Outdoor Distribution Box

GL-FDB-H324 24-Core Outdoor Fiber Distribution Box

The GL-FDB-H324 outdoor fiber distribution box links feeder cable to subscriber drops at an FTTx termination point. A 340 × 240 × 96 mm PC+ABS housing brings together splicing, passive splitting and distribution, with 24-core capacity, two cable inlets, 24 outlets and IP65 protection. Wall and pole mounting, cassette-type SC adapter installation and a flip-up distribution panel support site-specific layouts; select the optical assembly within the listed maximum 1:24 split ratio.

SC Adapter Panel and Feeder Access

Configuration Features for Feeder-to-Drop Work

Assign the Two Inlets and 24 Outlets

The entry layout is specified as IN 2 OUT 24. Allocate feeder cables and outgoing drops on the node drawing before selecting seals and labels. This makes the cable path through the enclosure explicit when one feeder serves several customer connections or a second inlet is reserved for the planned route.

Size the Optical Circuit Within the 1:24 Limit

The stated maximum split ratio is 1:24, while the enclosure capacity is 24 cores. Select the splitter circuit, package and optical connections as a complete arrangement. Confirm module fit and the applicable loss measurements with the chosen assembly so the optical design follows the actual component list.

Specify the Cassette-Type SC Arrangement

SC adapters are installed in a cassette-type arrangement. Select the required adapter loading, matching pigtails and connector polish, then identify the output positions on the termination schedule. This gives assembly and field teams a common layout for assigning customer fibers and checking the installed components.

Keep Mechanical Fixing Ahead of Fiber Routing

Clamps secure feeder and drop cables while the enclosure combines splice fixation, reserve-fiber storage and distribution. Prepare the jacket transition at the appropriate fixing point, then route fibers through their separate paths. The selected cable construction and retention parts should be shown together in the installation instructions.

Use Panel Access for Feeder Preparation

The distribution panel flips up to expose the feeder work area, and an express port is described for feeder placement. Define the cable preparation, route and required through-fiber handling when specifying that entry. Leave clearance for the panel movement and the selected leads during inspection or later connection work.

Match the IP65 Housing to the Installation Kit

The fully enclosed PC+ABS body uses brackets and metal screw fastening, with an IP65 protection designation. Choose the wall or pole package to suit the site and include the corresponding cable seals and plugs. Review the closure and entry configuration as part of the acceptance requirements for the delivered assembly.

24-Core Outdoor Distribution Box Technical Data

The Φ16 mm entry is the listed cable diameter. Confirm the applicable feeder inlet and its seal range; size each drop seal separately for the actual drop cable. Cable-entry counts, fiber capacity and optical split ratio describe different parts of the configuration.

FTTH and FTTx Deployment Scenarios

Street-Level FTTH Drops from a Shared Feeder

A group of homes needs an organized place to separate feeder preparation from individual customer drops. Position the GL-FDB-H324 at the planned wall or pole distribution node and map the outgoing cables to its 24 drop outlets. Its 24-core capacity and listed 1:24 maximum split ratio provide the enclosure and circuit limits for that layout. Choose the passive splitter assembly and SC termination components for the network design. Before ordering, agree the inlet seals, drop-cable profiles, populated positions and output labels against the subscriber connection schedule.

Building-Entry Fiber Distribution with Internal Access

At a building entry, a crowded cable route can obstruct access when a technician adds or checks a customer connection. Use the GL-FDB-H324 as the feeder-to-drop junction, with cable clamping at the preparation points and pigtails routed to the cassette-type SC panel. The flip-up arrangement provides access to the feeder work area within the 340 × 240 × 96 mm housing. Confirm the wall fixing surface, lid clearance, splice loading and any splitter package. Specify the feeder-entry preparation and spare-fiber arrangement before approving the internal layout.

Campus Fiber Handover Between Outdoor and Indoor Routes

A campus route may bring an outdoor feeder to a building while requiring separate outgoing fibers for local network equipment. Install this distribution box at the agreed handover location and assign the incoming cable and building drops through their designated paths. Use the clamping, splicing and SC adapter arrangement to organize that transition, with the optical circuit selected for the connected equipment. Confirm cable construction and sealing, connector polish, mounting hardware and the environmental requirements at the site. The supplied configuration should follow the project drawing and connection list.

Plan the Wall or Pole Position

Select a location that supports the enclosure and its cable approach. For a wall, confirm the fixing pattern and substrate; for a pole, specify the support dimensions and matching bracket set. Allow the cover and distribution panel to open with the populated leads in place.

Route the feeder to its preparation point before arranging the drops. Check the cable jacket diameter, clamp parts and sealing components together, then record the fiber assignments and output labels on the node drawing.

Order Details for the GL-FDB-H324

For a quotation, send the cable schedule and proposed optical loading with the installation details. Glory Optical can review the GL-FDB-H324 enclosure assembly, component selection, project labels and packing against that specification.

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