Central offices and equipment rooms
Organize high-capacity termination, cross-connection and patching with defined service access.
Jumper-Free Optical Cable Cross-Connect Cabinet supports controlled feeder-to-distribution fiber cross-connection around 144 cores with serviceable cable and module organization.
A 1080 × 600 × 320 mm insulated double-wall body houses the listed 144-core tray arrangement. Rounded formed corners, brushed or powder-coated finish choices, gasketed locking and SC/FC interfaces are described.
The Jumper-Free Optical Cable Cross-Connect Cabinet is selected around a defined feeder-to-distribution workflow. A stainless-steel enclosure and integrated splice modules provide the physical termination point. Confirm the intended jumper-free mechanism because the source narrative also describes conventional patch connections.
For this jumper-free project, Huijue Group can review OEM supply, private-label finishing and customer samples or drawings. Connection feasibility, tooling, validation tests, quantities and delivery boundaries need approval.
Include the connection schematic, module layout, feeder sizes, adapter specification and desired finish.
| Cabinet Material | Stainless Steel Plate | Overall Dimensions (mm) | 1080×600×320 | ||||||
| Fiber Tray Capacity | 144 Cores | Weight (kg) | |||||||
| Standard Accessories | |||||||||
| Serial No. | Name | Unit | Quantity | Serial No. | Name | Unit | Quantity | ||
| 1 | Cabinet Body | Set | 1 | 6 | Optical Cable Fixing Device | Set | 1 | ||
| 2 | Nylon Cable Tie | Piece | 30 | 7 | Rubber Dust Ring | Piece | 10 | ||
| 3 | Expansion Bolt | Piece | 4 | 8 | |||||
| 4 | Fusion Splice Protection Sleeve | Piece | 144 | 9 | |||||
| 5 | 12-Core Integrated Tray | Piece | 12 | 10 | |||||
| Optional Accessories | |||||||||
| Serial No. | Name | Unit | Quantity | Serial No. | Name | Unit | Quantity | ||
| 1 | SC Pigtail | Piece | 12 | 3 | SC Adapter | Piece | 144 | ||
| 2 | FC Pigtail | Piece | 12 | 4 | FC Adapter | Piece | 144 | ||
Access-network cross-connect locations using a reviewed jumper-free operating procedure and controlled cable termination.
Verify exterior finish, cable sealing and grounding for the chosen site; no fixed IP value is established here.
Buyer Questions
Answers specific to Jumper-Free Optical Cable Cross-Connect Cabinet selection, configuration and purchasing.
A detailed mechanism is not established by the available record. Confirm module geometry and the circuit workflow for the supplied arrangement.
It is a tray-capacity description. Actual circuits depend on feeder/distribution allocation and installed accessories.
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.