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KEI 3 Core Armoured High Voltage Cable

KEI 3 Core Armoured High Voltage Cable Specification

Cable Length
100 Meter (m)

Product Type
KEI 3 Core Armoured High Voltage Cable

Material
Aluminium

Rated Voltage
3300 Volt (V)

Conductor Material
Aluminium

Diameter
4 Millimeter (mm)

KEI 3 Core Armoured High Voltage Cable Trade Information

Minimum Order Quantity
100 Meter

Supply Ability
100 Per Month

Delivery Time
7 Days

About KEI 3 Core Armoured High Voltage Cable

KEI offers High Voltage Cables with following special features adopting the site installation requirements.

Water/moisture resistant MV cables : Cables designs incorporating corrugated Aluminium sheath (CAS), corrugated Copper sheath (CCU), corrugated Stainless steel sheath (CSS), lead alloy sheath (LAS) or Polyethylene laminated Aluminium tape (APL) are most suitable cable designs to lay in conditions susceptible to water & moisture.
Flame retardant (FR), Flame retardant low smoke & halogen (FR-LSH), low smoke, zero halogen (LSZH) MV cables : At stringent places like hospital, cinema halls, shopping malls, tunnels, Airports, intermittent or continuous presence of flamable gaseous materials etc., cables subjected to fire are constructed with the above material for full safety.
Rodent & termite resistant MV cables : Cables are designed for robust protection needed to block rodents and polyamide jacket provides anti-termite protection.

Durable High Voltage Solutions

KEI 3 Core Armoured Cables are specifically designed to handle high voltage up to 3300V, ensuring safe and efficient power transmission. The armoured layer adds an extra degree of safety, guarding the conductor against environmental and mechanical damage. This makes them suitable for rigorous installations in commercial, industrial, and outdoor settings where reliability is paramount.

Aluminium Conductors for Optimal Performance

The use of aluminium as the primary conductor material offers a balance between conductivity and weight. Aluminium is corrosion-resistant and cost-effective, making it a popular choice for high voltage applications. Its 4 mm diameter and robust construction help minimize energy loss and enhance overall efficiency.

FAQ's of KEI 3 Core Armoured High Voltage Cable:

Q: How is the KEI 3 Core Armoured High Voltage Cable typically installed?

A: The cable is usually laid either underground or in cable trays, with careful grounding of the armoured sheath to protect against electric faults. Professional installation ensures optimal safety and performance.

Q: What applications are suitable for this 3 Core Armoured High Voltage Cable?

A: This cable is ideal for use in industrial facilities, power plants, commercial buildings, and outdoor electrical projects where high voltage and mechanical resilience are essential requirements.

Q: When should I choose an armoured cable over a non-armoured option?

A: An armoured cable should be chosen when the installation site is exposed to potential mechanical damage, such as underground applications or environments where the cable may be subject to external stress.

Q: Where can the KEI 3 Core Armoured High Voltage Cable be utilized most effectively?

A: It is most effectively used in locations that demand extra protection against environmental and physical hazards, such as underground trenches, industrial areas, and areas prone to heavy machinery movement.

Q: What is the manufacturing process for this armoured high voltage cable?

A: The process begins with forming high-purity aluminium conductors, which are then insulated, bundled into three cores, armoured with a protective metal layer, and finally covered with an outer sheath to provide durability and safety.

Q: What are the key advantages of using this aluminium armoured high voltage cable?

A: Key benefits include enhanced safety from the armoured design, lightweight and cost-effective aluminium conductors, excellent conductivity, a long 100-meter cable length, and suitability for demanding power applications.

Q: How does the 4 mm diameter affect the cable's performance?

A: The 4 mm diameter provides a sturdy cross-section that ensures minimal voltage drop and efficient current transmission, helping maintain performance integrity over longer distances.

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