ADSS 4F / 8F All-Dielectric Self-Supporting Aerial Fiber Optic Cable

ADSS

Quick answer: what does this 4F/8F ADSS record cover?

The supplied BWNFiber record describes 4-fiber and 8-fiber G.652.D outdoor cable configurations for a self-supporting aerial route. Both source columns list an approximate cable diameter of 8.8 mm and an approximate cable weight of 62 kg/km. The record also lists a stranded loose-tube layout, FRP central strength member, water-blocking yarns and a black HDPE sheath.

These values identify a product shortlist; they do not approve an aerial route. The controlled 4F/8F datasheet must still confirm the complete tensile-strength system, span/load basis, sag, wind, ice, temperature, compatible fittings and table alignment before quotation approval or installation.

Product value summary

Use this page when the requirement is specifically a 4F or 8F G.652.D all-dielectric cable for a self-supporting aerial route. It keeps the two source configurations side by side, identifies which fields are shared or incomplete, and shows buyers what must be confirmed before the cable, hardware and drum plan can be released together.

Key source-listed features

• 4F and 8F fiber-count options
• G.652.D single-mode fiber
• One source-listed loose tube and five PP fillers for each configuration
• FRP central strength member, listed at 2 mm diameter
• Water-blocking yarns
• Black HDPE sheath entry
• Approximate cable diameter: 8.8 mm for both source columns
• Approximate cable weight: 62 kg/km for both source columns
• Source-listed optical values at 1310 nm and 1550 nm
• Source-listed 4,000 m packing row for GYFTKY 4/8C, subject to order-specific confirmation

Evidence boundary: the supplied record does not expose a complete controlled drawing, span rating, MAT, RTS, crush limit, bend radius, temperature range, applicable cable standard, test method or compatible hardware schedule. Those fields remain TBC — source required.

F and 8F construction table

Row-integrity rule: do not fill blank 8F cells by assumption. Confirm whether those cells were intentionally merged in the original source and obtain the complete drawing/BOM before publication.

Optical characteristics in the supplied record

The listed values are reproduced from the supplied V4 record for offline review. They must not be presented as lot-specific acceptance results or a complete installed-link loss budget. Connectors, splices and route losses are outside these fiber/cable values.

Interfaces and end condition

This record describes bulk outdoor fiber optic cable. It does not establish connectors, factory termination, pulling eyes, end caps, closures or splice interfaces.

• Cable end condition: TBC — source required
• Connector type and polish: Not applicable unless a pre-terminated scope is separately specified
• Closure, clamp and hardware interfaces: TBC — project drawing and hardware schedule required

Fiber and configuration options

Choose one complete source configuration:

Do not substitute G.657.A1/A2, multimode fiber, a different tube plan or a different sheath based on category-level availability. Any alternative needs a new controlled configuration and quotation.

Compatibility and application conditions

Intended application

• Self-supporting aerial telecommunications routes where an all-dielectric design is required
• ISP, telecom or utility-associated routes only after route-owner and engineering approval
• 4F or 8F capacity requirements using the confirmed G.652.D configuration

Not established by this record

• A universal permitted span
• Approval for any specific line voltage or attachment position
• PE-versus-anti-tracking sheath suitability for an electrical environment
• Duct, direct-burial, indoor, drop-cable or armored-cable suitability
• Compatibility with a particular suspension clamp, dead end or vibration-control device
• Fire, UV, rodent, water-ingress, certification or regulatory claims

How to select the correct 4F or 8F configuration

1. Confirm the network capacity. State working fibers, redundant fibers and planned reserve; do not select 8F only because it is the larger option.
2. Map the aerial route. Provide every span, the ruling span, route angles, crossings, attachment positions, clearance limits and maintenance access.
3. Define the load case. State wind, ice, temperature, altitude, pollution and vibration conditions used by the route engineer.
4. Close the construction gaps. Confirm the PBT tube, fillers, FRP, water blocking, full self-supporting strength layer, sheath and cable marking against one drawing revision.
5. Match cable and hardware. Use the confirmed 8.8 mm OD, cable weight and load values to select compatible suspension/dead-end hardware; do not select fittings from diameter alone.
6. Approve evidence and logistics together. Align the datasheet, drawing, test plan, drum length, markings, quantity, delivery destination and deviations before purchase-order release.

Differences from related cable pages

Use cases

The following are qualification scenarios, not BWNFiber case studies or route approvals:

• A rural ISP route that needs four or eight single-mode fibers between surveyed support points
• A telecom distribution link where an all-dielectric cable is required and the complete load/hardware design is available
• A utility-associated communications route where the line owner has defined the attachment environment and acceptance documents

If the project is a subscriber drop, duct route, direct-buried route or indoor pathway, start with the relevant cable family instead of forcing this product into a different installation method.

