Transcript
FOMS-FPS-HD 1HU I N S T A L L A T I O N
I N S T R U C T I O N
1HU FOMS-FPS-HD - Shelf with pre-fibered pigtails
Content
7 Jumper routing 1 General 2 Kit content 3 Installation of drawers in the rack 4 Cable termination 5 Replacing a bad pigtail 6 Routing and splicing
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General
FOMS-FPS-HD is a high density, multipurpose mechanical shelf with front patching/splicing designed for fiber management in a rack environment. Its compact design and high-density capacity make it possible to handle a large amount of fibers in a small footprint. High density • 48 SC or LC adapters in 1HU shelf Flexibility • Proven splicing concept with bend radius protection and solutions for G652 and G657 fibers and splice protectors (SMOUV-ANT) • Suitable for any 19” electronic equipment rack (also compatible with ETSI or TE Connectivity’s GR3 rack) Tray options • 2 pcs FOSC trays - each manage 24 splices SMOUV-ANT (Two loose tubes per tray) (Default) • 4 pcs FOSC trays - each manage 12 splices SMOUV-ANT (One loose tube per tray) (Optional)
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Kit content
465 0
BACKMOUNTING
Splice-Patch configuration • 1 metal shelf incorporating: - Front patch panel with max 48 adapters - FOSC-400-A splice trays • Cage nuts and bolts • Tie wraps and foam tape • Flex tube • Cable termination kit • Trumpet and bracket 30° • Standard mounting bracket + screws + Allen key
465 13.5
BACKMOUNTING GR
465
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Installation of drawers in the rack 93.5
BACKMOUNTING
FRONTMOUNTING
3.1 Fix the first cage nuts into rack profile using a CAGE-NUT-TOOL.
208.75
70
515
FRONTMOUNTING
240
In case of 19 inch (standard) 38.75 465
FRONTMOUNTING
178.75
100
In case of ETSI
465
3.2 Mount the brackets using the holes for backmounting. See picture. 2
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3.3
Cable termination
Mount the shelf in the mounted cage nuts using an Allen Key.
4.1 Open the drawer to the fully open position. Apply foam around both ends of flex tube. Strip the cable approx 1.8m. Cut the strength member approx 40mm. Feed the loose tubes through the flex tube. Secure the strength member of the cable. Secure cable and flex tube using 2 tie-wraps as shown.
3.4
Mount the trumpet bracket.
3.5 Install the trumpet in two steps as shown on the pictures above.
Back Cable Entrance - Secure the Cable termination unit at the back of the shelf.
4.2 Feed loose tubes and convoluted tubes through the back side entrance of the panel. Secure the other end of the flex tube in the shelf using two tie-wraps in position marked on the picture.
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Side Cable Entrance - Secure the Cable termination unit at the back of shelf.
4.3 Slide the termination unit into 1st position for cable termination.
4.4
Push the termination unit against the shelf.
4.6 Feed the loose tubes and flex tube through the side entrance of the panel. Secure the other end of the flex tube in the shelf using two tie-wraps in position marked on the picture.
4.5
Secure the termination unit by pulling the cable till it clicks.
2 1 4.7 Slide the termination unit into the 1st position for cable termination. Push the termination unit aganst the metal holder.
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DEFAULT
4.8
Secure the termination unit by pulling the cable till it clicks.
OPTIONAL 4.10 Put foam at the end of each loose tube. Fasten the loose tubes together with two tie wraps as shown above. DEFAULT - FOSC tray with 24 splice protectors = TWO loose tubes
OPTIONAL - FOSC tray with 12 splice protectors = ONE loose tube 4.9 Bring the loose tube into each tray and mark it as shown above. Strip the loose tube at the marked position.
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5
Replacing of bad pigtail
5.1 Remove the bad pigtail from the patch panel. Plug a new one into the same position.
5.4 For FOSC trays with 12 splice protectors remove the plastic tool. It is necessary to secure the pigtail.
5.2 Route the new pigtail along the other pigtails into a proper tray. Apply a foam tape around the pigtail in the position as shown above. Carefully fasten the pigtail on top of the flex tubes using a tie wrap.
5.5 Apply a foam tape around the pigtail at the entrance of the tray and carefully fasten the pigtail next to the flex tube with a tie wrap. Press the pigtail into a groove using the plastic tool.
5.3 For FOSC trays with 24 splice protectors: apply a foam tape around the pigtail at the entrance of the tray. Carefully press the pigtail next to the flex tubes.
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6
Routing and splicing
FOSC trays for ANT 12 & 24 splice protectors
6.3 There is one exception for FOMS trays with 24 splice protectors. After each splice is made, the splice should be stored as indicated. First protector in position 1, the second in position 2, on top of the first one.
FOSC trays for SMOUV with 12 & 24 splice protectors 6.1 The tray organizer has one location to store splice protectors. • ANT: 12 and 24 splice protectors • SMOUV: 12 and 24 splice protectors. Note: For 24 splice holders 2 splices are installed in one splice protector position (above).
6.4 Once all splice protectors are installed in the tray, store all fibers one one side in the slack storage.
6.5 Repeat this operation for the fibers on the other side. Once all fibers are routed properly into the slack storage, secure them by placing the plastic transparent cover on top. 6.2 After each splice is made, the splice should be stored as indicated. First protector in position 1, the second in position 2.
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6.6
Use the wedge to get access to the bottom tray for splicing.
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Jumper routing
7.2 Close the front panel and secure it by pulling down the black plastic lock.
7.1 Patch the outgoing jumpers and guide them through the protection trumpet as shown above. The second picture shows an optional trumpet bracket.
Tyco Electronics Raychem bvba Diestsesteenweg 692 B-3010 Kessel-Lo, Belgium Tel.: 32-16-351 011 Fax: 32-16-351 697 www.te.com www.telecomnetworks.com
FOSC, SMOUV, TE (logo) and TE Connectivity are trademarks of the TE Connectivity group of companies and its licensors. While TE Connectivity and its affiliates referenced herein have made every reasonable effort to ensure the accuracy of the information contained in this catalog, TE Connectivity cannot assure that this information is error free. For this reason, TE Connectivity does not make any representation or offer any guarantee that such information is accurate, correct, reliable or current. TE Connectivity reserves the right to make any adjustments to the information at any time. TE Connectivity expressly disclaims any implied warranty regarding the information contained herein, including, but not limited to, the implied warranties of merchantability or fitness for a particular purpose. TE Connectivity’ only obligations are those stated in TE Connectivity’ Standard Terms and Conditions of Sale. TE Connectivity will in no case be liable for any incidental, indirect or consequential damages arising from or in connection with, including, but not limited to, the sale, resale, use or misuse of its products. Users should rely on their own judgment to evaluate the suitability of a product for a certain purpose and test each product for its intended application.
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TC 1011/IP/2 060/12
