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PLP 40 Fiber Splice Tray, Single Fusion, Short/Deep Profile SKU: 80808945 Unit of Measurement : EA$29.75 -
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![PLP Closure Kit COYOTE ONE Dome 16” x 10” x 5.7” 3-section endplate (holds 2 Lite-Grip or 5 low profile short splice trays) (Splice Trays Not Included)]()
PLP Closure Kit COYOTE ONE Dome 16” x 10” x 5.7” 3-section endplate (holds 2 Lite-Grip or 5 low profile short splice trays) (Splice Trays Not Included) SKU: COY1001 Unit of Measurement : EA$190.00 -
![PLP COYOTE Drop Termination Closure (DTC)]()
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![PLP Coyote GLC with Universal Organizer (Buffer and Ribbon)]()
PLP Coyote GLC with Universal Organizer (Buffer and Ribbon) SKU: COYGLCF1B000 Unit of Measurement : EA$440.95 -
![PLP Coyote GLC Height Capacity Kit w/Base]()
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![PLP Coyote GLC Cross Connect Kit w/Base]()
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![PLP Splice Closure Kit COYOTE Low Count Closure (LCC) Single Fusion (1) 7 Hole and (1) 12 Hole Grommet]()
PLP Splice Closure Kit COYOTE Low Count Closure (LCC) Single Fusion (1) 7 Hole and (1) 12 Hole Grommet SKU: COYLCCF001 Unit of Measurement : EA$56.75 -
![PLP Splice Closure Kit COYOTE Low Count Closure (LCC) Single Fusion (1) Bobbin Kit (1) 7 Hole and (1) 12 Hole Grommet]()
PLP Splice Closure Kit COYOTE Low Count Closure (LCC) Single Fusion (1) Bobbin Kit (1) 7 Hole and (1) 12 Hole Grommet SKU: COYLCCF002 Unit of Measurement : EA$58.25 -
![PLP Splice Closure Kit COYOTE Low Count Closure (LCC) Single Fusion (2) 7 Hole Grommets]()
PLP Splice Closure Kit COYOTE Low Count Closure (LCC) Single Fusion (2) 7 Hole Grommets SKU: COYLCCF004 Unit of Measurement : EA$61.75
Splicing
Fusion Splicing is a preferred way to join two fibers together by using heat. Whether the fiber was broken or not long enough, a fusion splicer will make your job easier. Splicing fiber optic cable is fairly simple procedure. Prepared fiber ends are placed in the splicer and automatically aligned and then fused together. This method ensures greater reliability with less light being scattered or reflected back by the splice. The splice itself if done correctly should be as strong as the original optical fiber.
