Single Mode 9/125um (2*FC-SC+2*FC-ST+2*FC-LC) Connector FC(Male) UPC to LC SC ST(Female) UPC Adapter Simplex SM Hybrid Optical Fiber Converter for OPM/OLS/OTDR/VFL/Fiber Optical(FUU6) UPC/Male-UPC/Female 2*FC-SC+2*FC-ST+2*FC-LC

Single Mode 9/125um (2*FC-SC+2*FC-ST+2*FC-LC) Connector FC(Male) UPC to LC SC ST(Female) UPC Adapter Simplex SM Hybrid Optical Fiber Converter for OPM/OLS/OTDR/VFL/Fiber Optical(FUU6)

Product Features

• High-precision Connection--SKYSHL 9/125um SM FC UPC(Male) to LC/SC/ST UPC(Female) Hybrid Optical Fiber Adapter is a high-precision passive connection component that can realize direct optical connection between FC connector and SC/ST/LC connector. Its shell and components are produced by high-precision molds and high-precision CNC, which can achieve high-precision alignment and the lowest transmission loss (0.2dB).
• High Stability,High Reliability and Good Repeatability--SKYSHL 9/125um SM FC UPC(Male) to LC/SC/ST UPC(Female) Hybrid Optical Fiber Coupler mainly realizes the precise connection of the two non-permanent end faces in the optical fiber system, which has the characteristics of high stability and reliability; all products pass the strict High and low temperature test and strength test, fully meet the requirements of various complex environments.
• High-quality Plastic and Metal Structure--SKYSHL FC UPC-SC/ST/LC UPC Optical Fiber Connector's shell is made of high-quality plastic and metal materials. It has the characteristics of high precision, no deformation at high and low temperatures, more wear-resistant, and long service life (1000 times).
• Zirconia Ceramic Alignment Sleeve--The quality of the ferrule directly affects the precise center connection of the two optical fibers and the value of the transmission loss.The zirconium dioxide material used by FC UPC-SC/ST/LC UPC Optical Fiber Adapter, compared with the ferrule of metal/plastic material, it has Good thermal stability,high hardness,high melting point,wear resistance, high processing accuracy, etc.;The UPC/UPC end face has reached sub-micron processing accuracy.