The Netsys NS-FP8686-SH-1P is a high-quality, single-port fiber optic wall outlet (Faceplate) specifically engineered for clean and efficient fiber termination in Fiber-to-the-Home (FTTH), Fiber-to-the-Desk (FTTD), and commercial office environments. This model combines a compact footprint with essential safety features to ensure long-term network reliability.
Key Features
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Single-Port Configuration (1P): Optimized for streamlined, single-connection setups, making it the perfect termination point for individual subscriber lines or dedicated workstation links.
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Integrated Dust Shutter (SH): Equipped with a spring-loaded internal shutter that automatically closes when no patch cord is present. This protects the internal connector from dust and debris while shielding users from direct laser exposure.
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Universal 86x86mm Design: Adheres to the standard international 86mm square form factor, allowing for easy installation into existing electrical wall boxes and mounting frames.
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Safe Bend Radius Management: The internal architecture is designed to guide fiber pigtails smoothly, ensuring the glass fiber never exceeds its minimum bend radius, which prevents signal attenuation and breakage.
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Premium Material: Built from flame-retardant, high-impact ABS plastic, providing a sleek white finish that blends into modern residential and professional interiors.
Technical Specifications
| Feature | Specification |
| Model | NS-FP8686-SH-1P |
| Port Count | 1 Port |
| Dimensions | 86mm x 86mm |
| Protection | Automatic Spring-Loaded Dust Shutter |
| Adapter Compatibility | Fits 1x SC Simplex or 1x LC Duplex Adapter |
| Material | Flame-Retardant ABS |
| Installation | Wall-mounted (Flush or Surface) |
Best Use Case
The NS-FP8686-SH-1P is the go-to solution for standard FTTH residential drops where only one main connection is required to feed an internet router or ONT. It is also highly effective for hospital and educational environments where dust protection and safety shutters are mandatory to prevent tampering or contamination of the optical link.

























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