Note
For detailed information about the Procedure for
BIS ISI Certification, visit:
BIS certification is essential for Crosslinked Polyethylene (XLPE) Insulated Thermoplastic Sheathed Cables as per IS 7098 (Part 3): 1993. This standard ensures that these cables meet the necessary safety, durability, and performance criteria required for extra-high voltage (EHV) applications. XLPE insulated cables play a crucial role in power transmission and distribution networks, industrial systems, and large-scale infrastructure projects. Their superior insulation, thermal properties, and resistance to environmental factors make them a reliable choice for demanding electrical systems. Compliance with IS 7098 (Part 3) highlights a manufacturer's commitment to delivering safe and efficient electrical solutions.
IS 7098 (Part 3) specifies the technical requirements for XLPE insulated thermoplastic sheathed cables used in EHV systems, typically for voltages above 33 kV. The standard defines critical parameters, including conductor material, insulation thickness, sheath composition, and cable construction. These cables are engineered to deliver excellent electrical performance, including high dielectric strength, thermal stability, and mechanical robustness. They are also designed to withstand environmental challenges like moisture, UV exposure, and chemical degradation. Extensive testing ensures their suitability for extreme conditions in high-demand applications.
| Product Name | Cross-linked polyethylene insulated thermoplastic sheathed cables |
| Applicable Indian Standard | IS 7098 (Part3) : 1993 |
| Applicable Certification Scheme | Product Certification Scheme (ISI Mark Scheme) Scheme 1 - Schedule 2 |
| Compliance Requirement | Mandatory |
| Quality Control Order | View QCO |
| Scope as per Standard | This standard, IS 7098 (Part 2), specifies the requirements for crosslinked polyethylene (XLPE) insulated cables with PVC or polyethylene sheaths. These cables are designed for use in single-phase or three-phase (earthed or unearthed) electrical systems for electricity supply purposes. |
Mandatory BIS certification under IS 7098 (Part 3) guarantees adherence to stringent national standards for safety and quality. For end users, it assures dependable performance in EHV applications, reducing risks of electrical faults, insulation failure, or overheating. For manufacturers, certification enhances market credibility, supports customer trust, and demonstrates compliance with critical infrastructure standards. It also provides a competitive edge, signaling a commitment to delivering safe, high-quality electrical products.
A streamlined process designed to ensure compliance, quality, and efficiency at every step.
Preparation and submission of required documents.
Filing the application with BIS along with applicable fees.
Inspection and evaluation of manufacturing facility.
Testing of product samples in BIS recognized laboratory.
Successful evaluation and grant of BIS ISI Mark license.
Watch our detailed video to understand each step involved in obtaining BIS ISI Mark Certification.
For detailed information about the Procedure for
BIS ISI Certification, visit:
The estimated time frame for obtaining BIS certification under IS 7098 (Part 3): 1993 is:
BIS certification under IS 7098 (Part 3) is a vital step in ensuring the safety, reliability, and performance of XLPE insulated thermoplastic sheathed cables for EHV systems. By meeting the requirements of this standard, manufacturers reaffirm their dedication to quality and compliance, fostering trust among clients and stakeholders.
For seamless guidance and support in achieving BIS certification for electrical cables, Aleph INDIA is your dependable partner, ensuring smooth adherence to national standards.
Partner with Aleph INDIA to simplify your BIS certification journey and ensure full compliance with IS 7098 (Part 3): 1993 for robust and high-performance packaging solutions.
BIS certification ensures that these cables meet stringent safety, quality, and performance standards for extra-high voltage (EHV) applications. It guarantees reliable insulation, superior thermal stability, and durability under challenging environmental conditions, making them ideal for critical power transmission and industrial uses.
These cables offer high dielectric strength, excellent thermal performance, and resistance to moisture, chemicals, and mechanical stress. The standard defines parameters for conductor material, insulation thickness, and sheath composition to ensure optimal performance in EHV systems.
The certification timeline varies depending on the manufacturer’s location:
Indian Manufacturers: Approximately 30 days
Foreign Manufacturers: Approximately 180 days
Compliance demonstrates a manufacturer’s commitment to quality and safety, enhances brand credibility, and ensures market acceptance. It also reduces the risks associated with non-compliance, such as electrical faults or system failures, which can lead to significant operational and financial losses.
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