ITEM NAME:One Click Fiber Optic Cleaning Pen Optical Cleaner LC/MU 1.25mm Connector Cl BX Description: Fiber Optic BOB-Mini is designed to specially work well with the MU and LC connectors( ÃŽ ¦ 1.25mm), this instrument cleans the ferrule end faces removing dust, oil, and other debris without nicking or scratching the end face. Features: . One action cleaning system . Easy pushing motion engages connector and initiates cleaner . Disposable with 800+ cleanings per piece . Made from anti static resin . Cleaning micro fibers are densely stranded and debris free . Extendable tip reaches recessed connectors . Cleaning system rotates 180 for a full sweep . Audible click when engaged Applications: 1. Fiber network panels and assemblies 2. Outdoor FTTX applications 3. Cable assembly production facility 4. Testing laboratories 5. Server, switches, routers and OADMS with SC and LC interfac Package: 1 x 1.25mm Pen Type Fiber Optic Cleaner Why Should We Clean the Connectors? Research has shown over 85% of fiber optic network failures in data centers, campus, and other optical communication facilities are caused by contamination on the optical connector end face. For best optical performance, it is imperative that all optical fiber connections are clean and free of contaminants. Fiber optic cleaning products is being highly recommended as a kind of very important tool for electrical manufactures. One of the most basic and important procedures for the maintenance of fiber optic systems is to clean the fiber optic equipment. The fiber optic connector cleaner is designed to effectively and quickly clean connector endfaces, both the unmated patchcord and through the adapter. It cleans the ferrule end faces removing dust, oil, and other debris without nicking or scratching the end face. It is very easy to use and suitable for SC/ST/FC connectors..For best optical performance, it is imperative that all optical fiber connections are clean and free of contaminants. Research has shown over 85% of fiber optic network failures in data centers, campus, and other optical communication facilities are caused by contamination on the optical connector end face.
