Central offices and equipment rooms
Organize high-capacity termination, cross-connection and patching with defined service access.
32-Core Metal Optical Splitter Box organizes cable fixing, splicing, termination and protected distribution for access-network handoff points.
HJ-GFS-KJW-32C provides a 32-core metal splitter enclosure where module access and incoming-cable preparation can be organized separately. The hinged support allows a configured bank of plug-in splitters to serve the distribution map.
Approve installed module population and simultaneous output capacity. The source's two-in/one-hole entry notation and sheet-gauge ranges need resolution in the fabrication schedule.
Huijue Group can review OEM 32C metal assemblies, private-label circuit maps and drawing/sample-led brackets. Material feasibility, tooling, optical and ingress tests, order quantity and delivery scope must be confirmed.
Include splitter drawings, populated slots, cable entry allocation, polish and required material specification.
| 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 |
Thirty-two-core splitter distribution with a specified multi-module layout and metal-enclosure preference.
Assess coating, bonding and gland selection for the location rather than treating sheet thickness as an exposure rating.
Buyer Questions
Answers specific to 32-Core Metal Optical Splitter Box selection, configuration and purchasing.
It should list installed module quantities, ratios, output allocation and remaining service space.
That requires confirmation of aggregate optical capacity and mechanical routing; it is not established by a ratio option list.
Specify site corrosion conditions and required grade/finish, then confirm the ordered material and fabrication scope.
Use the deployment context to narrow the configuration before comparing dimensions, capacities and options.
Organize high-capacity termination, cross-connection and patching with defined service access.
Place splitter, terminal and distribution boxes at the correct feeder-to-drop transition.
Protect branching and splicing around cable entries, sealing, tray capacity and mounting method.
Reserve fibers, ports and internal routing space for staged subscriber or backbone growth.
Before quotation: confirm capacity, interfaces, installation environment, power conditions, quantity and required options.