Terminal Aerial Drop Closures IFO "H" Series
iFiber Optix’s IFO "H" Series Terminal Aerial Drop Closures are wiring line devices for user distributions in FTTH systems, providing protection and management for fiber cables used for terminating, cable branching, and cross-connection.
Product Overview
The FTT-H08 serves as a termination point for feeder cables connecting to drop cables in FTTx communication networks. Fiber splicing, splitting, and distribution can be performed within this rugged enclosure, providing solid protection and management for FTTx network infrastructure.
Design Note: Available in indoor/outdoor configurations and distribution/optic-split types for FTTH-ODN user access points, ensuring reliable performance in aerial, wall-mount, and pole installations.
Technical Specifications
| Parameter | Details |
|---|---|
| Product Type | Terminal Aerial Drop Closure |
| Series | IFO "H" Series (FTT-H08) |
| Application | FTTH/FTTx ODN networks |
| Cable Capacity | Feeder to drop cable termination |
| Functions | Splicing, splitting, distribution |
| Types | Indoor/outdoor, distribution/optic-split |
| Material | High-strength engineered plastic |
| IP Rating | IP65 (outdoor models) |
| Mounting | Aerial, pole, wall mount |
| Capacity | 8-24 fibers typical |
| Connectors | SC, LC, or pigtail termination |
Key Features
- Multi-Function Design Supports fiber splicing, splitting, and distribution in a single compact enclosure for complete FTTH termination.
- Rugged Environmental Protection IP65-rated outdoor models withstand harsh weather conditions while protecting sensitive fiber terminations.
- Flexible Installation Aerial, pole, and wall-mount options adapt to various deployment scenarios in FTTH network architectures.
- Easy Field Access Tool-less entry design simplifies technician access for splicing, maintenance, and network expansions.
Dimensions & Applications
Primary Applications
- FTTH Networks: Aerial drop terminations
- FTTx ODN: Feeder-to-drop connections
- Outdoor Deployments: Pole/wall-mounted splicing