Multi Core Computer Cable

What is Multi Core Computer Cable?

Multi Core Computer Cable is a cable composed of multiple independent conductors, which is usually used in computer systems and other electronic devices to transmit data, power or signals. Its structure usually includes multiple copper conductors, aluminum-Mylar shielding layer and copper braided shielding to ensure good electrical performance and anti-interference ability.

■ PRODUCT DESCRIPTION：
● Tinned or bare stranded copper conductor.
●Color-coded PVC or SR-PVC or PP insulation.
●Cores cabled under aluminum mylar shield.
●Tinned or bare copper drain wire.
●Drain wire laid between aluminum mylar and braid.
●Bare or tinned copper wire braid shield.
●PVC jacket.
●Rated temperature:80℃.Rated voltage:30 volts.
●Passes UL VW-1 vertical flame test.
●Reference standard：UL subject 758, UL1581.


■ APPLICATIONS:

● Forinternal wiring or external wiring of class 2 systems and equipment and electrical equipment.

Features

Conductor material: Tinned or bare copper stranded wire provides excellent conductivity.

Insulation material: Color-coded PVC, SR-PVC or PP insulation material for easy identification of different conductors.

Shielding design: Aluminum Mylar shielding layer and copper braided shielding are used to enhance anti-interference.

Drain wire: Tinned or bare copper drain wire, located between the aluminum Mylar shield and the braid layer, effectively protects the cable from electromagnetic interference.

Sheath material: PVC sheath, wear-resistant and protective.

Temperature and voltage level: Rated temperature is 80℃ and rated voltage is 30 volts, suitable for medium and low voltage environments.

Flame retardant performance: Passed UL VW-1 vertical burning test to ensure safety.

Advantages

High anti-interference ability: The shielding layer and drain wire design effectively reduce electromagnetic interference (EMI) and radio frequency interference (RFI).

Flexibility: The use of multi-strand stranded wire makes the cable more flexible and easy to install and wire.

Durability: The PVC sheath and high-quality insulation materials ensure that the cable has a long service life.

Safety: UL certified, meets strict safety standards.

Low voltage transmission: Suitable for safe use in low voltage systems.

Scope of use

Internal cable routing: For cable connections inside computer equipment and related electronic equipment.

External cable routing: Suitable for external cable connections in low voltage systems or equipment.

Class 2 system: For internal or external cable routing in class 2 systems and equipment.

Support customization

Color selection: Supports customized color coding of insulation materials.

Shielding material: Different types of shielding materials can be selected according to needs.

Conductor specification: According to actual needs, different specifications of wires can be customized.

Length and outer diameter: According to project requirements, cable length and outer diameter can be customized.

FAQ

Q1: What equipment is this cable suitable for?

A1: Multi Core Computer Cable is suitable for computers, industrial control systems, electrical equipment and other fields, especially in environments where anti-interference is required, such as data transmission, low voltage power supply, etc.

Q2: Does it support customization of different lengths and specifications?

A2: Yes, you can customize the length, specification, insulation material and number of wires of the cable according to specific application requirements.

Q3: Is this cable safety certified?

A3: Yes, the Multi Core Computer Cable has passed the UL VW-1 vertical burning test and complies with UL758 and UL1581 standards to ensure product safety.

Q4: What is the operating temperature and voltage of this cable?

A4: The rated operating temperature of this cable is 80℃ and the rated voltage is 30 volts, which is suitable for low voltage systems.

Q5: How to maintain this cable?

A5: The cable needs to be checked regularly for wear or damage, especially in high temperature, humidity or strong electromagnetic interference environments. It is recommended to replace damaged cables regularly to ensure safe use.