Other Electricities
Other Electricities 24 Fibers Fusion Splice Tray .47" x 8.78" x 4.57
Holds and protects 24 fusion splices in a compact plastic tray measuring .47" x 8.78" x 4.57" for fibre distribution frames and splice closures
- TypeRack Enclosure
- Holds 24 fusion splices for high-density fibre management
- Plastic construction protects fibres and splice protectors from damage
- Ultra-slim .47" height fits tight rack spaces
- Supports 850, 1310 and 1550 nm wavelengths for multi-band networks
- Compact 8.78" x 4.57" footprint maximises cabinet capacity
24-Fiber Fusion Splice Tray
This tray organises and protects up to 24 fusion splices inside server racks and fibre distribution frames. It provides dedicated space for splice protectors and excess fibre length. Technicians use it to join bare fibres directly or to terminate pigtails for connection to active equipment. The plastic construction fits standard optical cabinets and FTTH terminal boxes.
Operating Wavelengths and Passive Design
The tray supports fusion work at 850, 1310 and 1550 nm wavelengths without active cooling or power. Its passive plastic body adds no heat or noise to the rack environment. Fibres remain protected during routine maintenance and reconfiguration. The tray simply occupies its allotted space in the enclosure.
24-Fibre Capacity
Each unit accommodates exactly 24 fibre splices, so the project’s total splice count decides whether one tray is sufficient. Networks requiring more terminations will need additional trays or a higher-density alternative. The fixed capacity also determines how many pigtails can be managed per tray.
Highlights
- Holds 24 fusion splices for high-density fibre management
- Plastic construction protects fibres and splice protectors from damage
- Ultra-slim .47" height fits tight rack spaces
- Supports 850, 1310 and 1550 nm wavelengths for multi-band networks
- Compact 8.78" x 4.57" footprint maximises cabinet capacity
Specifications
| Type | Rack Enclosure |
|---|
Questions about this item
How is the 24-fiber fusion splice tray mounted inside a rack enclosure?
The tray measures 0.47" high by 8.78" wide by 4.57" deep and fits standard rack enclosure slots; the step often missed is securing the fiber splice protectors and routing excess fiber before closing the tray cover.
What maintenance will the fiber splice tray need over time?
Inspect splice protectors and fiber routing periodically; replace any damaged protectors or clean fiber ends if signal loss appears at the 850, 1310 or 1550 nm working wavelengths.
What limit appears first when the tray handles continuous high-density splicing?
The 24-fiber capacity is the first constraint; once all splice positions are occupied, additional fibers require another tray.
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