PVC Insulated Heavy Current Cable

What is PVC Insulated Heavy Current Cable?

PVC Insulated Heavy Current Cable is a heavy current cable that uses polyvinyl chloride (PVC) as the insulation layer. The conductor is made of tinned copper or bare copper stranded, and can be equipped with tinned copper drain wire or copper braided shielding layer. This cable is widely used in the internal wiring of low-voltage electronic equipment and complies with UL 758 and UL 1581 standards.

■ PRODUCT DESCRIPTION：
● Tinned or bare stranded copper conductor.
● Color-coded PVC or PE or PP insulation.
● Tinned or bare copper drain wire.
● Tinned or bare copper wire braid shield available.
● PVC jacket, Non-migration PVC jacket available.
● Rated temperature：60℃. Rated voltage：30 volts.
● Passes ULVW-1 vertical flame test.
● Reference standard：UL subject 758，UL1581.

■ APPLICATIONS
●Internal wiring in low voltage circuits of electronic equipment.

Features of PVC Insulated Heavy Current Cable

PVC insulation layer: provides good electrical insulation performance to ensure safety.

Copper conductor: tinned or bare copper stranded conductor, excellent conductivity and good oxidation resistance.

Shielding options: optional copper braided shielding to reduce electromagnetic interference (EMI).

Rated temperature and voltage: can withstand high temperature of 60℃, rated voltage of 30V, suitable for low voltage applications.

Flame retardant performance: passed UL VW-1 vertical burning test to improve safety.

Durable PVC sheath: prevent external damage, some models support non-migrating PVC sheath to reduce the risk of material migration.

Advantages of PVC Insulated Heavy Current Cable

High conductivity: copper conductor ensures low resistance and improves current transmission efficiency.

Strong anti-interference ability: optional copper braided shielding to reduce external interference and improve signal stability.

Strong flexibility and easy installation: PVC sheath makes the cable more flexible and adaptable to different installation environments.

Strong durability: PVC insulation material is wear-resistant and aging-resistant, extending service life.

Affordable and applicable: PVC insulation has low cost and is suitable for large-scale applications.

Scope of use of PVC Insulated Heavy Current Cable

Internal wiring of electronic equipment: used for signal transmission and power connection of low-voltage circuits.

Industrial automation: suitable for low-voltage electrical systems such as control equipment and switching power supplies.

Home appliance applications: such as internal wiring of low-voltage home appliances such as power cords and control cables.

Audio equipment: used for signal transmission of audio equipment to reduce interference.

Is it customized?

Conductor type optional (tinned copper, bare copper, stranded or solid)

Insulation material optional (PVC, PE, PP)

Wire gauge optional (adjusted according to application requirements)

Shielding type optional (copper braided shield or unshielded)

Color and length can be customized

FAQ

Q1: What is the rated temperature of PVC Insulated Heavy Current Cable?

A1: The rated temperature is 60℃, which is suitable for low-voltage circuit applications in low to medium temperature environments.

Q2: Is this cable flame retardant?

A2: Yes, it meets the UL VW-1 vertical burning test standard and has certain flame retardant properties to improve safety.

Q3: What voltage range is this cable suitable for?

A3: The rated voltage is 30V, which is suitable for low-voltage circuits such as electronic equipment, household appliances, industrial control systems, etc.

Q4: Is it suitable for outdoor environments?

A4: The standard PVC sheath is suitable for indoor environments. If used outdoors, a model with an additional protective layer should be selected to enhance weather resistance.

Q5: Can this cable be used for high-frequency signal transmission?

A5: It is mainly suitable for power transmission in low-voltage circuits. For high-frequency signals, it is recommended to use cables with stronger shielding effects, such as braided shielding or aluminum foil shielding cables.

Q6: What is the difference between PVC sheath and non-migrating PVC sheath?

A6: Non-migrating PVC sheath reduces the risk of material migration and is suitable for applications sensitive to plasticizers, such as medical or precision electronic equipment.

Q7: How to store and maintain it to extend its service life?

A7: Avoid direct sunlight and humid environments during storage, avoid contact with chemical corrosive substances, and avoid excessive bending during installation.

For more information or customized requirements, please contact us!