24 Core Horizontal Waterproof Outdoor Fiber Optic Splice Closure
A fiber optic splice closure protects links. It’s a strong box for wires. This closure has a two-part base. Plus, it includes six entry ports. Closures keep water out well. They have an IP68 rating, ensuring safety. Mounting on poles is easy. Also, wall placement is simple.
The closure resists heavy impacts. Consequently, it meets IK08 standards. Inside, trays organize fiber joining. The trays with specific details follow a detailed fiber optic splice closure specification. The trays will hold 24 splices. Casings are made of polypropylene.
Because of this, cables are very safe. These accommodate 9.0 mm cables. Rubber gaskets create secure seals. Thus, temperature changes are blocked. The unit works from -40°C to +65°C.
Moreover, capacity reaches 144 cores. Bend radius control helps safely. Strain relief elements boost strength. Grounding components add more protection. Managing express cables is simple.
- Seals will keep all dry.
- Strong for any impacts.
- Organizing many links inside.
- Simple location set up.
What is a Fiber Optic Splice Closure?
A fiber optic splice closure is vital. It’s a shell for joining the fiber. Think of a vault for cables. This device has 48 adapters. Protecting with heat-shrink is key. The closure holds two splice trays.
Supporting various cables is possible. Shielding from all dust occurs. Applying mechanical splices is easy. Also, fusion splices work within. Durable polycarbonate forms. The closure is built for air. Protecting from sun rays. Storing extra slack cable. This closure supports ribbon cables.
Therefore, grommets seal input areas. Diameter reaches up to 16 mm. Humidity ranges up to 95%. Because of design, splice loss is low.
Fiber Optic Splice Closure Specifications
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| Specification | FOSC-H96A | FOSC-DOME96B | FOSC-INLINE144C | FOSC-AERIAL48D | FOSC-UG288E | FOSC-WALL24F |
| የፋይበር ብዛት | 96 cores | 96 cores | 144 cores | 48 cores | 288 cores | 24 cores |
| Entry/Exit | 4 ports, circular | 5 Ports, mixed | 6 Ways, circular | 2 ports, round | 8 entries, round | 2 ports, oval |
| Closure Seal | Thermoplastic | Gel Integrated | Rubber Compression | Grommet Seal | Heat Shrink | Latch System |
| Shell Material | Impact PP | UV PC | Modified ABS | Fiber Reinforced PP | High-Density PC | Rugged ABS |
| Protection Level | IP68 Certified | IP68 Compliant | IP68 Rated | IP67 Standard | IP68 Submersible | IP65 Enclosure |
| መጫን | Pole, Wall Mount | Vault, Pedestal | Pole, Strand | Strand Mount | Duct, Direct Bury | Wall, Surface |
| Tray Quantity | Max. 4 | Up to 8 | Max. 6 | Holds 2 | Up to 12 | 1 included |
Key Benefits of Fiber Optic Splice Closures
Environmental Protection
The enclosure shields delicate optical fibers. Its IP68 rating gives full dust safety. Submersion protection goes to 1.5 meters deep. The increasingly popular, 3m fiber optic splice closure provides great sun protection. The special material resists sun exposure. So, operating range is -40°C to +80°C.
The 24 ports have tight seals. Fiber optic splice closures keep things safe. Gaskets create an airtight space inside. Preventing condensation is key for these. The closure’s hermetic seal works perfectly.
Mechanical Strength and Durability
The shell of ABS is very strong. It can resist 500N of force. Internal brackets offer more support. Also, a steel lock adds much security. Hinges withstand many openings. This design also damps any shaking.
Walls are 10mm thick for safety. Clamps secure cables to prevent bends. Therefore, fiber optic splice closures prevent impacts. The design offers a long-lasting answer.
Versatile Deployment Options
Mount fiber optic splice closures in the air. Or, place them below the ground. You can also fix them to walls. A kit gives 12 steel bolts. Holes make mounting very easy. The small size fits tight places.
So, it supports cable sizes of 8mm-25mm. It allows access or branch setups. This is providing you needed flexibility. The closure holds 96 fiber links.
Simplified Fiber Management
Four trays organize up to 96 fibers. Also, each tray can hold 24 protectors. Guides help with fiber ID too. Fiber optic splice closures include slack storage. Limiters prevent bends over 30mm.
Entry ports use a cold-shrink style. Clear labels help with all records. The neat appearance comes from using tie-off points. Installing is much faster now.
Applications of Fiber Optic Splice Closures
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Fiber optic splice closures aid long networks. These are vital for mobile systems. And, they link offices at 100Gbps+. Closures help with home fiber setups. There is steady growth for the horizontal fiber optic splice closure market. These closures enable fast internet access.
Managing many fiber links is key. Moreover, they keep signals strong over distances. Heat-shrink tubes maintain low signal loss. They work for large area systems.
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These closures keep data links safe. Protecting server links is very crucial. They keep networks running reliably. Besides, the design minimizes any signal loss.
Closures house thousands of fibers, and they work in storage networks. Fiber optic splice closures protect fast links, but they also ensure constant data flow.
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These strong closures fit industry use. While they can face extreme heat changes. Their IP68 score ensures top protection. Special materials fight any corrosion.
Closures shield all fibers from shaking. For instance, they guard links in pipelines. Closures also work great in mines, but they are used on transport lines. Thus, this ensures all operations are continuous.
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Closures enable widespread internet access. They join points to many homes. Consequently, they aid passive optical networks, and closures can handle many users.
Their design fits many setups, while they give easy access to workers. Many options are offered by, China fiber optic splice closure suppliers like Dekam-Fiber for installations. This speeds up all the installation, plus, the design helps network growth. Sleeves ensure long use. Closures bring fast internet services.
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Choosing the Right Closure
Choosing a closure needs careful thought. You must assess fiber capacity needed. Consider how many entry ports you want. Check the IP rating, use IP68. Select fusion or mechanical trays. Check that the components operate within their proper temperature range. The materials used for closures should be polycarbonate or ABS. Proper protection is provided by a durable, fiber optic splice closure. Verify correct fiber type compatibility needed.
Think about where to mount it. Evaluate sealing, heat shrink or perhaps mechanical. Assess cable size fit, 8 to 18mm. Review loop space, like 2 meters. Check size: 400mm x 180mm x 100mm.
Consider weight, for example, 2.5 kg. Follow standards like Telcordia GR-771 here. A lock offers extra security now. Check for splice protection sleeves also. Bend radius is critical, use 30mm. A 2-year deal is great.
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Many closures use special rubber seals. Further, you press the parts together, and because of this, the closure becomes completely waterproof.
Some big closures hold 288 fiber connections. However, smaller ones are available, holding fewer fibers, depending on your exact demands.
Yes, you can! Some closures, such as the one named, FOSC-UG288E are built. Subsequently, burying directly underground ensures simple placement.
Inside, you find special trays. Next, the fibers fit neatly into those compartments, subsequently, organizing wires becomes much easier.
Splice protection sleeves are essential. You slide, next, heat these, over the joint. Because of this, creating protection is easy.
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