Dome/Vertical Type Optical Fiber Splice Closure
Dome/Vertical Type Optical Fiber Splice Closure is a closure box used to splice and safeguard outdoor optical fiber connections. It is mainly used in aerial and direct buried applications.
Bonelinks offer a variety of dome fiber closure models and sizes with different port types, fittings and fiber core numbers to meet your specific network requirements.
What is Dome/Vertical Type Optical Fiber Splice Closure?
Fiber optic closures connect, splice and store outdoor optical cables. They are designed to withstand extreme weather conditions, including harsh environments and temperature changes. They can be mounted on a pole, attached to the wall or buried underground. They are made of high quality engineering plastics and have excellent performance, such as acid and alkali salt resistance, anti-aging, and good tensile strength.
There are many different types of fiber optic closures available on the market. They differ in terms of size, shape and the number of ports. The number of ports that a fiber closure has determines how many cables can be connected to it. The type of cable that can be used with the closure also plays a role in its design and capacity.
The dome fiber optic closure looks like a dome, so it is also known as a dome closure. This type of fiber optic closure is used for aerial and direct buried applications. It has a large capacity and can support up to 96 cores of optical fiber spliced together. It also has a number of inlet and outlet ports that can accommodate different types of cables.
The dome fiber optic splice closure has an innovative structural design. Its casing is made of high-quality industrial plastic and is resistant to heat, corrosion, and chemical damage. It can also withstand high wind speeds and temperatures, and it has an IP68 rating. The closure can be opened repeatedly without any air leakage, and it is easy to operate. It also dome-vertical-optical-fiber-splice-closure has a built-in air valve that can be used to test the sealing performance of the closure.
What are the Advantages of Dome/Vertical Type Optical Fiber Splice Closure?
Fiber optic dome closures are designed to protect and organize fiber cables and splices. They are typically made from durable plastics and have seals that can withstand harsh environments. They also have splice trays that can be easily installed or removed for future expansion. These features make them ideal for telecommunications networks.
When choosing a dome fiber closure, consider the following factors:
splicing capacity – Determine how many splices you need in your network and look for one that can accommodate more than 24 cores. You should also consider whether you need to add any additional splices in the future. installation and re-entry – Consider whether you need to install the closure in aerial, duct, direct burial or manhole applications. In addition, you will want to consider how easy it is to install and re-enter the closure for maintenance.
material configuration – Choose a dome fiber closure that is made from high-quality materials that will not degrade over time. The plastic parts of the closure should be molded with multimode fiber optic cable assemblies manufacturer scientifically formulated high-strength engineering plastics to ensure that they can withstand harsh environmental conditions.
splice tray hinged design – A splice tray in a dome fiber closure is hinged at one end, which allows it to turn to a vertical position. This allows users to splice and connect multiple cables without having to worry about the splices falling out of alignment.
What are the Disadvantages of Dome/Vertical Type Optical Fiber Splice Closure?
Dome fiber optic splice closures are designed to offer space and protection for optical cable splicing and joints. They are commonly used in pole mounted, aerial, buried and embedded applications. These closures are made of quality engineering plastics to provide a durable and reliable structure. They also have the ability to withstand harsh working environments. In addition to the main structural parts, the splice closures also have flame-retardant and water-proof shells to protect the fiber cable connections. They can also withstand the effects of tension, flattening, impact and bending.
The splice closures can be made in different styles depending on the application. For example, a dome closure that is designed for buried applications will have a different design than one that is designed for aerial applications. This is because different types of fiber cable have unique requirements that need to be met by the splice closure.
Regardless of the type of fiber optic splice closure, it is important to choose a model that will meet the needs of your network. This will ensure that your network has the capacity it needs to grow and thrive for years to come. Choosing a high-quality fiber optic closure will help you reduce maintenance costs and keep your network running smoothly. So if you are looking for a dome fiber optic splice closure, be sure to consider all of your options and find the one that best meets your network’s needs.
What are the Applications of Dome/Vertical Type Optical Fiber Splice Closure?
Dome fiber closures are mainly used in CATV, telecommunications and optical cable network system. They are widely applied in pole mounted, aerial and direct buried applications. Its design is changing with the application area, requiring high-levels seals and waterproof technology. Besides, it must be able to keep insects and dirt out.
A dome fiber optic closure has a cylindrical outer shell to provide space and protection for the spliced optical fiber cables. It is available in both dustproof and waterproof versions. Usually, the closures contain one or more fiber splice trays to hold and protect the spliced optical cables. The common fiber counts of the splice trays are 6, 12 and 24.
It is very important to figure out which fiber optic closure will be suitable for your needs. You can choose different types of closures based on your cable entrance capacity, the number of splice trays, and the overall structure of your network. It is also important to consider the grounding of your fiber optic cable when choosing a dome closure.
Generally, you can install the splice closure with a mechanical seal or heat-shrink seal. Whether it is a mechanical or heat-shrink seal, it should be resistant to high temperature and humidity to avoid any leakage and corrosion. Moreover, it is essential to choose a reliable supplier that provides quality products and services at reasonable prices.