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PVC Insulated Cable

PVC Insulated Cable Manufacture from China

Power up your business with PVC insulated cable manufactured by GLZW from China. Our professional team of engineers produce cables that are designed to fit any application and meet any qualification or certification standard. With superior quality backed by safe manufacturing practices, you can trust GLZW for all your power supply needs. Start building a reliable foundation for long-term success today by ordering your premium PVC insulated cables from GLZW.

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    Why Choose GLZW's PVC Insulated Cable

• GLZW’s PVC Insulated Cable is made from high-grade Polyvinyl Chloride (PVC) for excellent insulation.
• Despite offering superior quality, it is competitively priced and fits all budgets.
• Robust construction makes it versatile and durable enough to withstand harsh conditions in a variety of applications.

Why Choose GLZW's PVC Insulated Cable
PVC Insulated Cable Price
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    PVC Insulated Cable Price

• PVC Insulated Cable prices can range from as low as $0.01 to as high as $999 per unit, depending on factors such as cable type, materials and manufacturer.
• For PVC Insulated Flexible Four Core Flat Cable, the price range is 400.00-3000.00 INR.
• Prices may not accurately represent the entire market due to factors such as supply and demand or raw material prices; hence it is advised to check with multiple suppliers or manufacturers for an accurate estimation of the current market price.

List of Standard Specifications for PVC Insulated Cable

ParameterTypical Range or Value
Cable Size0.5mm² to 630mm²
Insulation Thickness0.6mm to 2.8mm
Voltage Rating300/500V to 0.6/1kV
Temperature RatingMaximum continuous operating temperature of 70°C
Voltage ResistanceShould resist the maximum system voltage
Current CapacityFew amps for small conductors to several hundred amps for large ones
WeightVaries based on overall dimensions
Bend RadiusNot less than 6 times the overall diameter of the cable
Standards ComplianceIEC 60502-1, BS 6004, UL 83
Safety NormsFlame retardancy (IEC 60332), low smoke emission (IEC 61034), and low toxicity (IEC 60754)
CertificationsUL (Underwriters Laboratories) in the US or BASEC (British Approvals Service for Cables) in the UK, depending on market

PVC Insulated Cable for Sale

150mm Cable

150mm Cable

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The Ultimate Guide to Pvc Insulated Cable

Looking to purchase PVC insulated cables? With countless options on the market, choosing the right one for your project can be daunting. That’s why we’ve created the ultimate guide to PVC Insulated Cable. Gain valuable insights on cable sizing, insulation types, approvals, testing procedures, and more. This comprehensive guide will equip you with everything you need to make an informed buying decision.

Part - 1:What is PVC Insulated Cable?
Part - 1:What is PVC Insulated Cable?

we will discuss the definition of PVC Insulated Cable, how it works, the advantages and disadvantages of using such cables in various applications

 

Types of PVC Insulated Cables
Part - 2 :Types of PVC Insulated Cables

we will explore what makes PVC insulated cables so desirable as well as discuss some specific types such as Automotive PVC Insulated Cables and Power Cables among others

 

Benefits of PVC Insulated Cable
Part - 3:Benefits of PVC Insulated Cable

Boasting excellent electrical properties, good insulation properties, high voltage rating, flexibility, ease of installation, and resistance to chemicals and moisture, these versatile wires are ideal for many different applications, from low to medium voltage distribution systems.

 

How to Choose the Right PVC Insulated Cable?
Part - 4:How to Choose the Right PVC Insulated Cable?

You must know the product's key details well to ensure successful installations. These include voltage and current ratings, conductor types, insulation materials and thicknesses, sheath material properties, environmental conditions, and application requirements.

 

Installation and Maintenance Guidelines for PVC Insulated Cable
Part - 5 :Installation and Maintenance Guidelines for PVC Insulated Cable

we provide expert advice on proper cable installation processes and maintenance precautions to help extend the service life of your cables. We will also discuss critical troubleshooting tips so you know just what to do when something goes wrong.

 

Part - 1:What is PVC Insulated Cable?

PVC Insulated Cable is a type of electrical cable that is widely used in different industries for both indoor and outdoor applications. It has a PVC (polyvinyl chloride) outer layer that provides insulation and protection to the conductors inside it. This type of insulation provides excellent electrical and mechanical properties and is commonly used in household wiring, lighting systems, automotive industries, and telecommunications.

