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PVC Insulated Flexible Wire

This product is fit for AC rated voltage 450/750V and below of domestic electrical appliances of smaller size motorized tools of instruments of various meters and motorized lighting installations. Working temperature:Not more than 105℃ for RV-105 model.The other no more than 70℃.

Description

1.Application Of PVC Insulated Flexible Wire

PVC insulated flexible wire finds application in a wide range of electrical installations where flexibility, ease of installation, and durability are important.

Residential Wiring:

This wire is commonly used in residential wiring for various applications such as lighting fixtures, power outlets, switches, fans, and appliances. Its flexibility allows it to be easily routed through walls, ceilings, and floors, making it ideal for concealed wiring in homes.

Commercial Wiring:

It is widely used in commercial buildings for electrical installations such as lighting, power outlets, HVAC systems, and other electrical devices. Its flexibility and ease of installation make it suitable for commercial applications where wiring needs to be routed in conduit, conduit trays, or exposed conduits.

Industrial Wiring:

PVC insulated flexible wire is used in industrial settings for wiring of machinery, equipment, and control systems. Its flexibility allows it to be installed in tight spaces and harsh environments, making it suitable for industrial applications where wiring may be exposed to mechanical stress, vibration, moisture, or chemicals.

Automotive Wiring:

It is used in automotive applications for wiring of electrical systems in vehicles, including lighting, power distribution, sensors, and controls. Its flexibility and durability make it suitable for the demanding conditions and tight spaces in automotive wiring.

Appliances and Electronics:

Used in appliances, electronics, and consumer products such as refrigerators, air conditioners, televisions, computers, and audio/video equipment for internal wiring and connection of components. Its flexibility allows it to be easily routed and connected in small spaces within appliances and electronic devices.

DIY and DIY Projects:

PVC insulated flexible wire is commonly used in DIY (do-it-yourself) projects and electrical repairs where flexibility and ease of installation are important. It is used for wiring of lighting fixtures, switches, outlets, and other electrical devices in home improvement projects, renovations, and repairs.

2.Construction Of PVC Insulated Flexible Wire

PVC (Polyvinyl Chloride) insulated flexible wire is a type of electrical wire that is commonly used in various applications, including residential, commercial, and industrial settings. It is known for its flexibility, durability, and ease of installation. Here is a general overview of the construction of PVC insulated flexible wire:

Conductor:

The conductor is the core of the wire and is responsible for carrying the electrical current. It is typically made of copper or aluminum, which are both good conductors of electricity. The conductor is usually stranded, which means it is made up of multiple smaller wires twisted together to improve flexibility.

Insulation:

The conductor is coated with a layer of PVC insulation, which provides electrical insulation to prevent the flow of current to unintended areas and protects against electrical shocks. PVC insulation is known for its excellent electrical properties, durability, and resistance to moisture, chemicals, and abrasion.

Outer Sheath:

Some PVC insulated flexible wires may also have an additional outer sheath or jacket made of PVC or other materials. The outer sheath provides an extra layer of protection against mechanical damage, moisture, and environmental factors.

3.Parameters Of PVC Insulated Flexible Wire

Model	Name
RV	Copper Core PVC Insulation Flexible Wire
RVB	Copper Core PVC Insulation Flat Flexible Wire
RVS	Copper Core PVC Insulation Twisted Flexible Wire
RVV	Copper Core PVC Insulation Sheath Round Flexible Wire
RVVB	Copper Core PVC Insulation Sheath Flat Flexible Wire
RV-90	Copper Core Heat-resistak Losc PVC Flexible Wire

Specification Size and Technical Data

Nominal Section (mm²)	Core Structure No./Dia.(mm)	Max Dia.(mm)	Reference Weight(kg/km)
0.3	16/0.15	2.3	6.4
0.4	23/0.15	2.5	8.1
0.5	16/0.2	2.6	9.1
0.75	24/0.2	2.8	12.2
1.0	32/0.2	3.0	15.1

RV 450/750V

Nominal Section (mm²)	Core Structure No./Dia.(mm)	Max Dia.(mm)	Reference Weight(kg/km)
1.5	30/0.25	3.5	21.4
2.5	49/0.25	4.2	24.5
4	56/0.20	4.8	51.8
6	84/0.30	6.4	74.1
10	84/0.30	8.0	12.4

RVB 300/300V

Nominal Section (mm²)	Core Structure No./Dia.(mm)	Max Dia.(mm)	Reference Weight(kg/km)
2×0.3	2×16/0.15	3.5	21.4
2×0.4	2×23/0.15	4.2	24.5
2×0.5	2×28/0.15	4.8	51.8
2×0.75	2×42/0.15	6.4	74.1
2×1.0	2×32/0.20	8.0	12.4

RVB 300/300V

Nominal Section (mm²)	Core Structure No./Dia.(mm)<	Max Dia.(mm)	Reference Weight(kg/km)
2×0.3	2×16/0.15	4.3	12.8
2×0.4	2×23/0.15	4.6	16.2
2×0.5	2×28/0.15	5.8	22.9
2×0.75	2×42/0.15	6.2	29.6

RVVB 300/500V

Nominal Section (mm²)	Core Structure No./Dia.(mm)	Max Dia.(mm)	Reference Weight(kg/km)
2×0.75	2×24/0.20	7.6	50
2×1.0	2×32/0.20	7.8	57.8
2×1.5	2×30/0.25	8.8	74.7
2×2.5	2×49/0.25	11.0	120
3×0.75	3×24/0.20	8.0	63.1
3×1.0	3×32/0.20	8.4	74.0
3×1.5	3×30/0.25	9.6	102.0
3×2.5	3×49/0.25	11.5	162.0
4×0.75	4×24/0.20	8.6	78.5
4×1.0	4×32/0.20	9.2	97.2
4×1.5	4×30/0.25	11.0	133.0
4×2.5	4×49/0.25	12.5	204.0
5×0.75	5×24/0.20	9.4	96.9
5×1.0	5×32/0.20	11.0	115
5×1.5	5×30/0.25	12.0	158
5×2.5	5×49/0.25	14.0	249

RVVB 300/300V

Nominal Section (mm²)	Core Structure No./Dia.(mm)	Max Dia.(mm)	Reference Weight(kg/km)
2×0.5	2×16/0.2	3.8×6.0	27.7
2×0.75	2×24/0.2	3.9×6.4	34.5

RV-105 450/750V

Nominal Section (mm²)	Core Structure No./Dia.(mm)	Max Dia.(mm)	Reference Weight(kg/km)
0.5	16/0.2	2.4	10.2
0.75	24/0.2	3.0	13.5
1.0	32/0.2	3.2	16.4
1.5	30/0.25	3.5	21.4
2.5	49/0.25	4.2	34.5
4	56/0.30	4.8	51.8
6	84/0.30	6.4	74.1