extra high voltage cables
High Ampacity Cable
High ampacity XLPE cables deliver up to 15% higher current, operating at 105°C, ideal for extreme heat regions, enabling low-voltage and medium-voltage networks to avoid oversized conductors and reduce costs.
1
Conductor
Compacted Circular Aluminium Conductor (Trapezoidal Strands)
2
Conductor Screen
Extruded Semi-conductor Screening
3
Insulation
Cross Linked Poly Ethylene (XLPE) Insulation
4
Insulation Screen
Extruded Semi-conductor Screening
5
metallic screen
Open Helix Copper Tape
6
fillers
Non Hygroscopic Fillers
7
Separation Sheath
Extruded Poly-Vinyl Chloride (PVC ST-2) Separation Sheath
8
Armour
Galvanised Steel Flat Strip Armour*
9
Outer Sheath
Extruded Poly-Vinyl Chloride (PVC ST-2) Outer Jacketing**
*Round Wire Armour can also be provided on customer's request
**Polyethylene ST-7 or FR/FRLSH type outer jacket can also be provided as per customer's requirement.
Laying Conditions
Buried Direct in the Ground
Buried in a Duct
In Air
Customization Requests
The following customizations can be provided to customers on request
Round Wire Armour
Polyethylene ST-7 or FR/FRLSH type outer jacket
Detailed Technical Datasheets
FAQs
Got questions? We’ve got answers. Here’s everything you need to know about our products.
application
Where are high ampacity cables typically used?
When are high ampacity cables preferred over conventional power cables?
Are high ampacity cables suitable for underground installations?
Can high ampacity cables be used in retrofitting or network upgrades?
Are high ampacity cables used in renewable energy and data center projects?
features and benefits
What is the key advantage of high ampacity cables?
How do high ampacity cables help reduce space requirements?
Do high ampacity cables reduce transmission losses?
How do high ampacity cables improve network reliability?
Are high ampacity cables cost-effective in the long term?
technical specifications
What makes a cable high ampacity?
What conductor materials are used in high ampacity cables?
What insulation systems are used in high ampacity cables?
How is heat dissipation managed in high ampacity cable systems?
What operating temperatures can high ampacity cables handle?
certification and standards
Which standards apply to high ampacity cables?
What tests are performed to validate high ampacity performance?
Are high ampacity cables tested as a complete system?
How is long-term reliability ensured?
Are these cables suitable for critical power applications?
procurement and ordering
Can high ampacity cables be customized for project requirements?
What information is required to specify a high ampacity cable?
Are high ampacity cables compatible with existing cable accessories?
What is the typical lead time for high ampacity cable supply?
Do suppliers offer technical and installation support?
