Fiber Optic Enclosures Suppliers in Dubai,UAE
IFMEA
Phone: +97143296764
Emirate:Dubai, P.O.BOX:
Address:Dubai Branch : GF-01, Shams Business Park AL Garhoud , Dubai
Micronet Technology
Phone: 0505648497
Emirate:Dubai, P.O.BOX:182415
Address:Office 102, Rifa Old Building, Opp Palm Beach Hotel, Khalid Bin Waleed St, Bur Dubai
LAN GUARD
Phone: +971 2 6329170
Emirate:Abu Dhabi, P.O.BOX:
Address:M01 Floor, Princess Jewellery Building, Khaleefa Street, Abu Dhabi, United Arab Emirates
Microlink networks llc
Phone: +97145561557
Emirate:Dubai, P.O.BOX:
Address:Boulevard Plaza Tower One, Level 3, Downtown Dubai, United Arab Emirates
Bits Secure IT Infrastructure LLC
Phone: +971 43282444
Emirate:Dubai, P.O.BOX:3282444
Address:SUNTECH Tower - Office 903 - Dubai Silicon Oasis - Industrial Area - Dubai - United Arab Emirates
Wall Mount, Rack Mount ,Modular Enclosures ,Accessories , Price in Dubai, UAE
Fiber optic enclosures are encompassing terms for various housing units designed to protect, organize, and manage fiber optic cables and equipment in diverse applications. They offer essential functionality across various environments, ensuring the proper functioning and longevity of fiber optic infrastructure.Types of Fiber Optic Enclosures:
The specific type of enclosure best suited for your needs depends on the application and desired functionalities. Here are some common types:
Fiber optic panels: As discussed previously, these panels primarily focus on organizing and managing fiber connections within data centers, telecommunication networks, and other high-density environments. They typically house adapter panels for connecting cables and may include splice trays for permanent fiber fusion.
Fiber optic cassettes: These modular enclosures offer a pre-terminated and organized approach to managing fiber optic connections. They come equipped with connectorized modules like LC, SC, MTP/MPO, allowing for quick and easy installation within compatible racks or enclosures.
Fiber optic splice enclosures: These enclosures are specifically designed for housing and protecting fiber optic splice points. They provide a controlled environment for splicing fibers together, often used for network expansion, repair, or signal regeneration over longer distances.
Wall-mount enclosures: These enclosures are mounted directly onto walls and are suitable for situations where rack space is limited. They can house various components like patch panels, splice trays, or even active equipment.
Rack-mount enclosures: These enclosures are designed for installation within standard equipment racks, offering a structured and organized approach to managing fiber optic infrastructure within data centers and other IT environments.
Benefits of Using Fiber Optic Enclosures:
Protection: Safeguard sensitive fiber optic cables and equipment from dust, dirt, moisture, physical damage, and environmental hazards.
Organization: Promote efficient cable management, reducing clutter and improving airflow within cabinets or racks.
Scalability: Allow for adding or removing components as network requirements evolve, providing flexibility for future growth.
Simplified deployments: Pre-terminated solutions like cassettes facilitate faster installation and reconfiguration compared to individual cable terminations.
Enhanced accessibility: Enclosures often offer easy access to individual connections for maintenance or troubleshooting purposes.
Selection factors for Fiber Optic Enclosures:
Application: Consider the specific application and the functions required from the enclosure (e.g., organization, splicing, protection).
Size and capacity: Choose an enclosure with sufficient space to accommodate your current and future equipment or connection needs.
Environmental considerations: Select an enclosure suitable for the intended environment, considering factors like temperature, humidity, and potential exposure to dust or moisture.
Mounting options: Ensure compatibility with your existing rack or wall mounting systems.
Material and durability: Choose enclosures made from durable materials that can withstand the expected environmental conditions and potential physical impact.
