Table of Contents
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Table of Contents
Summary of Contents for OPTOKON KSDT-206
- Page 1 KSDT-206 Dome Optic Splice Closure Installation Guide...
- Page 2 NOTES: 1. Please read the user’s guide before installation. 2. Please pay attention while sealing the cable ports, the inappropriate installation would affect the performance.
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Page 3: Table Of Contents
List of Contents 1. General Introduction …………………………………………………………….. Page 3 2. Basic structure and configuration ……………….…………………………. Page 3 3. Necessary tools for installation ………………..……………………..……. Page 5 4. Preparation for installation ……………………………………….….………. Page 5 5. Installation flow Chart …………………………………………………………...Page 6 6. The process of Splice closure installation …….…………………..Page 7 7. -
Page 4: General Introduction
1. General Introduction HTSC-206 is designed as a multi-functional equipment for optical cable splice, distribution and protection, the special flat design of appearance provides the advantage of decrease the space requirement of installation. It can be used for access or branch between optical cables with 7 cable entry/outlet, capable for wide application, excellent sealing performance and easy for installation, and can be deployed for direct buried, wall mount and areal environments. - Page 5 Splice tray cover Fiber storage plate Storage of coiled fiber Grounding device Grounding CSM holder Seal fitting Waterproof and sealing part Metal connect plate Grounding plate CSM fastener CSM fastener 2.2.3 Main accessories Name Nylon cable tie Fiber protective sleeve Foil paper Abrasive paper Branching clip...
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Page 6: Necessary Tools For Installation
3 Necessary tools for installation 3.1 Supplementary materials (to be provided by operator) Name of materials Usage Scotch tape Labeling, temporarily fixing Ethyl alcohol Cleaning Gauze Cleaning 3.2 Special tools (to be provided by operator) Name of tools Usage Fiber cutter Cutting off fiber cable Fiber stripper Strip off protective coat of fiber cable... -
Page 7: Installation Flow Chart
Installation flow chart Loose the hoop and Open the closure Heat shrink sealing Choose appropriate inlet port and cut open Take the stripped fiber into the Splice fibers and store rest. heat shrink tube and then into Fix the splice tray and the base of closure enlace them with velcro Fix and seal the base and... -
Page 8: The Process Of Splice Closure Installation
6. The process of Splice closure installation Step One - Open the closure 5.1.1 Cleaning the locale and determine where to install the Splice closure and then place fiber cables required. 5.1.2 Check whether the main components and accessories have been well prepared inside the package. Important issues: If the weather condition is not good enough, then a tent must be pitched for waterproof and dustproof. - Page 9 6.3.3 Open the fiber closure Loose the locked device on plastic hoop, open plastic hoop in order to separate the cover and bottom. Note. Because the sealing performance is predominant, please be careful when separating the cover and bottom so as not to damage the case. 6.3.4 Release the screw of CSM fastener by special made key, insert uncut cable into heat shrink tube and oval port, position the optical cable in cable clamp and CSM in CSM fastener , then tight up the cable...
- Page 10 6.3.7 Wrap cable with foil paper properly to protect optical cable from heat and use the branching clip in the middle of cable and heat shrink tube. 6.3.8 Proceed the heat shrink process for the cable and heat shrink tube, not let the fire close to the bottom of closure and the cable with foil paper.
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Page 11: Splice Closure Inspecting And Testing Items
6.3.11 Assembling the closure after installation of cables, put seal fitting on base, then place the dome cover onto the bottom portion. Fasten the dome cover and the bottom portion together with a plastic hoop. To ensure the technical requirements, the following instructions must be followed: 6.4.1 Splice tray should be installed and packed with Velcro neaty, all fibers meet the requirement of bending radius. -
Page 12: Service
water of normal temperature for 15 minutes, there should be no air bubbles, then observed for 24 hours, there should be no change of air pressure. Bearing pull is ≧ 800N at axle orientation, there Pull should be no breakage on the housing. Bearing pressure of 2000N/10cm for 1 minutes, Punching there should be no breakage on the housing... - Page 13 OPTOKON, a.s. Other names and trademarks mentioned herein may be the trademarks of their respective owners All rights reserved. No parts of this work may be reproduced in any form or by any means - graphic, electronic, or mechanical, including photocopying, recording, taping or information storage and retrieval systems - without the written permission of the publisher.
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