Confirm availability and current specification with Fibernet.
Connector-based termination with six SC duplex adapters.
Confirm availability and current specification with Fibernet.
Six round rubber cable-entry pieces for approximately 2.8 mm cables.
The practical challenge
A building fiber route needs a defined point for terminal connections while accommodating incoming cable and the correct outlet interface.
Floor distribution points often require compact mounting, controlled cable entry and a clear choice between connectorized patching and cable pass-through.
The Riser Box combines a wall-mounted, cold-rolled steel housing with U-shaped cable access and a choice of adapter-based or rubber-entry configurations.
A low-profile metal enclosure for building distribution locations.
U-shaped openings allow the riser cable to slide into the box.
Choose adapter outputs or rubber cable entries according to the installation.
Select by interface
The right variant depends on whether the floor connection requires installed fiber adapters or cable pass-through openings.
For connector-based termination with six SC duplex adapters in the listed ordering configuration.
For installations requiring six round rubber entries for cables approximately 2.8 mm in diameter.
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Illustrative connection path; not an internal wiring diagram or capacity claim.
Riser entry and routing
Engineering reference
The mechanical and configuration data below is taken from the supplied Fibernet Riser Box datasheet.
| Enclosure dimensions (W × D × H) | 200 × 169 × 35 mm |
|---|---|
| Weight | 1 kg |
| Construction | Cold-rolled steel |
| Mounting | Wall-mounted |
| Main cable entry | U-shaped, at upper and lower sides |
| Listed entry/exit positions | 2 |
| Splice capacity (specification table) | 12 fibers — confirm the applicable version before use |
| Adapter and cable options | FC / SC / ST / LC duplex; four PG entries up to 11.5 mm or six rubber entries for 2.8 mm cables, as configured |
| Ordering references | Q-OTB-K12-FBN; Q-OTB-K12-6RB |
Capacity clarification: The datasheet feature list mentions 24 fibers, while its specification table states a 12-splice capacity. The 12-splice figure above follows the table; confirm the supported capacity for the selected configuration before publication or procurement.
Typical installation contexts
The enclosure is documented for compact optical fiber termination and distribution, particularly within residential-building networks.
Provide a defined wall-mounted point for handling optical cable along a building riser.
Support local connections between the building fiber route and downstream termination points.
Use a compact metal enclosure for terminal fiber connections where a full-size distribution frame is unnecessary.
Talk to Fibernet
Share the building layout, riser cable diameter, preferred adapter type and expected splice count. Fibernet can help clarify the configuration to discuss.