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PLP 4 Hole Grommet for Coyote Series (Cable OD .30" - .43") SKU: 8003664 Unit of Measurement : EA$14.10 -
PLP 6 Hole Grommet for Coyote Series (Cable OD .125" - .25") SKU: 8003665 Unit of Measurement : EA$14.10 -
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![PLP 1 Hole Grommet for Coyote Series (Cable OD .42" - .60")]()
PLP 1 Hole Grommet for Coyote Series (Cable OD .42" - .60") SKU: 8003691 Unit of Measurement : EA$14.10 -
![PLP Cable Grommet (1) Hole for Coyote Series (Cable OD .60" - .85")]()
PLP Cable Grommet (1) Hole for Coyote Series (Cable OD .60" - .85") SKU: 8003692 Unit of Measurement : EA$14.10 -
![PLP Cable Grommet (1) Hole for Coyote Series (Cable OD .85" - 1.0")]()
PLP Cable Grommet (1) Hole for Coyote Series (Cable OD .85" - 1.0") SKU: 8003693 Unit of Measurement : EA$14.10 -
![PLP 1 Hole Grommet for Coyote Series (Cable OD 1.0" - 1.25")]()
PLP 1 Hole Grommet for Coyote Series (Cable OD 1.0" - 1.25") SKU: 8003694 Unit of Measurement : EA$15.10 -
![PLP Cable Grommet Kit (2) Hole Wide Range 1 Entry .42 to .6" cable]()
PLP Cable Grommet Kit (2) Hole Wide Range 1 Entry .42 to .6" cable SKU: 8003701 Unit of Measurement : EA$15.00 -
![PLP 12 Hole Grommet for Flat Drop Only]()
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![FIS MDU Drop Fiber Patch Cord]()
FIS MDU Drop Fiber Patch Cord, 1 fiber, LC/APC-LC/APC, White, 7in Spool, 153 meters (500 feet) | Plus Corning® ClearCurve® ZBL Fiber SKU: Z1MDUSMDFLALA153 Unit of Measurement : EA$67.00 -
![FIS MDU Drop Fiber Patch Cord]()
FIS MDU Drop Fiber Patch Cord, 1 fiber, LC/APC-LC/APC, White, 7in Spool, 31 meters (100 feet) | Plus Corning® ClearCurve® ZBL Fiber SKU: Z1MDUSMDFLALA31 Unit of Measurement : EA$27.00
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.
