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LT and HT Cables

Name: LT and HT Cables
Brand: Ganpati Electricals Pvt. Ltd.
Price: 3148-3523 INR
Availability: InStock

Price 3148-3523 INR/ Kilograms

Get a Price/Quote

MOQ : 500 Kilograms, ,

LT and HT Cables Specification

Efficiency
High conductivity, Low loss

Overheating Protection
Yes, insulation prevents overheating

Surface Finish
PVC/XLPE insulated

Operating Temperature
-30C to +90C

Connector Type
Cable End Lugs

Mounting Type
Floor/Underground/Aerial

Humidity %
Upto 95%

Insulation Material
PVC/XLPE

IP Rating
IP65 / IP67 (Depending on installation)

Shape
Round

Feature
Weather-resistant, Flame Retardant, UV resistant

Product Type
LT & HT Power Cable

Application
Industrial, Power Transmission, Distribution

Protection Level
High Dielectric Strength

Frequency (MHz)
50 Hz

Rated Voltage
LT: 1100V, HT: Upto 33kV

Output Type
AC

Color
Black/Grey/Customized

Dimension (L*W*H)
As per requirement

Weight
As per specification and size

Phase
Single/Three Phase

Input Voltage
As per system & standards

Size
Varies (1.5 sqmm to 1000 sqmm and above)

Connection Type
Cable

Material
Aluminum/Copper Conductor

Tensile Strength
High, as per IS/IEC standards

Sheath Material
PVC / XLPE / HDPE

Test Voltage
3.5 kV (LT); As per standard (HT)

Fire Resistance
Conforms to IS 7098 / IEC 60332-1

Number of Cores
Single Core, Multi-Core (2, 3, 3.5, 4, 5) as per demand

Armour Type
Galvanized Steel Strip / Aluminum Wire Armour

Storage Life
Long, subject to proper storage

Bending Radius
12 x Overall Diameter (minimum)

Standard
IS 7098, IS 1554, IEC, as applicable

Conductors
Stranded / Solid Aluminium or Copper

UV Resistance
Yes (Optional as per specification)

LT and HT Cables Trade Information

Minimum Order Quantity
500 Kilograms, ,

Supply Ability
15000 Kilograms, , Per Month

Delivery Time
1 Months

About LT and HT Cables

LT and HT Cables come with a Construction code which denotes the various types of materials used in it. This coding is according to Indian standards. With the help of H.T and L.T Cables construction coding we can identify the materials used in it. LT cables have insulation of materials like polyvinyl chloride (PVC) or cross-linked polyethylene (XLPE). They are underground cables used for transmission of power from transformers to distribution Switchgear. LT and HT Cables are very useful and easy to install.

Versatile Cable Options for Diverse Applications

Our cables support both low and high tension requirements, making them suitable for use in power transmission, industrial sectors, and distribution networks. Available with a range of conductors and core options, they can cater to single-phase or three-phase systems. Custom dimensions and sheath materials further enhance their adaptability to a multitude of installation environments, including underground, aerial, and floor setups.

Quality Assurance and Dependable Safety Standards

Manufactured as per IS 7098, IS 1554, and international IEC standards, each cable undergoes stringent quality control and voltage testing. Features such as flame retardance, UV resilience, and high dielectric strength provide a high level of safety and protection, making the cables suitable for demanding operational conditions. Proper insulation prevents overheating, ensuring operational stability even under heavy loads.

FAQs of LT and HT Cables:

Q: How do LT and HT cables differ in terms of application and voltage rating?

A: LT (Low Tension) cables are typically used for voltage ratings up to 1100V, while HT (High Tension) cables are designed for higher voltages, up to 33kV. LT cables are commonly utilized in residential and light commercial contexts, whereas HT cables are preferred for industrial power transmission and distribution networks requiring higher voltage and more robust insulation.

Q: What types of conductors and core configurations are available for these cables?

A: Our cables are available with solid or stranded aluminum or copper conductors, supporting both single-core and multi-core (2, 3, 3.5, 4, or 5 cores) designs. This flexibility allows them to be tailored for specific requirements, whether single-phase or three-phase power systems.

Q: When should I choose PVC, XLPE, or HDPE sheathing for my cables?

A: Sheath material selection depends on the installation environment and application needs. PVC offers good flame-retardant properties and is widely used, XLPE provides enhanced thermal and electrical performance for higher voltage and temperature tolerance, while HDPE is preferred for its excellent moisture and chemical resistance, especially in underground and harsh environments.

Q: Where can these cables be installed, and what mounting options are available?

A: These cables are suitable for a variety of installation settings, including underground, aerial (overhead), or floor-mounted applications. Thanks to their robust construction and high IP (ingress protection) ratings, they perform reliably even in humid or exposed conditions, offering weather and UV resistance as optional features.

Q: What benefits do these cables offer for industrial and power distribution applications?

A: These cables provide high conductivity, low power loss, excellent dielectric strength, and superior protection against fire, UV, and environmental factors. Their compliance with IS/IEC standards ensures durability, and their customized sizes and configurations allow for efficient power transmission and distribution while minimizing operational downtime.

Q: How is cable safety ensured during operation and installation?

A: Our cables are equipped with insulation materials that prevent overheating, conform to fire resistance standards (IS 7098/IEC 60332-1), and meet bending radius and tensile strength requirements. Adherence to stringent quality and testing protocols assures safety during both installation and long-term operation.

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