Optical Fiber Splice Closure Maintain Signal Quality
Fiber optic networks are impressively versatile and powerful, but they also require delicate care. Because the hair-thin cables carry sensitive data, they are subject to a wide range of dangers that can affect signal quality. These dangers include pressure, extreme temperatures, bugs, moisture and other environmental influences. To prevent damage and keep the cable functioning properly, it’s important to protect spliced sections of the network with an optical fiber splice closure.
A Optical fiber splice clsoure is an enclosed box that houses the splicing and connection points for optical cables. It is usually made from a durable plastic and offers a high level of water resistance. It also has a low weight, which makes it easier to transport and install. It is also resistant to rust and corrosion, which makes it suitable for use in harsh environments.
Website design By BotEap.com
In addition to the general design, it’s important to make sure that a splice closure can work with the type of optical cable you need to splice. This will be determined by the type of cable and whether it’s fusion-spliced or mechanically spliced. Fusion splices have a higher tensile strength and are not likely to break during normal handling. Mechanical splices, however, are subject to bending and torsional forces, which can lead to damage to the splice.
How Does an Optical Fiber Splice Closure Maintain Signal Quality?
The best way to ensure that a splice closure can be used for the intended purposes is to perform testing on all of the components. For example, an OTDR can be used to measure the attenuation of the optical fiber links, thereby ensuring that the closure can accurately transmit signals. It is also possible to test the splice closure’s strength, durability and waterproof features using appropriate equipment.
When choosing a fiber splice closure, you should check the entrance capacity to see how many cables can be spliced or connected at one time. This can be important depending on the size of the network and the number of connections you’ll need to make. Also, you’ll want to check that the closure can be adapted for both aerial and underground applications.
You should also look at the design of the splice closure and consider what kind of weather conditions it will be exposed to. If it will be in a wet area, for example, you’ll need to select a closure that can resist corrosion and the effects of salt fog. In addition, you’ll want to choose a closure that is fire-resistant and waterproof.
A splice closure can be an important part of your optical fiber network, but it’s essential to take the time to research the options available. The right choice can help you maintain optimal performance and avoid any future problems. Once you’ve found the perfect splice closure, it will provide years of reliable service and protection for your fiber optic cables.