Yuyao Yinuo Communication Equipment Co., Ltd.  

Product Name: Fiber Optic Dome Type Splice Closure Model NO.: GJS-D-2 Brand: OEM Connector Type: ST Light Source TYPE: Laser Application: Fiber Distribution frame, Network Equipment, Fiber Module Fabrication Process: Injection Molding Shape: Square Ferrule Endface: FC Number of Cores: Multi-Core Structure: Optical Transmission Medium: Multimode Trademark: no Transport Package: Carton Specification: 6cores-48cores Origin: China Product Description Terminal BoxOutdoorModel NoSizeInputs&OutputsFiber CapacityGJS-D-2 288*Φ17846-48DM82509DescriptionVertical (Dome) fiber optic splice closures are made of excellent engineering plastics. Dameisupply different ports types, fittings and different fiber optic core numbers for vertical/dome fiber optic splice closures.Damei's Splice Closure is suitable for protecting optical fiber splices in straight through and branching applications, and can be used in aerial, duct and direct buried fiber optic cable projects.Key FeaturesSuitable for ordinary fiber and ribbon fiber.Fully kitted with all parts for convenient operation.Overlap structure in splicing tray for easy installation.Fiber-bending radium guaranteed more than 40mm.Easy to install and re-entry with a common can wrench.Excellent Heat Shrinkable Sealed to protect fiber and splice ensuring durability.Stand up to severe condition of moisture,vibration and extreme temperatures.Main Technical ParameterItemDM82509Cable ports4EntiresNumber of fiber fusion144 (bunchy)Capacity of splice tray6-48 (bunchy)Dimension (mm)500×250Cable diameter(mm)8~40Max capacity of fiber288 (bunchy)Working temperature-40ºC~65ºCInsulation resistance>2×104MΩSealing TypeHeat-shrinkable TypeInstallation TypePole-MountSealing structureSilicon gum materialNotes: Installation of Pole-Mount is default in Damei, the other can also be customized according to your requirements.ApplicationBe suitable for Aerial and Duct.CATV environment, Telecommunications, Customer premises environments, Carrier Networks and fiber optic networks.