Fibre FTTH ADSS Cable G265D 4KM Price in Kenya

Product details

Fibre FTTH ADSS Cable G265D 4KM Price in Kenya

The Fibre FTTH ADSS Cable, supplied in a 4KM length, is intended for aerial optical-network construction where the selected cable is designed to support itself between approved attachment points.

ADSS means All-Dielectric Self-Supporting. A correctly specified ADSS cable can be used in an outdoor fiber distribution network linking poles, splice closures, and access points along a planned route.

The listing designation “G265D” does not establish a verified fiber standard. The fiber grade, core count, cable diameter, span rating, and mechanical limits must be confirmed from the actual drum label and cable datasheet before ordering.

Key Specification

Features and Practical Benefits

Aerial network construction: A suitably rated ADSS cable supports overhead distribution where the route has been assessed for span length, terrain, and environmental loading.

Optical data transmission: The fibers carry optical signals between network points. Link capacity depends on the active equipment, optical budget, and network architecture.

Long supplied length: A 4KM drum can support route planning with fewer drum changes. It does not eliminate the need for joints, slack management, or intermediate distribution points.

Flexible network development: Select an appropriate core count to support present connections, spare fibers, and planned expansion.

Explore Reisen SEO’s fiber cable category, optical distribution frames, and fiber enclosures when building the complete route.

How to Install It

1. Verify the cable documentation. Confirm the fiber grade, core count, mechanical ratings, and supplied length.
2. Survey the route. Record pole spacing, road crossings, changes in direction, and attachment heights.
3. Select compatible hardware. Match tension clamps and suspension fittings to the cable diameter and rated loads.
4. Plan drum handling. Use suitable supports and installation equipment to avoid uncontrolled payout or twisting.
5. Install within tension limits. Monitor pulling force and avoid sharp changes in direction.
6. Set the specified sag. Follow the manufacturer’s sag-tension requirements rather than pulling the cable tight.
7. Splice and protect. Organize fibers in suitable closures and protect each fusion splice.
8. Test and document. Record optical measurements, fiber allocation, splice locations, and route details before commissioning.

Advantages and Disadvantages

Advantages

• Suitable for a correctly designed aerial route.
• All-dielectric construction.
• Useful bulk length for network deployment.
• Supports planned fiber distribution and expansion.

Disadvantages

• Requires engineered span and tension planning.
• Cable variants are not mechanically interchangeable.
• Installation needs trained personnel and appropriate equipment.
• The incomplete listing designation prevents confirmation of exact ratings.

Troubleshooting and FAQs

Does 4KM mean the cable supports only a 4KM optical link?
No. It describes the supplied length. Optical reach depends on the system design and total loss.

Can it be installed using any drop clamp?
No. Use hardware approved for the selected ADSS cable.

Can “G265D” be treated as G.652.D?
Do not assume that equivalence. Check the manufacturer’s documentation.

For related passive-network components, compare fiber optic solutions at Tawa.

Contact Reisen SEO with your required core count, route length, and span requirements for an accurate quotation.