is typically bundled metal wire covered with a non-conductive material, such as plastic, or rubber which protects the wire and prevents electrical conductivity to other wires or surrounding materials. You'll find household household insulated wires everywhere in daily life, from extension cords to home appliances.

Q: What are the benefits of household insulated wire?

A: Cable and wire insulation prevents the wire's current from coming into contact with other conductors, it preserves the wire material against environmental threats and resists electrical leakage. There are three major categories of wire insulation, each with a variety of styles.

Q: Why should we use household insulated wires instead of bare wires?

A: Wiring is made of metals that can corrode with exposure to water. Insulation protects materials like copper and steel from exposure to the elements to withstand their surroundings and last longer.

Q: How long does household insulated wire last?

A: The copper wire used for electrical wiring today can last 100 years. The problem is with the protective sheathing or insulation, which can wear down a lot sooner. It's the type of sheathing that determines how long the wiring lasts, which is usually 50 to 70 years.

Q: Can you touch a live household insulated wire?

A: In electrical contexts, it's important to always remember safety comes first. Interacting with live wires should only be performed by trained professionals as mishandling can result in serious injury or death. Therefore, one should never attempt to touch a live wire.

Q: How do you check if an household insulated wire is live?

A: Understanding the Tool: A non-contact voltage tester is a device that can detect electrical voltage without touching the actual wire. It's often considered the safest way to test for a live wire. How to Use: Approach the wire with the tester. If the wire is live, the tester will either light up or make a sound.

Q: Can household insulated wires touch each other?

A: Electrical leakage occurs if energy transfers to components like a framework or other wires. Insulation protects wires from touching each other and from contacting framework or grounding components. That ensures an electrical system functions properly.

Q: Do household insulated wires get hot?

A: Cables when operating at their maximum (conductor) temperature will run at 65, 70, or 90°C depending on the insulation material and cable type. If you apply approximately a 10°C temperature drop on the outer sheath to allow for heat loss, then cables will be 55, 60, or 80°C on the outer sheath.

Q: How do you find a break in household insulated wire?

A: Connect one end of the broken wire to the black test lead of the multimeter and the other end to the red test lead. The multimeter shows resistance at 200Ω. Bend back and forth where the thread is most likely to break (such as a frequent bend point). If the multimeter shows on and off, this is the break point.

Q: How do you test insulation wire?

A: Step 1: Safely strip the cable exposing the conductors.
Step 2: Connect the black test lead to the grounding braid and the red test to both bus wires.
Step 3: Perform the insulation resistance test for one minute.
Step 4: Record the test values.

Q: Does household insulated wire conduct electricity?

A: Generally no, that is the purpose of it being 'insulation from electricity', its not there to keep the heat in. It will have a voltage limit, and if this is exceeded the insulation will breakdown and electricity will be conducted via a discharge. Most residential wiring is rated for 600 volts.

Q: Can household insulated wire be used for grounding?

A: While each has benefits, it's important to note that both bare and insulated versions perform the identical grounding function.

Q: Does wire insulation color matter?

A: The colors do not matter electrically. A wire is a wire is a wire, regardless of the color of their insulation. The color of the wire itself may matter when you get into higher voltages, but that's about the type of metal used (aluminum vs copper conductivity, for example).

Q: How do you splice household insulated wire?

A: Strip 3/8 inch of insulation from each end of the wires to be spliced. Twist the exposed wires together. Twist a wire cap over the wires. Make sure there isn't any exposed copper sticking out of the cap.

Q: What is the resistance of household insulated wire?

A: Insulation resistance should be approximately one megohm for each 1,000 volts of operating voltage, with a minimum value of one megohm. For example, a motor rated at 2,400 volts should have a minimum insulation resistance of 2.4 megohms.

Q: Can you touch a live household insulated wire?

Q: Can household insulated wires withstand high temperatures?

A: Electrical insulation materials often have good thermal properties. They can withstand high temperatures, which is especially important in high-power applications or when the wires are close to heat-emitting components.

Q: How hot can wire insulation get?

A: The problem is the plastic insulation and jacketing that surround the wires. These are usually rated to withstand up to 194°F, but temperatures that approach this limit are not recommended. Two factors combine to heat up the wire. The first is the heat in the surrounding, or ambient, air in the attic.

Q: What is the color code for household insulated wires?

A: For a single-phase AC, red, black and green color codes are used where red stands for live, black for neutral and green for earth. For three phase AC, red, yellow and blue are for lines or phases while black is for neutral.

Q: Can household household insulated wires prevent short circuits?

A: Short circuits occur when two or more conductors come into direct contact, causing an excessive current flow. Insulation prevents short circuits and associated risks like fires, equipment damage, and electrical system failures.

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