How is the installation process of a fiber optic in-line closure typically?
installation process of a fiber optic in-line closure
A fiber optic in-line closure is a box that houses and protects optical cables spliced together. These rugged and hermetically sealed devices are designed to withstand harsh environmental conditions and provide protection for the connections inside. There are many factors to consider when selecting the right type of closure for your network needs. This can include the location of the splice, the number of re-entry requirements, the amount of cable capacity and the type of connection used in the splice. The installation process of a fiber in-line closure is relatively quick and easy for most technicians. The closures are also made to resist the effects of thermal expansion and stress on the sheaths and strength members, and some have locking mechanisms for unauthorized access.
The environment in which a fiber optic in-line closure will be placed is another important factor to consider. These devices can be installed underground, overground or aerially. They can also be installed in conduit, innerduct or on utility poles. Some OSP installs may be a combination of different types of installations, such as aerial in one area and then pulling cable into conduit in the next section.
When choosing a Fiber optic in-line closure, consider the size of your network, its expected growth and your requirements for accessibility. You can find a wide range of different designs and capacities for these devices, so you should be able to select an option that meets your network needs. You can also look for a device that is compatible with your existing cables and equipment, so you don’t need to purchase additional hardware for splicing in the future.
How is the installation process of a fiber optic in-line closure typically?
You should also think about whether or not your network requires a closed circuit television (CCTV) camera to monitor the cabling for issues like breakage or illegal activity. A CCTV surveillance system can help you keep an eye on your network from a remote location, and some cameras even have night vision capabilities. Depending on your needs, you might want to choose a device that has a CCTV window, which will allow you to view the interior of your fiber in-line closure even when it is closed.
The amount of cable that can be housed within a fiber in-line closure is another factor to consider. If you plan on splicing tight buffer cables, you’ll need to look for a closure with a high capacity for the splice trays. It’s also helpful to ensure the closure can handle a variety of connectors and cables, including LCs, SCs, MUs and other types.
You should also consider whether or not you need to use a hinged splice tray design. Hinges on some splice tray setups can cause unnecessary stress to the cable, which can impede performance. Choose a design that does not have a hinge, as this can minimize the need to twist and bend cables to get them in and out of the closure. This can save time during the installation process and help avoid damage to the cable.