Archived — Cable Management

You can order fiber optic splice closure from Fiber Optics For Sale Co. http://www.fiberoptics4sale.com/page/FOFS/CTGY/Fiber_Optic_Cable_Mangement_Outside_Plant_Closures 1. Components in the Fiber Optic Splice Closure A) The closure includes the items shown below plus additional cable attachment hardware. The cover is a cylindrical plastic enclosure with corrosion resistant metal hardware. The splice tray is used for storing optical fibers and the splice holders are used for securing fusion splices B) This splice closure accepts up to four fiber cables ranging in diameter from 10.2mm to 21.6mm in a butt configuration. It has a splice capacity of 48 fusion splices. Accessory kits are available

Fiber optic innerducts are smooth wall or corrugated tubes made with HDPE (outside plant OSP), PVDF or PVC (indoor applications). Innerduct is used in applications where several fiber cables must be protected. The corrugated construction allows innerduct to easily bend at a fairly large radius without collapsing the interior. It also provides mechanical protection against crushing. Fibers are deployed through fiber innerducts which in turn are drawn through conduit laid in the ground. Innerducts can subdivide each section of the larger duct. 100mm diameter conduits are the most popular. As a rule of thumb, 2~4 pcs of 1” (25.4mm) innerduct

There are a number of ways to tackle the problem of determining the power requirements for a particular fiber optic link. The easiest and most accurate way is to perform an Optical Time Domain Reflectometer (OTDR) trace of the actual link. This will give you the actual loss values for all events (connectors, splices, and fiber loss) in the link. In the absence of an actual OTDR trace, there are two alternatives that can be used to estimate the power requirements of the link. Estimate the total link loss across an existing fiber optic link if the fiber length and

Fiber optic cable installers have always been trying to get the maximum number of fibers into a duct. For example, a fiber cable with diameter of 1 inch fills 64 percent of a 1.25 inch duct. The rule of thumb is that you can add a fiber cable to a duct if the cable does not exceed 70% of the area of the duct. Let’s still take 1.25 inch duct as a example, the requirement of the cable diameter not only has to be smaller than 1.25 inch, but it also has to be small enough so it can accommodate

Buy Fiber Cable Management Products Here Fiber Optic Cable Routing Paths The first aspect of fiber cable management is cable routing paths. This aspect is related to fiber cable’s minimum bending radius as improper routing of fibers by technicians is one of the major causes of bend radius violations. Routing paths should be clearly defined and easy to follow. In fact, these paths should be designed so that the technician has no other option than to route the cables properly. Leaving cable routing to the technician’s imagination leads to an inconsistently routed, difficult-to-manage fiber network. Improper cable routing also causes