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    Definition of PVC Insulated Cable

PVC Insulated Cable is an electrical cable with an outer layer or sheath made of PVC material. The PVC layer encases the cable conductors, providing insulation and protection to the wires. It is widely used in different industries and offers excellent electrical and mechanical properties, making it a popular choice for various applications.

Definition of PVC Insulated Cable
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    How does PVC Insulation work?

How does PVC Insulation work?

PVC Insulation works by insulating and protecting the conductors inside the cable. The PVC material is a thermoplastic with excellent insulating properties, which means it can prevent electrical currents from escaping the cable and causing harm to people or equipment. PVC insulation protects the cable against moisture, heat, and other environmental factors that can damage the conductors. The insulation is applied by extruding a layer of PVC material over the cable conductors and then allowing it to cool and harden into a solid protective sheath.

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    Advantages of PVC Insulation

Advantages of PVC Insulation

PVC Insulated Cable has numerous advantages, making it a popular choice in the industry. One of its significant benefits is its ability to provide excellent electrical insulation, which prevents electrical currents from escaping and causing safety hazards. It is also lightweight, making it easy to handle and install. PVC insulation is also resistant to chemicals, moisture, and environmental factors, making it ideal for different applications. Additionally, PVC Insulated Cable is cost-effective and readily available, making it a good option for different industries and projects.

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    Disadvantages of PVC Insulation

Disadvantages of PVC Insulation

Despite its many advantages, PVC Insulation has some disadvantages that should be considered. One is that it is not as fire-resistant as other insulation materials, which can pose a significant safety risk in certain applications. The insulation can also degrade over time, especially when exposed to heat and chemicals, leading to reduced electrical performance and mechanical integrity. PVC Insulated Cable also produces harmful toxins when burned, which can be hazardous to humans and the environment.

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    Applications of PVC Insulated Cable

Applications of PVC Insulated Cable

PVC Insulated Cable is commonly used in different industries and applications, such as household wiring, construction, automotive, and telecommunications. In household wiring, it is popular due to its ease of use, availability, and cost-effectiveness. In construction, it is used for electrical power distribution and lighting systems. It is commonly used in the automotive industry, wiring harnesses and battery cables. In telecommunications, it is used for transmission and distribution of electrical signals. Overall, PVC Insulated Cable is a versatile and reliable electrical cable used in many applications.

Part - 2:Types of PVC Insulated Cables

PVC insulated cables come in various types, each with unique properties for specific applications. PVC insulated power cables are for power distribution and transmission, automotive PVC cables is for powering the different system in vehicles, PVC insulated control cables are to connect control panels and devices, while PVC insulated building wires for power transmission and distribution in residential, commercial, and industrial buildings. Understanding the different types of PVC insulated cables and their applications will help users choose the best cable for their specific needs.

PVC Insulated Power Cables
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    PVC Insulated Power Cables

PVC-insulated power cables are designed to carry large electrical currents with low voltage loss over long distances. They are commonly used in power distribution, transmission, and building services like lighting and ventilation systems. PVC-insulated power cables have high mechanical strength, good insulation performance, and fire resistance. Depending on the specific application, they are available in various configurations, including single-core, multi-core, armored, and unarmoured cables.

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    Automotive PVC Insulated Cables

Automotive PVC Insulated Cables

Automotive PVC insulated cables are used in vehicles to transmit electrical signals and power currents. They are made to withstand harsh operating conditions like vibration, heat, and mechanical stress. Automotive PVC insulated cables are essential for powering various systems in a vehicle, including the engine, lighting, entertainment, and safety features. They are highly flexible and durable, making them suitable for use in challenging environments.

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    PVC Insulated Control Cables

PVC Insulated Control Cables

PVC insulated control cables are used to connect control panels and devices in industrial and commercial automation systems. They are designed to carry low voltage signals of instrument and control circuits. PVC insulated control cables have excellent insulation properties and are resistant to oil, chemicals, and UV radiation. They offer high flexibility and easy installation, making them ideal for factories, facilities, and machinery applications.

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    PVC Insulated Building Wires

PVC insulated building wires are used in residential, commercial, and industrial buildings for electrical power transmission and distribution. They are designed to operate at low voltages and currents, typically up to 600 volts. PVC-insulated building wires have excellent insulation properties and are easy to handle and install. They are available in different colors to simplify identification and wiring. PVC-insulated building wires are used for general wiring, lighting, and control circuits in buildings.

