32-core Metal Optical Splitter Box HJ-GFS-KJW-32C adopts a separate fusion-splicing and distribution structure, with fusion splicing and optical distribution functions.
Meets the requirements for distribution and protection of 1~2 optical cables (Φ8~15mm) and terminal distribution of 4 plug-in type optical splitters (along with distribution pigtails or drop cables);
Adopts a sheet metal structure, made of galvanized sheet (stainless steel optional) with a thickness of 0.8~1.2mm;
Optical Splitter: Capable of installing plug-in type optical splitters (1:4, 1:8, 1:16, 1:32); Maximum core count: 32 cores;
Protection Class: IP55;
Equipped with a reliable fixing device for optical cables and drop cables;
The box can be equipped with a fiber parking position device and an optical cable pulling device;
The fiber distribution box adopts a hinged flap structure, enabling convenient and quick fiber fusion splicing and termination operations;
The box body adopts a sealed structure;
| Model | Product Dimensions | Weight | Material | Cable Inlet Holes |
| HJ-GFS-KJW-32C | 350*340*110mm | 3.2~4.3kg | Galvanized Sheet 1.0~1.2mm | 2 Inlets & 1 Hole |
| Product Configuration Table | |||||
| Serial No. | Name | Specification | Quantity | Unit | Remarks |
| 1 | Cabinet | 350*340*110mm | 1 | Set | Including internal structural components |
| 2 | Splitter Bracket | Flip-type | 1 | Set | 4 slots reserved |
| 3 | Optical Splitter | Plug-in SC | * | Set | Optional (1:4, 1:8, 1:16, 1:32) Maximum Quantity: 4 slots |
| 4 | Pigtail | Single-core SC | * | Piece | Optional (0.9mm pigtail, 2.0mm pigtail, drop cable available) |
| 5 | Fiber Splicing Tray Device | 12-core | 2 | Block | Maximum 2 blocks configurable |
| 6 | Heat Shrink Tube | Single-core heat shrink tube | 24 | Piece | |
| 7 | Fiber Protection Sleeve | 1 | Meter | ||
| 8 | Accessories | Installation accessories | 1 | Set | Standard configuration |
We provide professional optical fiber communication solutions tailored to different industries and application scenarios.
The FTTN (Fiber to the Node) solution involves laying optical fibers to node cabinets several miles away from users, then transmitting network signals to user terminals via traditional copper cables. It is an ideal choice for meeting the broadband upgrade needs of urban areas or communities, and is suitable for access requirements in small and medium-sized regions.
Urban and Peri-Urban Areas
Major Residential Areas and Communities