Testing and quality-control process

The supplied record does not include a BWNFiber test plan or lot-specific report. Before publication and order release, request:

• Controlled datasheet and cable cross-section for the quoted 4F or 8F configuration
• Fiber and tube plan, strength-system description and material schedule
• Optical test method, wavelengths, limits and sample/lot identity
• Mechanical and environmental test methods, severities and acceptance criteria
• Finished-cable diameter, weight, tensile, crush, bend and temperature limits
• Drum/lot identification, cable marking and inspection record format
• Project-required standards or certificates tied to the exact ordered product

Do not describe OTDR, attenuation or any factory test as completed until a named record for the ordered configuration is available.

Packing and procurement information

The supplied packing row lists GYFTKY 4/8C, a 4,000 m drum length and drum dimensions of D 960 mm, d 450 mm, B 680 mm and b 630 mm.

Treat this as a source-listed packing reference, not a universal order promise. Confirm the selected fiber count, allowable length tolerance, exact length per drum, gross/net weight, drum construction, end protection, markings and logistics limits in the quotation.

Price, MOQ, stock, lead time, warranty, Incoterm and delivery schedule: TBC — commercial confirmation required.

Information required for an RFQ

Send the following in one requirement file:

• Product reference: 4F or 8F G.652.D all-dielectric self-supporting aerial cable
• Exact fiber count and reserve requirement
• Route drawing or pole schedule, every span and ruling span
• Wind, ice, temperature, altitude, pollution and vibration inputs
• Line voltage and attachment position where applicable
• Required sag, clearances, MAT/RTS definitions and hardware scope
• Total length, length per drum, quantity and marking text
• Delivery destination, packing constraints and target schedule
• Required drawing, datasheet, test records, certificates and inspection points
• Any permitted deviations or substitution rules

Datasheet, drawing and test-report area

Primary CTA

Request a 4F/8F ADSS configuration review

Send BWNFiber the selected fiber count, route/span schedule, load conditions, required length per drum, quantity, marking and delivery destination. Ask for the controlled 4F/8F datasheet, construction drawing, load definitions, compatible hardware basis and test/document schedule before approving the quotation.

Which fiber counts does this page cover?

The supplied record covers 4F and 8F G.652.D configurations. Choose one complete row and confirm every shared or blank cell against the controlled datasheet.

Is 4F or 8F the better choice?

Choose from the working-fiber requirement, redundant path, future reserve, termination plan and network design. The larger count is not automatically the better procurement choice.

Does this page prove a permitted ADSS span?

No. No controlled span, sag, wind, ice, MAT, RTS or hardware basis was supplied. Route suitability remains TBC until engineering review is complete.

Are both cables 8.8 mm in diameter and 62 kg/km?

Those approximate values appear in both source columns. Confirm them against the controlled 4F/8F datasheet and the final cable drawing before selecting hardware or approving an order.

What fiber grade is listed?

The supplied record lists G.652.D. The listed optical values should still be confirmed against the current controlled fiber and cable documentation.

Is the cable suitable for use near power lines?

The product is described as all-dielectric and self-supporting, but that does not approve every power-line environment. The line owner or qualified engineer must confirm the attachment position, electrical-field exposure, clearances, sheath, loads and hardware.

What is missing from the construction record?

The Markdown does not clearly establish the complete self-supporting tensile layer or whether several blank 8F cells were merged from the original table. Obtain the original datasheet and drawing before publication.

Does the supplied image prove the 4F/8F construction?

No. The image shows multiple colored loose tubes and aramid yarn, while the supplied table lists one loose tube and five fillers. Keep the image out of publication until product-match review is complete.

Is 4,000 m the guaranteed drum length?

No. It is a source-listed packing row for GYFTKY 4/8C. The order-specific drum length, tolerance, weight, dimensions and logistics limits must be confirmed in the quotation.

Which connectors are supplied?

No connector or pre-terminated end condition is established in the supplied record. Treat this as bulk cable unless a separate controlled assembly specification states otherwise.

What should be included in a quotation request?

Include the chosen fiber count, route and load inputs, hardware scope, total and drum lengths, quantity, marking, destination, required documents, tests and commercial terms.

Can the optical values be used as a complete link budget?

No. The listed cable/fiber values do not include connectors, splices, engineering margin or route-specific factors. Build the link budget from the complete installed system.