No matter you are a new or old field technician of fiber cabling, you may have an exciting moment on the finishing masterwork of your fiber splices in a splice tray. In fact, fiber splice trays are commonly used in fiber-optic cabling as a protective case for protecting the splices from the outside plant environment and damage. Though the splice tray is simple and cheap, also without any technical functions, it still plays an important role in fiber protecting and also needs the experienced skill to using it. This paper is going to introduce the fiber splice tray that are intended to help both new and experienced field technicians or installers better understanding it.
Overview of Fiber Splice Tray
Fiber splice tray is a kind of ODF (optical distribution frame). To better protect the splices, they are generally located in units referred to as “splicing centers”, “splice trays” or “splice organizers”. The splice tray is designed to provide a convenient location to store and to protect the cable and the splices. They also provide cable strain relief to the splices themselves. A typical splicing tray is illustrated below:
There is no specific classification of fiber splice trays. In order to distinguish the different fiber splice trays at work, we usually classify the fiber splice tray according to its capacity of fibers. In addition, sometimes, we may classify them according to its size and shapes.
The incoming cable is brought into the splicing center where the sheath of the cable is stripped away. The fibers are then looped completely around the tray and into a splice holder. Different holders are avaliable for different types of splices. The fibers are then spliced onto the outgoing cable if it is an intermediate point or on to pigtails if it is a termination point. These are also looped completely around the tray and then fed out of the tray.
Splice trays can be located at intermediate points along a route where cables are required to be joined or at the termination and patch panel points at the end of the cable runs. Splices placed in a splice tray which is then placed inside a splice closure for OSP (outside plant) installations or a patch panel box for premises applications. When using indoors, they are often integrated into patch panels to provide for connections to the fibers.
The cables are physically attached to the splice tray to provide strain relief. The cables normally enter the tray on one side only to facilitate moving the tray/joint enclosure to a more accessible jointing location. The fibers are looped completely around the tray to provide slack, which may be required to accommodate any changes in the future, and also to provide tension relief on the splices. Each splice joint is encased in a splice protector (plastic tube) or in heat shrink before it is clipped into the holder. In addition, splice tray are available that have patching facilities. This allows different fibers to be cross-connected and to be looped back for testing purposes.
Tips for Using Fiber Splice Tray
When using fiber splice tray, skill is needed in order to guarantee a good performance. Here are some tips on it.
Fiberstore Fiber Splice Tray Solution
Fiberstore offers splice trays to fit individual needs of customers. They are designed for simple, cost effective low and mid-sized fiber splicing applications. According to the specific applications, Fiberstore’s fiber splice trays are divided into three types: common splice tray, module integration and splitter tray. In addition, there are A, B, C, D etc. four types in different sizes and a wide range of its capacity of fibers. Each splice tray is supplied with splice holders that secure and protect both fusion and mechanical splices as well as including the top cover. Furthermore, splice trays are designed to accommodate up to 12 splices and 12 adapters and can be mount in patch panels or directly into distribution cabinets.
|Product Image||Part Number||Description|
|CA-4F-FS||4 Fibers Common Optic Splice tray with A Type|
|CA-6F-FS||6 Fibers Common Optic Splice tray with A Type|
|CB-6F-FS||6 Fibers Common Optic Splice tray with B Type|
|CA-12F-FS||12 Fibers Common Optic Splice tray with A Type|
|CB-12F-FS||12 Fibers Common Optic Splice tray with B Type|
|CC-12F-FS||12 Fibers Common Optic Splice tray with C Type|
|CA-24F-FS||24 Fibers Common Optic Splice tray with A Type|
|CB-24F-FS||24 Fibers Common Optic Splice tray with B Type|
|CD-24F-FS||24 Fibers Common Optic Splice tray with D Type|
|MIA-12F-FS||12 Fibers Optical Module Integration tray with A Type|
|MIB-12F-FS||12 Fibers Optical Module Integration tray with B Type|
|12F-V2.0C-FS||12 Fibers Optical Module Integration tray with C Type V2.0|
|12F-V3.0C-FS||12 Fibers Optical Module Integration tray with D Type V3.0|
|SA-1x16F-FS||1×16 Fibers Optic Splitter tray with A Type|
|SA-1x32F-FS||1×32 Fibers Optic Splitter tray with A Type|