1×5 80/20 Unbalanced PLC Splitter, SC/APC, ABS Module, 3 m

BWNF-PLC-ABS-1×5-80-20-SCAPC-3M

This 1×5 PLC splitter uses a nominal 80/5/5/5/5 output map: one output receives 80% of the input power and four outputs receive 5% each. The photographed configuration has SC/APC terminations, G657A 3.0 mm pigtails, 3 m length and a black module recorded as 100 × 80 × 10 mm on its test report. Use it only where the approved optical design calls for this unequal port map.

Primary CTA: Request an exact-model review and quotation. Send the required port map, OLT/ONT or system wavelengths, shortest and longest path budgets, host-module space, connector schedule, quantity, destination and required acceptance documents. BWNFiber should return a model-matched quotation and identify any missing specification or evidence before order release. TBC — sales/engineering workflow approval required.

Short answer for buyers

This is not an equal 1×5 splitter. The supplied label and report show one nominal 80% output and four nominal 5% outputs. Confirm the physical output labels before installation, and use maximum approved device loss—not the nominal power percentage or this one-unit example—when closing each route budget. The ABS module still requires a suitable host enclosure and approved routing space.

Technical-reference disclaimer: The measured figures below apply only to the photographed report/unit and are not a guarantee for another serial number or order. Final design and acceptance must use an approved model datasheet, order specification and project test method.

Key configuration facts

• 1 input and 5 outputs
• Nominal output map: 80/5/5/5/5
• SC/APC terminations on the photographed unit
• G657A fiber recorded on the report; A1/A2 subtype is TBC
• 3.0 mm pigtails, 3 m length
• Reported operating wavelength: 1260–1650 nm
• Reported module size: 100 × 80 × 10 mm
• Serial-level IL and PDL results recorded at 1310 nm and 1550 nm

Technical specifications

Port map: do not interpret 80/20 as two outputs

The two-number description 80/20 is shorthand for one 80% path plus four outputs sharing the other 20%. Put the complete 80/5/5/5/5 map on the quotation, drawing, label schedule and acceptance record.

Example measured results for the photographed unit

The values below are transcribed from the supplied Final Test Report for the photographed unit. They are evidence for that report/serial, not guaranteed maxima for every unit or order. A released datasheet and order-specific acceptance limits must control design and procurement.

Do not use nominal split percentages as insertion-loss values. For a design, use approved maximum IL at every required wavelength and include connectors, splices, fiber, other passive devices and design reserve. Each shortest and longest path must pass separately.

For the system-level method, build the end-to-end fiber loss budget and validate the splitter against the approved ODN design.

Interfaces and host conditions

The photographed assembly uses SC/APC connectors on 3.0 mm pigtails. Match APC interfaces only to compatible APC adapters and clean/inspect every end face before connection. Do not mix APC and UPC interfaces.

The ABS module is not a stand-alone outdoor enclosure claim. Before approving the host box, verify:

1. available mounting area against a dimensioned drawing;
2. pigtail exit direction and strain control;
3. routing clearance and minimum bend limits for the complete pigtail construction;
4. adapter or pass-through capacity for the input and five outputs;
5. environmental, sealing, fire, UV and mechanical duties assigned to the host enclosure.

Application and compatibility conditions

This unequal port map can be evaluated for an approved distributed or cascaded optical design that needs one higher-power path and four lower-power paths. The network owner or authorized designer must assign the ports and verify every path.

Do not infer GPON, XGS-PON, CATV, LAN, equipment-brand or reach compatibility from the splitter label alone. Confirm wavelengths, transmitter/receiver limits, minimum and maximum path loss, connector interfaces, other passive devices and the installed acceptance method.

Non-fit conditions

Do not use this configuration when:

• the design requires five equal outputs;
• the approved port map or output labels differ;
• the 80% or any 5% path fails its allowed loss window;
• the host lacks verified module space, pigtail routing or connector capacity;
• the project requires an IP, flame, UV, waterproof or mechanical rating that has not been established for the complete installed assembly;
• the procurement specification requires a certification or compliance record that is not available for the exact order.

How to select and release the correct configuration

1. Freeze the full nominal map as 80/5/5/5/5; do not issue a PO using only 1×5 PLC.
2. Assign each physical output to a named route or function in the approved design.
3. Calculate the shortest and longest path at every required wavelength using approved maximum values.
4. Confirm the host dimensions, mounting, exits, routing, connector polish and dust protection.
5. Reconcile the public SKU, label part number, drawing number and test-report identifier.
6. Agree on the datasheet revision, sample plan, acceptance limits, test wavelengths and report format.
7. Release the quotation/PO only after open items have owners and due dates.

Difference from related splitter options

This table is a configuration screen, not a universal performance comparison. Compare approved model records rather than technology labels.

To browse broader options without mixing their specifications into this record, compare cassette PLC splitter configurations, review the PLC splitter product range, or open the fiber optic splitter product directory.

Testing and acceptance

The supplied report provides a useful example of per-output IL and PDL at 1310 nm and 1550 nm. Before an order is released, define:

• whether values are maximum limits or measured results;
• test wavelengths and launch/reference method;
• whether connectors are included in the test plane;
• instrument calibration and report traceability requirements;
• return-loss/directivity method and acceptance operator;
• sampling level or 100% test requirement;
• retest and nonconformance disposition;
• relationship among SKU, label, serial number, report and packing list.

TBC — BWNFiber QA must confirm the standard test/release process and which documents can be supplied.

Packaging and procurement information

MOQ, unit price, stock, lead time, packaging, warranty, Incoterms and document availability are TBC — commercial source required. Do not reuse values from third-party marketplaces or the Sijee page without a current BWNFiber quotation and owner approval.

Required RFQ information

Send:

• project name and destination country;
• required full output map: 80/5/5/5/5;
• intended port assignment and network diagram;
• system wavelengths and equipment models/classes;
• shortest and longest path-loss worksheets;
• host-enclosure drawing and available module/routing space;
• SC/APC input/output schedule and label requirements;
• pigtail diameter and length;
• quantity and requested delivery date;
• required datasheet, drawing, test report, declaration/certificate and inspection scope;
• sample qualification and batch acceptance requirements.

Downloads — HOLD until approved

• Model datasheet: TBC — source required
• Dimensioned drawing: TBC — source required
• Blank/example test-report format: TBC — QA approval required
• Exact-SKU compliance declaration/certificate: TBC — source required

Do not offer a download until the controlled file, revision, model applicability and public URL have been verified.