PVC Insulated Building Wires

Part - 3:Benefits of PVC Insulated Cable

 PVC Insulated Cable offers many benefits, making it the ideal choice for electrical wiring applications. Its high voltage rating, excellent insulation properties, cost-effectiveness, flexibility, ease of installation, and resistance to chemicals and moisture all provide practical advantages such as durability, safety, and overall performance. PVC Insulated Cable is a highly reliable and efficient solution for electrical wiring, making it the preferred choice for professionals across various industries.

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    High Voltage Rating

One significant benefit of PVC Insulated Cable is its high voltage rating. As per industry standards, these cables can handle a voltage capacity of up to 1,000 volts. This makes them ideal for high-voltage applications with an electric shock or injury risk. The high voltage rating of PVC Insulated Cable ensures electricity flows smoothly without disruptions, providing a safe and reliable solution.

high voltage rating
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    Good Insulation Properties

Good Insulation Properties

PVC Insulated Cable also offers excellent insulation properties, making it the ideal choice for electrical wiring applications. The PVC insulation is designed to withstand high temperatures and resist any damage due to chemical exposure or electrical current. This ensures that electrical power transmission flows smoothly, without interference or interruptions, providing consistent and reliable power sources.

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    Cost-effectiveness

Cost-effectiveness

PVC Insulated Cable is a cost-effective solution for your electrical wiring needs. Compared to other types of electrical cables, PVC Insulated Cable is readily available, affordable, and can be used in almost all applications. Additionally, the installation process is easy, which saves installation time and cost. PVC Insulated Cable is a budget-friendly solution that delivers high-quality performance.

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    Flexibility and Ease of Installation

Flexibility and Ease of Installation

Another significant advantage of PVC Insulated Cable is its flexibility and ease of installation. These cables can be easily installed in various settings, including tight spaces and difficult-to-reach areas. They can also be bent, twisted, and turned without any damage, making them perfect for flexible applications. The ease of installation and flexibility of PVC Insulated Cable make it the ideal choice for various applications.

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    Resistance to Chemicals and Moisture

Resistance to Chemicals and Moisture

PVC Insulated Cable also has outstanding resistance to chemicals and moisture. The PVC insulation is designed to resist chemical exposure, which helps ensure longevity and durability, particularly in harsh environments. Additionally, PVC Insulated Cable is waterproof and resistant to moisture, preventing the risk of electrical failures due to water ingress. This makes PVC Insulated Cable an ideal choice for applications that require robust and resilient wiring systems, such as industrial and outdoor applications.

Part - 4:How to Choose the Right PVC Insulated Cable?

 Selecting the suitable PVC insulated cable requires careful consideration of several factors. This includes voltage and current ratings, conductor type, insulation material and thickness, sheath material and properties, and environmental and application factors. By making informed decisions based on these factors, you can ensure optimal cable performance and reduce the risk of cable failure.

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    Considerations for Voltage and Current Rating

Voltage and current ratings are crucial factors in determining the performance of PVC-insulated cables. Voltage ratings indicate the maximum amount of electrical potential that the cable can withstand, while current ratings indicate the amount of electrical current that the cable can carry. Choosing a cable with the appropriate voltage and current ratings for a specific application ensures optimal performance and reduces the risk of cable failure.

Considerations for Voltage and Current Rating
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    Selecting the Appropriate Conductor Type

Selecting the Appropriate Conductor Type

Different types of conductors are used in PVC insulated cables, including solid, stranded, and flexible conductors. Solid conductors are suited for fixed installations and provide excellent electrical conductivity. Stranded conductors, however, are more flexible and can withstand bending and twisting, making them suitable for moving applications. Flexible conductors are highly flexible and can withstand frequent bending. Selecting the appropriate conductor type depends on the specific application requirements.

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    Understanding Insulation Material and Thickness

Understanding Insulation Material and Thickness

The thickness and type of insulation material used also affect the performance of PVC insulated cables. Insulation thickness determines the level of voltage resistance and durability of the cable. The most common insulating material used for PVC insulated cables is PVC, but others such as polyethylene, polyurethane, and cross-linked polyethylene can also be used. The choice of insulation material and thickness depends on factors such as operating temperature, environmental conditions, and expected useful life of the cable.

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    Evaluating Sheath Material and Properties

Evaluating Sheath Material and Properties

The sheath material used in PVC insulated cables provides an additional layer of protection from external elements such as chemicals, abrasion, and moisture. Common sheath materials include PVC, ethylene-propylene rubber (EPR), and chlorosulfonated polyethylene (CSPE). It is important to consider the sheath material and its properties before selecting a PVC insulated cable, as this can impact the cable’s performance and lifespan.

