What Are the Key Features of Wall-Mount Fiber Enclosure?

With the rapid development of the Internet of Things (IoT), fog computing, and micro data centers, fiber optic cabling is facing increasingly complex network environments and management challenges. To address these demands, FS has introduced a wall-mounted fiber enclosure, offering versatile installation options to accommodate cabling needs in various scenarios. This article provides a detailed introduction to the product features, technical advantages, and frequently asked questions about this wall-mounted fiber enclosure.

FS FHD® Wall-mount Fiber Optical Enclosure Outlook

A fiber optic enclosure is a key infrastructure device in fiber optic communication networks. It is primarily used for the termination, splicing, distribution, and management of fiber optic cables, providing a safe and organized environment for fiber connections. This wall-mounted fiber enclosure is especially designed for space-constrained environments. Its most notable feature is its ability to be wall-mounted, making it ideal for installations where space is limited. The enclosure can stack up to three individual units and function as a single wall-mounted unit, allowing for capacity expansion without taking up additional wall space. The built-in splice tray and cable management unit offer options for splicing and cable routing to meet a variety of needs. Read Understanding the Role of Fiber Enclosure in Data Center to get more information.

Why Choose FS Wall-mount Fiber Enclosures

A Range of Installation Options

The mini wall-mount fiber splice enclosure offers a range of installation options to suit different needs including wall mounting, surface mounting, DIN rail mounting, and partition wall mounting. The wall and surface mounting are the most used methods that the fiber optical enclosure can be deployed on walls by brackets or sit simply on a flat surface like a desk.

For users who need to use limited space efficiently, the DIN rail installation of this wall mount enclosure is perfect. It can be easily installed on DIN rails, eliminating the need for additional mounting hardware or rack space.

For the partition wall mounting, it's recommended to deploy in certain environments such as offices or server rooms with partition walls. This wall mount enclosure can be mounted directly onto the partition wall by special mounting brackets or wall anchors.

Stacking Function

The wall-mount fiber optical enclosure features stacking capability, allowing up to three independent fiber splice enclosures to be stacked together as a wall-mounted unit. This stacking functionality enables capacity expansion without occupying additional wall space, resulting in space savings. By stacking the enclosures, users can effectively utilize the vertical space while maintaining a compact footprint, making it an efficient solution for maximizing capacity in a limited area.

Multiple Fiber Cabling Options

The wall mount enclosure supports multiple fiber cabling options:

High Density Interconnect Cabling: By using a fiber optic panel or fiber cassette (excluding 36F), the enclosure allows for high-density interconnect cabling, up to 24 Fibers (LC) or 288 Fibers (MTP®-24). These components facilitate the connection and organization of fiber optic cables, enabling efficient and reliable connectivity.

Fiber Cable Splicing Cabling: The mini wall-mount fiber enclosure has built-in fiber splice trays with cable management features. These trays protect and isolate the fiber optic cables and fiber cores during initial installation and fiber cable splicing, ensuring proper organization and protection of the spliced fibers.

Physical Protection

The all-steel fiber enclosure provides robust physical protection for fiber cable routing, splicing, and connections. It ensures reliable protection and management of sensitive fiber optics. The fiber splice enclosure includes a cable management system, central reinforcement bracket, and bend limiters to safeguard and securely route all sensitive optical fibers. These features help prevent fiber damage due to excessive bending or accidental impact, ensuring the integrity and longevity of the fiber optic infrastructure.

FAQ

Q: How many ports do common wall-mounted fiber optical enclosures have?

A: Fiber optic enclosures come in various sizes to accommodate different port counts. The most common standard sizes include 1-port, 2-port, and 4-port enclosures. The final choice depends on your needs and the design of your existing fiber optic network.

Q: Which fiber optic connectors are most commonly used with these enclosures?

A: Most high-quality fiber optic enclosures support multiple types of fiber connectors. The most commonly used types include LC, SC, and MTP® connectors. FS wall-mounted fiber splice enclosures support various modular cabling solutions, designed for interconnect or cross-connect applications in controlled indoor environments.

Q: What accessories are included with fiber optic enclosures?

A: Each enclosure comes with an accessory kit that includes rubber grommets, slack spools, location labels, etc. The rubber grommets can be flexibly trimmed as needed to minimize dust ingress. Slack spools facilitate cable routing and proper installation, while position labels enable easy identification and quick deployment.

Q: What is the difference between rack-mounted and wall-mounted fiber optic enclosures?

A: Rack-mounted fiber optic enclosures are specifically designed for installation in standard 19-inch racks, making them ideal for data centers or telecom rooms. They typically support higher port densities and may come with sliding trays as standard. In contrast, wall-mounted fiber optical enclosures have a smaller footprint and are better suited for compact spaces or locations where rack installation is not feasible. They are primarily used in offices, small businesses, or as part of larger network deployments.