24-144F Double-Sheath Armored Outdoor Fiber Optic Cable

Quick answer

This record may represent a GYFTY53 fiber optic cable covering 24–144F, but the model is not stated in the supplied source body. Do not create a new URL yet. Reconcile the model, armor stack and count-specific figures, then merge the approved 24–144F data into the existing broad product owner or create a model-specific page only after BWNFiber documents an independent SKU and commercial role.

Configuration identity and approval status

This candidate 24–144F configuration uses a stranded loose-tube construction, an FRP central strength member, water-blocking materials, inner and outer sheaths, and an armored layer. The source path and image filename indicate GYFTY53, but the supplied source body does not explicitly state the model. Use Model: TBC — source required until an approved datasheet or drawing confirms the designation.

In buyer language, this is a candidate double-jacket armored loose-tube cable and FRP strength-member armored fiber cable record. Those phrases describe the proposed structure; they do not resolve the model or approve the product for a route.

Do not approve the cable from the family name, fiber count or the words “armored” and “outdoor” alone. Confirm the installation method, complete layer stack, fiber grade, count-specific diameter and weight, mechanical limits, temperature range, cable marking and controlled document revision.

Primary CTA: Request a Configuration and Datasheet Review

Candidate product facts awaiting engineering approval

Candidate count-specific dimensions and mass

Keep each fiber-count row together. Do not apply one row’s diameter or mass to another configuration.

Candidate mechanical and environmental limits

Candidate optical characteristics

These figures are retained from the supplied BWNFiber draft as review data, not released specifications. Confirm the fiber supplier grade, test method and full optical matrix before publication.

How to select the configuration

1. State the route and installation method: duct, supported aerial, tray, tunnel, or a burial method documented for the exact model.
2. Select the fiber grade and count from the project’s optical design, branching plan, redundancy and reserve requirements.
3. Match the selected count to its own diameter and mass row.
4. Check the cable entry, pulling equipment, bend path, route loads, water exposure and grounding requirements against the approved drawing and installation instructions.
5. Freeze the model, layer stack, sheath material, marking, drum plan and required documents before comparing quotations.

Differences from nearby BWNFiber pages

• The existing broad live page owns the generic double-sheath central loose-tube armored cable intent and currently describes 2–12F and 2–24F variants.
• The local GYTA53 24–144F record lists a different strength-member/armor description and different count-specific diameter and mass values. Do not combine its values with this candidate configuration.
• The local GYFTY53 48F G.657.A1 record is a fixed 48F configuration with different construction and performance values. Keep it separate only if BWNFiber confirms an independent part number, controlled datasheet and commercial role.

Documents and inputs required for quotation

Send BWNFiber:

• reference model or approved construction drawing;
• route and installation method;
• fiber grade and count;
• required layer stack, strength member, armor and sheath;
• total length, length per drum, quantity and delivery destination;
• cable marking and color requirements;
• required optical, mechanical, environmental and compliance evidence;
• target schedule and any sample or witness-inspection requirement.

BWNFiber should return a configuration-specific quotation and identify any deviation from the requested construction. Availability, MOQ, lead time, certification and test-report scope are TBC — source required.

Related BWNFiber resources

• Use the fiber optic cable selection page to choose the route and cable family before approving a model.
• Compare only verified constructions in the armored and direct-burial cable category.
• Keep general burial planning on the direct-burial fiber optic cable guide rather than expanding this product page into a guide.
• Send the completed outdoor fiber cable RFQ through BWNFiber Contact Us after the model and document list are defined.

For a buyer searching 24F 48F 72F 96F 144F outdoor fiber cable, this page should route the user to count-specific specifications after engineering approval instead of presenting one blended family value.

Final CTA

Request a configuration and datasheet review

Send the route, fiber grade and count, candidate model, construction drawing or reference part, required length and drum plan, quantity, destination and document requirements. BWNFiber can identify the matching product record and the fields that still require engineering confirmation before quotation release.

Is the product model confirmed as GYFTY53?

No. GYFTY53 appears in the source path and image filename, but not in the supplied source body. BWNFiber engineering must confirm the model against an approved datasheet or drawing.

Does “armored outdoor cable” prove direct-burial suitability?

No. Armor describes a cable element; the installation method must be documented for the exact model and checked against the route, water, soil, mechanical and local project requirements.

Which fiber counts are covered by the candidate record?

The supplied record lists 24–144F. The count groups have different candidate diameter and mass values, so the selected row must remain tied to the quotation and approved document.

Which optical options are listed?

The record lists G.652.D single-mode and 50/125 μm and 62.5/125 μm multimode options. BWNFiber must confirm the exact commercially offered grade and the optical limits for the selected configuration.

Can values from the GYTA53 page be used for this cable?

No. The local GYTA53 record lists a different strength-member and armor description and different size and mass values. Treat it as a separate construction unless engineering issues a common controlled specification.

What should be checked before a sample or bulk order is approved?

Check the exact model, drawing revision, fiber grade and count, layer stack, dimensions, mass, mechanical and temperature limits, marking, drum plan, test requirements and accepted deviations.

Are connectors or polished end faces part of this bulk cable page?

No connector interface is specified. Connector type, polish, polarity and insertion/return-loss requirements belong to any separate pigtail, patch-cord or terminated assembly scope.

What test reports are available?

TBC — source required. State the required factory and project-acceptance records in the RFQ; do not assume that an OTDR trace or any other report is included.

What are the MOQ, price and lead time?

TBC — source required. These depend on the approved configuration, length, drum plan, quantity, documentation and delivery destination.

What should the final approval package contain?

Use a revision-controlled datasheet and construction drawing, quotation with deviations, agreed marking and drum schedule, and the project-specific inspection and document list.