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    Assessing Environmental and Application Factors

Assessing Environmental and Application Factors

Lastly, evaluating environmental and application factors is crucial in selecting the right PVC insulated cable. Environmental factors such as temperature, humidity, and exposure to UV rays can affect cable performance, while application factors such as the length of the cable and the type of equipment it is connected to can also impact the cable’s performance. Therefore, it is important to consider all these factors before selecting a PVC-insulated cable to ensure the cable can withstand the intended application’s conditions.

Part - 5:Installation and Maintenance Guidelines for PVC Insulated Cable

PVC insulated cables offer numerous benefits for electrical installations, but they require proper installation and maintenance to ensure their optimal performance and safety. By following the tips and guidelines outlined below, you can help ensure the longevity and safety of your PVC insulated cables. Always follow the manufacturer’s guidelines when handling, installing, and maintaining PVC cables.

Tips for Proper Cable Installation
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    Tips for Proper Cable Installation

• Install PVC insulated cables correctly from the start to minimize risks and maximize performance.
• Route cables securely to avoid insulation surface damage.
• Maintain minimum distance between cable tray supports based on size and load of cables.
• Ensure proper grounding with high voltage cables for personnel and equipment safety.

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    Precautions during Cable Maintenance

Precautions during Cable Maintenance

• Regular inspections are necessary to identify physical damage that could cause hazards.
• Damaged insulation should be promptly repaired or replaced.
• Accurate records of maintenance activities and any issues encountered must be kept.

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    Ensuring Cable Safety and Longevity

Ensuring Cable Safety and Longevity

• PVC insulated cables require proper care to ensure safety and longevity.
• Avoid harsh chemicals when cleaning the cables, use a slightly damp cloth instead.
• To prevent degradation, store PVC insulated cables in a dry and cool place.
• Use appropriate tools when working with the cables to prevent damage to the insulation.

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    Common Troubleshooting Techniques

Common Troubleshooting Techniques

• Common troubleshooting techniques for PVC cables include visual inspection, Megger testing, and continuity testing.
• Visual inspection looks for visible signs of damage, such as cracks in the insulation.
• Megger testing uses high voltage, low current equipment to test the cable’s insulation performance.
• Continuity testing checks for breaks or cuts in the cable.

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    Factors Affecting Cable Service Life

Factors Affecting Cable Service Life

• PVC insulated cables have a limited temperature range where operating beyond this can lead to insulation degradation.
• Exposure to environmental conditions such as sunlight, moisture, chemicals, and rodents can damage the insulation.
• Mechanical stresses including bending or crushing of the cables can cause damage to insulation or conductor.

Frequently Asked Questions

A: PVC insulation serves to protect the conductor inside the cable from environmental factors such as moisture, heat, and abrasion. It also provides electrical insulation, preventing any contact between the conductor and other conductive materials.

A: PVC insulated cables are popular because they are affordable, easy to install, and offer good resistance to moisture, chemicals, and abrasion. They also have good electrical properties, making them suitable for a wide range of applications.

A: AWG stands for American Wire Gauge. It is a standardized system used to measure the diameter of wire and cable. The AWG rating indicates the thickness of the conductor, with lower numbers representing thicker wires.

A: Yes, PVC insulated cables are commonly used in automotive applications. They are suitable for low voltage systems and can withstand the temperature and environmental conditions typically found in automobiles.

A: Tinned copper refers to copper wire or conductor that has been coated with a thin layer of tin. Tinning the copper provides additional protection against corrosion, improving the durability and longevity of the cable.

A: Sheathing refers to the outer protective layer surrounding a cable’s insulated conductor. It provides an extra layer of protection against mechanical damage, moisture, and other environmental factors.

A: VDE stands for Verband der Elektrotechnik, Elektronik und Informationstechnik. It is a testing and certification organization based in Germany. VDE certification ensures that a product, such as a PVC insulated cable, meets the safety and quality standards set by the organization.

A: PVC insulated cables typically have temperature ratings ranging from 60°C to 105°C, depending on the specific type and application. It is important to choose a cable with a temperature rating that matches the intended operating conditions to ensure optimal performance and safety.

A: PVC insulated cables are used in various applications, including residential and commercial wiring, power distribution, telecommunications, automotive wiring, and appliance wiring. They are suitable for both indoor and outdoor use.

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