HT Power Control Cable

HT Power Control Cable Specification

Temperature
-30C to +90C

Connector Type
Lug / Terminal end

Conductor Type
Stranded / Solid

Cable Length
Standard & Customized

No Of Core
2 Core / 3 Core / 4 Core / Multi Core

Product Type
HT Power Control Cable

Material
PVC, Copper, XLPE

Function
Electrical Power Transmission and Control

Usage
Industrial, Commercial Power Distribution

Voltage Surge
Upto 33 kV

Frequency (MHz)
50 Hz

Rated Voltage
11 kV - 33 kV

Rated Current
As per cable size and application

Cable Capacity
High Transmission Capacity

Insulation Material
XLPE / PVC

Conductor Material
Copper / Aluminium

Length
Available in customized lengths

Size
As per customer requirement

Color
Black / Custom

Diameter
Varies as per size and cores

Application
HT Power Distribution, Control Panels

Outer Sheath
UV Resistant PVC / XLPE

Shielding
Optional Copper Tape / Braid

Armour Type
Steel Wire / Steel Strip / Unarmoured

Bending Radius
12 x Cable Outer Diameter

Installation Type
Direct Buried / Duct / Tray / Indoor / Outdoor

Fire Resistance
Flame Retardant

Short Circuit Rating
High, As per IS standard

Moisture Resistance
High

Test Voltage
3.5 kV AC for 5 minutes

Insulation Resistance
> 36 M-km

HT Power Control Cable Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
1 Days

About HT Power Control Cable

HT (High Tension) power and control cables are heavy-duty electrical cables used to transmit high voltage (typically (3.3 text{ kV}) up to (33 text{ kV})) and route control signals across industrial facilities, substations, and major distribution networks

Durable Design for Demanding Applications

HT Power Control Cables are constructed to withstand harsh environments with flame retardant materials, high moisture resistance, and a UV-resistant outer sheath. Whether installed directly underground, in ducts, trays, or substation control panels, these cables deliver long-lasting performance for both indoor and outdoor power distribution needs.

High Electrical Performance & Safety

Rated for voltages up to 33 kV and currents aligned with specific applications, these cables guarantee high insulation resistance and robust short circuit capacity. Rigorous testing, including a 3.5 kV AC test over 5 minutes, ensures operational safety and dependable control under demanding electrical loads.

Customizable to Project Requirements

Produced with copper or aluminium conductors in both stranded and solid forms, your HT Power Control Cable can be tailored by core quantity, color, connector type, and sheath material. This flexibility makes them suitable for unique industrial and commercial installations, ensuring seamless integration into your power infrastructure.

FAQ's of HT Power Control Cable:

Q: How are HT Power Control Cables typically installed?

A: These cables can be installed directly in the ground (buried), within ducts, on trays, or inside indoor and outdoor environments. Their robust design, including options for armouring and flame retardant sheaths, makes them suitable for a range of installation types and conditions.

Q: What benefits does the flame retardant and UV-resistant sheath provide?

A: The flame retardant sheath enhances fire safety by limiting cable ignition and flame spread. Meanwhile, the UV-resistant outer layer protects the cable from sun exposure, making it ideal for prolonged outdoor use and preventing premature degradation.

Q: When should I choose armoured versus unarmoured HT Power Control Cable?

A: Armoured cables (with steel wire or strip) offer better mechanical protection against physical damage and are recommended for direct burial or installations in areas with high mechanical risks. Unarmoured cables are suitable for protected indoor environments where such protection is not required.

Q: Where are these cables most commonly used?

A: HT Power Control Cables are widely used in industrial complexes, commercial buildings, substations, and power distribution networks-especially in control panels and systems that demand reliable, high-capacity power transmission and precise control.

Q: What process is followed for customizing cable size and length?

A: Based on project requirements, you can select core number, conductor type, sheath material, and color. Once specifications are provided, the manufacturer produces cables to exact dimensions and lengths, ensuring compatibility with diverse applications.

Q: How does the high insulation and test voltage contribute to cable safety?

A: With insulation resistance greater than 36 M-km and routine high-voltage testing at 3.5 kV AC for 5 minutes, these cables offer superior protection against electrical leakage, ensuring both operational safety and compliance with IS standards.

Q: What are the advantages of using copper or aluminium conductors in these cables?

A: Copper provides higher conductivity and efficiency for heavy-duty control and power transmission, while aluminium offers a cost-effective, lightweight alternative. The choice depends on the installation environment, current rating, and budget requirements.

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