Products

Single core XLPE insulated cable/wire features a plain annealed solid or strands circular copper conductor with XLPE insulation and PVC sheath. It is also referred to XLPE cable or CU/XLPE/PVC 0.6/1000V. The single-core insulated cables are available to make following the standard of AS 5000.1, IEC 60502, and BS7889.

Tinde provides high-quality 1.5 mm, 2.5 mm, 4mm, 6mm, 10mm, 16mm, 25mm, 35mm, 50mm, 70mm, and 95mm single core cable/wire for clients.

XLPE insulated 2-core power cables are typically used in power transmission and distribution systems, complying with IEC60502 standard, designated as CU/XLPE/PVC 0.6/1KV.

Circular conductors are used for sizes less than 16mm², while shaped conductors are used for sizes equal to or greater than 35mm².

Additionally, we can supply XLPE insulated two-core power cables according to BS7889.

Operating temperatures typically range between 90°C and 110°C, varying based on cable design and the specific XLPE compound employed. 

A two-core cable comprises live and neutral conductors only, suitable for 'Appliance Class II' (no earth connection).

XLPE insulated 3-core power cables are commonly employed in power transmission and distribution systems. These cables conform to IEC60502 standards with the designation CU/XLPE/PVC 0.6/1KV. Circular conductors are used for sizes below 16mm², while shaped conductors are used for sizes 35mm² and above. Additionally, we offer XLPE insulated three-core cables compliant with BS7889.

Operating temperatures can vary from 90°C to 110°C, depending on the cable's design and the specific XLPE compound used.

3-core XLPE cable: This type of cable is typically used to connect appliances like lamps or extension cords to power outlets. It consists of three cores: Live, Earth, and Neutral.

XLPE insulated 4-core power cables are normally used in power transmission and distribution systems. The 4-core XLPE cable is referred to as IEC60502 CU/ XLPE/ PVC 0.6/ 1KV. The circular conductor is applied for the size below 16mm² and the shaped conductor is applied for the size above and including 35mm². We can also supply the XLPE insulated electrical cable/wire 4 core according to BS7889.

Operating temperatures can range from 90°C to 110°C, depending on the cable design and the specific XLPE compound used. This allows for increased current-carrying capacity and potentially smaller conductor sizes, resulting in cost savings during installation and operation.

The structure of 3 cores+1 earth cable wire is designed for application where the earth wires are required according to customer requirements. This 3 core and earth cable/wire ais often referred 3 cores +1 cables XLPE insulated with voltage 0.6/1000v or IEC 60502 3 core and earth cable.

3 core plus earth cable has three conductors which are coded three different colors plus the earth. One of the main applications for this three core and earth lighting cable is when two way lighting is required, it provides the additional conductor between two switches operating the same light fitting.

Tinde provides high quality 1mm, 1.5 mm, 2.5 mm 3 core and earth cable 50m/100m for clients.

The structure of 3 cores+2 earth is designed for application where the earth wires are required according to customer requirements, featuring three main conductors for carrying three-phase alternating current (AC) and two separate conductors for protective earth connections. These cables are often referred to 3 cores +2 cables XLPE insulated with voltage 0.6/1000v or IEC60502 3 cores +2 cables.

A single-core cable has only one electrical conductor in an insulating sleeve. PVC insulated single core cables are normally used in the network power system and local power transmitting system. These PVC single core cables have a plain anneal strand or solid conduct with PVC insulation and sheath. Single core PVC insulated cable/wire is referred to as CU/PVC/PVC 0.6/1KV single core power cable. The standard is IEC 60502-1 and AS/NZS5000.1 in Australia market. 

PVC insulated two-core power cables are commonly used in transmission and distribution systems, which comply with IEC60502CU /PVC/PVC 0.6/1KV standards. Circular conductors are suitable for cables with a cross section of less than 16mm², and cables with a cross section of more than 35mm² (including 35mm²) are better with shaped conductors.

A 3 core PVC cable consists of three insulated conductors enclosed within a PVC sheath. Each conductor is typically color-coded for easy identification: red, yellow, and blue are commonly used.Circular conductors are recommended for cables with a cross-sectional area less than 16mm², whereas cables exceeding 35mm² (including 35mm²) are more effectively utilized with shaped conductors.

In electrical and electronic applications, the 4 core PVC cable stands out as a versatile and reliable solution. Composed of four insulated conductors within a PVC sheath, this cable type finds numerous applications across various industries and residential settings due to its specific advantages and capabilities.

A multi-core PVC power cable refers to an electrical cable that contains multiple insulated cores, typically used for power transmission and distribution.These cables are known as IEC60502 CU/PVC/PVC 0.6/1KV multi-core power cables. 

A 3-core + 1 ground PVC cable is a specific type of electrical cable commonly used for power distribution and wiring purposes.These cables are commonly referred to as 3-core +1 cables with a voltage of 600/1000V or IEC 60502 3-core +1 cables.

The cable construction of 3cores+2 ground wires is designed for applications requiring ground wires according to customer requirements. These cables are commonly referred to as 3cores +2 cables with a voltage of 0.6/1000 V or IEC 60502 3cores +2 cables.

The cable structure of the 4-core +1 ground wire is designed for applications requiring ground wires according to customer requirements. These cables are commonly referred to as 4-core +1 cables with a voltage of 0.6/1000v or IEC 60502 4-core +1 cables.

All Aluminium Alloy Conductors (AAAC) are used as a bare overhead conductor for power transmission and distribution lines that require a larger mechanical resistance than AAC, and better corrosion resistance than ACSR.