2 in 2 Out Fiber Optic Splice Closure
Fiber optic closure is vertical with 2 inlet and 2 outle.The outer shell is made of enhanced ABS engineering plastic, it’s strong and light, can efficaciously prevent the lighting strike, erosion, aging and fire resist, the tray is pulldown, so it’s easy installation, don’t need dismantle other tray, the material of the sealing is silica gel,it can be placed in underground, aerial, wall-mounting, pedestal or direct buried, hand hole-mounting and duct-mounting applications. fiber closures can improve the operation of your network communication system.Closure is suitable for the applications up to 96 single fibers,which can cover most of the applications in the long-distance transmission and local fiber distribution networks, like Fiber To The Home / Fiber To The Curb ...(FTTH/FTTC).
| Size(mm): | 460*180*120mm |
| Weight: | 2.6kg |
| Fiber radius of curvature: | ≥40mm |
| Splice tray additional losses: | ≤0.01dB |
| Storage fiber length: | ≥1.6m |
| Max capacity(single fiber): | 144cores |
| Working temperature: | - 40℃ ~ + 70℃ |
| Lateral pressure: | ≥2000N / 10cm |
| Shock resistance: | ≥20N.m |
Horizontal Type 24 48 96 Core Fiber Optic Cable Joint Closure
NS-043Y provides suitable for cable whose diameter is within 22mm.It can be used in aerial, duct and direct buried application as well as the all-plastic local cable connection.
*It complies with the regulations of YD/T814-2004.
*The shell material is high quality engineering plastics(ABS),which is anti-aging,anti-corrosion and thunder-proof.
*The product is with the mechanical sealing structure filled with the sealing material.It can be reopened and reused without changing sealing material.
*The 3 types of cable rings(φ12.5，φ17，φ20) are optional according to users actual needs,effectively enhancing the reliability and practicability of cable port sealing.
*The overlay structure of splice tray and the insulated grounding device make it more flexible, convenient and safer for optical cable configuration,dilatation and ground connection.
*The external components and fastening parts are all made of stainless steel,It can be reopened and reused without changing sealing material.
Operating points
*Choose appropriate cable, strip the cable and remove the outer and inner protective covers and make the tube clean fill inside the cable, keep 1.1~1.6m fiber and 30~50mm steel core.
*Fix the cable by pressing cable card,fix core colums.If the diameter is less than 10mm,wind the cable fixed place by self-adhesive rubber belt,fixing the cable after the diameter having reached 12mm.
*Introduce the fiber into the splice tray,put heat shrink tube and hot-melt tube on any pair of the fiber,after the welding,move the heat shrink tube and hot-melt tube,put on stainless or quartz intensive core column,make the fiber splicing place in the middle of the protective tube.Heat the protective tubeappropriately,fusing the fiber and protective tube together.Snap the protective optical fiber connector into cable wireway(every splice tray can be applied for cable of 24 cores).
*Layout the rest of fibers evenly in the splice tray,order and fix the fiber by nylon ribbon.Generally,use the splice tray in down-top way.After the splicing,put and fix the cover on the top side of splice tray.
*Apply and locate the ground wire according to the requirements of engineering design.
*Wind the sealing tape around the entry ports in the shell,put sealing line into the sealing groove in the edge of the shell,close the two pices of shells,tighten stainless steel bolts.The stress of the bolts should be symmetrical until all the bolts are tightened.
*According to the laying requirments,locate and fix hangings and lay the closure.
| Certificate of Conformity | | Certification for Sale Transport |
| ISO 9001 | SGS | Patent Certificate |
Fiber optic splice enclosures are used to protect stripped fiber optic cable and fiber optic splices from the environment, and they are available for indoor as well as outdoor mounting.
Outdoor fiber optic enclosures are usually weatherproof with watertight seals.
In a typical wall-mounted splice enclosure, fiber optic cable is supported by cable ties, and the cable strenght member is securely fastened to the enclosure’s support. Metallic strenght members must be grounded securely.
The cable jacket(sheath) stops at the splice enclosure’s cable ties. Optical fiber tubes, individual tight buffered fibers, or pigtails are supported by the tube brackets and continue to the splicing trays.
Individual optical fibers should never be exposed outside of a splice tray. Fusion splices or mechanical fiber optic cable splices are contained in the splice trays.
Features:
Large number of cable entry knockouts for incoming and outgoing cables;
Key-lockable main door to prevent accidental opening of splice compartment;
Able to hold up to six MTP loaded cassettes;
Standard accessory kit for cable entry and fibre management included;
Applications:
Ideal for fusion splicing
High fibre density applications
Repairing damaged cables
Suitable for direct termination
Remote cable terminations within building
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