Outdoor Fiber Optic Enclosure Box Vertical Fiber Splice Enclosure
A strong housing protects optical fibers inside. This shields 2.5 mm ferrules carefully. The Fiber Optic Enclosure body is IP68-rated. So, dust is blocked completely by it. Also, water cannot enter easily. Made of strong polycarbonate, the enclosure lasts. You can secure cables up to 15mm wide.
Inside, trays hold 24 fusion splices safely. This fiber optic splice enclosure prevents signal loss. Besides, mechanical seals use 6-12 N.m torque. This box greatly prevents all signal loss. While the unit operates from -40°C to +85°C.
It works with G.657.A2 bend-insensitive fibers. Furthermore, its shell is 4mm thick. The Fiber Optic Enclosure has 8 ports. Therefore, connecting is easier, and it is flexible. Tight seals are at 0.5 mm clearance.
- Shields from harsh conditions outside.
- Organizes all fibers inside neatly.
- Connections are secure and will last.
Why is a Fiber Optic Enclosure Indispensable for Your Network?
This housing is crucial for network reliability. It uses 1.2mm thick plastic. Because, components need protection from different forces. The Fiber Optic Enclosure maintains stable signals. That is within 1310nm to 1550nm wavelengths. As a result, internal guides keep a 30mm bend radius.
A 3-point lock offers security. Because, cable retention force is over 100N. You can fit up to 48 SC adapters. Moreover, this enclosure works in 85% humidity. The Fiber Optic Enclosure lasts over 25 years. Thus, its dimensions are 400 x 185 x 95. Further, pigtails are ready for instant use. Finally, this box holds 12 protection sleeves.
Fiber Optic Enclosure Specifications
- Specifications
| Feature | Dome Type (Vertical) | Inline Type | Wall Mount | Rack Mount (1U) | Aerial Closure | Buried Closure |
| Material | UV PP, PC Blend | UV ABS | PC, UV Stable | Cold Rolled Steel | HDPE, UV Resist | Stainless Steel |
| Max. Capacity | 288f | 144f | 96f | 48f | 192f | 576f |
| IP Rating | IP68 | IP67 | IP65 | IP20 | IP68 | IP68 |
| Entry Ports | 1 Oval, 8 Round | 2 Oval | 4 Grommet | Pre-cut Adapters | 6 Round, 1 Oval | 4 Round |
| Sealing | Heat Shrink | Gel, Mechanical | Rubber Gasket | Brush Entry | Heat Shrink | Mechanical, O-ring |
| Temp. Range (°C) | -40 to +65 | -30 to +60 | -20 to +50 | -10 to +50 | -40 to +70 | -40 to +80 |
| Impact Resist | IK10 | IK09 | IK08 | IK07 | IK10 | IK10 |
Types of Fiber Optic Enclosures for Diverse Needs
Rack Mount Enclosures
These fit 19-inch standard server racks. Consequently, you install them in server rooms. 1U chassis height saves valuable space. A fiber optic rack mount enclosure provides access to ninety-six fibers. Moreover, trays provide access to 96 fibers. Connectors, like LC, ensure wide compatibility. Cold-rolled steel offers good structural integrity. The Fiber Optic Enclosure organizes cables. Front panels include many pre-cut adapter ports.
Wall Mount Enclosures
These boxes have a small 200x300x80 mm size. Thus, surface-mount design works for outside use. These boxes, like a fiber optic enclosure outdoor, have IP65 environmental safety.
These boxes have IP65-rated environmental safety. Polycarbonate, with UV, gives long life. Yet, these securely hold up to 24 fibers. Doors offer real physical safety. Also, the Fiber Optic Enclosure has many entry points. Consequently, managing spools are inside.
Outdoor Fiber Enclosures
These boxes mount on poles. Using stainless steel bands is beneficial. Plus, robust design uses strong thermoplastic material. The fiber optic wall mount enclosure
The Fiber Optic Enclosure features IP67 rating. Thus, they splice up to 144 fibers. Additionally, heat-shrink seals create a strong barrier. While, these ensure protection for 5mm cables. Finally, organizers help.
Splice Enclosures
Inline splice types have a round shape. The dimensions are about 450mm by 120mm. Subsequently, they are for direct burial only. The sturdy wall mount fiber optic enclosure uses a 2:1 heat-shrink seal.
The Fiber Optic Enclosure uses a 2:1 heat-shrink seal. It holds up to 288 fiber splices. Also, mechanical protectors are 45mm long. Consequently, helping with G.652.D standard fibers.
Key Considerations When Selecting a Fiber Optic Enclosure
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The IP rating, like IP65, shows solid resistance. As a result, it protects outdoor networks. Enclosures provide temperatures between -20°C and +60°C. Using UV stabilization is good. Further, the material should present 2000 PSI resistance. Selecting a corrosion-resistant finish is very important. So, coatings like powder coat are beneficial. The Fiber Optic Enclosure should resist fungal growth.
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A Fiber Optic Enclosure needs room to grow. While a unit starts with 48 ports, expanding to 96. You can fit extra splice trays. Therefore, trays hold 12 fibers each. Optimal slack storage is 2 meters. Consider modular designs for future needs. Adapter plates should allow different connector types. Adding 24 more ports should be easy. The internal layout must allow easy tracing.
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Pick wall or pole mounting, based on use. Select pre-drilled 4mm mounting holes. Clear fiber paths should be inside. Plus, grommets from 0.1 to 0.5 inches seal. Besides that, 6 zip ties organize cables. The enclosure weight should under 5 kg. Quick-connect fasteners speed up the installs. Therefore, labeled ports, 1 to 12, will help. The Fiber Optic Enclosure must follow building codes.
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Enclosures must feature lockable doors and a 2-point latch. Hinges need a 90-degree opening. Seals show unauthorized access. For this reason, authorized staff use a special key. Accordingly, material has 1000 pounds resistance. The enclosure color, could be gray or white. A record of access is always very useful. Security cameras, may watch the location.
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Your Path to Optimal Fiber Network Performance Starts Here
Choose the right housing for best results. Proper selection of the Fiber Optic Enclosure is critical. Consider port density, like 12 or 24. Assess cable entry points, like 4 options.
Review sealing, like IP68 or IP65 rating. Therefore, consider material strength, such as ABS plastic. Think about mounting style, wall or rack. Temperature is vital, -20°C to +60°C. Manage fibers using internal routing guides. Ensure connector compatibility, LC or SC type.
The box offers security via a locking feature. Available space in the rack is 1U or 2U. You can select color, black or white boxes. Weight is also key, under 3 kg is good. Splice tray number needed, such as 2 or 4. Select cable type, G.652.D or G.657.A1 needed. Finally, consider brand reputation for reliable use.
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Operational temperature is important. You can use the Fiber Optic Enclosure in very cold or hot places, since working from -40°C to +85°C, offering top performance.
Specified torque keeps things tight. Applying the right force, 6 to 12 N.m, to the mechanical seals, Fiber Optic Enclosure, is essential for sealing well and keeping signals clear.
Maximum cable size matters. If you have big cables, up to 15mm wide, fitting inside the Fiber Optic Enclosure is, absolutely, possible, offering secured protection, always.
Internal trays keep things neat. Holding 24 fusion splices safely is easy, so connecting many fibers, using the Fiber Optic Enclosure, helps for perfect setup.
Ingress protection is key. Because of IP68 rating for the Fiber Optic Enclosure. Blocking all dust particles completely, while stopping water, even underwater, for protecting all.
