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LGX-Compatible (LSX) Preterminated Termination

1. DESTINATION TERMINATION LOCATIONS 17541 A Figure 23 Routing Patch Cords in the Upper Raceway Top to Bottom Page 27 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 6 3 Mounting 144 Position Modules Adjacent to 72 or 96 Position Modules Frames with a depth of 15 inches 38 1 cm are recommended to accommodate the 15 inch depth of the LSX termination splice panel The additional depth of the termination splice panel is due to the due to the additional room required for the splice deck on the rear of the panel Termination only panels have a depth of 12 inches If a 15 inch deep frame is not available use a rear duct extension kit to extend backward the rear doors of the frame The new 15 inch deep frame will line up with any existing 12 inch deep 30 5 cm frame as shown in Figure 24 15 0 IN NEW LINE UP OF 144 EXISTING LINE UP 12 0 IN 38 1 CM OF 72 OR 96 30 5 CM POSITION MODULES POSITION MODULES TOP VIEW 16077 A FRONT Figure 24 Front to Back Module Misalignment 7 OPERATION 7 1 Removing a Cover for Easier Access The front cover of the chassis may be removed to provide easier access for cable routing To remove a cover lift it straight out of the hinges To replace a cover position the hinge edge of the cover on the hinges and press inward to push the edge into the hinges 7 2 Patching and Testing A Page 28 Dang
2. TIE POINTS SIX PLACES 23604 Figure 15 Cable Routing 1 75 Inch High Panel Page 17 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 5 5 3 Cable Routing for 3 5 Inch High Panels To route a cable into a 3 5 high panel use the following procedure Figure 16 shows routing with the panel drawer extended 1 Route the cable from the entry hole horizontally across the rear storage area and into the extended drawer 2 Loop the cable around twice on the drawer and tie it down with lacing in the locations shown Route the cable to the splice tray as shown 4 Tie down the cable at the point where the exposed fibers emerge from the breakout per the breakout dimensions provided insubsection 5 3 pm pm ee wm un wm dei e mm E Em Em Em Se m e 0000000 TIE POINTS TEN PLACES 23605 A Figure 16 Cable Routing 3 5 Inch High Panel Page 18 2009 ADC Telecommunications Inc ADCP 93 095 e Issue 2 9 2009 6 PATCH CORD ROUTING Cross connect patch cords on the LSX panels and LGX frame must be carefully routed to ensure they are properly protected For details refer to the following subsections AN Danger Infrared radiation is invisible and can
3. NUMBER OF 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 N A BAYS JUMPER 7 6m 9 2m 10 7m 12 2m 13 6m 15 2m 16 6m 181m N A LENGTH 25 ft 30 ft 35 ft 40 ft 45 ft 50 ft 55 ft 60 ft BOTTOM HALF ORIGIN TOP HALF DESTINATION LOWER TO UPPER RACEWAY NUMBER OF 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 BAYS JUMPER 6 1m 7 6m 92m 10 7 m 122m 13 6m 152m 16 6m 18 1m LENGTH 20 ft 25 ft 30 ft 35 ft 40 ft 45 ft 50 ft 55 ft 60 ft TOP HALF ORIGIN TOP HALF DESTINATION UPPER TO UPPER RACEWAY NUMBER OF 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 BAYS JUMPER 49m 6 1m 7 6m 92m 10 7 m 122m 13 6mm 152m 16 6m LENGTH 16 ft 20 ft 25 ft 30 ft ft 35 ft 40 ft 45 ft 50 ft 55 ft TOP HALF ORIGIN BOTTOM HALF DESTINATION UPPER TO LOWER RACEWAY NUMBER OF 5 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 N A JUMPER 6 1m 7 6m 9 2m 10 7 m 122m 13 6m 15 2m 16 6m N A LENGTH oft est Gof QGSft 5 50f 65 ft N A Not applicable Page 23 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 6 2 4 Routing Patch Cords Starting in the Lower Raceway To cross connect starting in the lower raceway use the following procedure Refer to Figure 20 and Figure 21 1 Terminate one end of eac
4. A FRONT VIEW 17924 Lg 7 0 IN 17 8 CM HEIGHT ON 72 OR 96 POSITION MODULES OR 9 0 22 9 CM HEIGHT ON 144 POSITION MODULES Figure 4 Dimensions for 7 Inch and 9 Inch High Panel Page 6 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 i 12 0 IN 30 5 CM 5 0 IN 12 7 CM 16 84 IN 42 8 CM FRONT VIEW Le 19 33 49 1 CM 19 IN RACK MOUNT 48 26 CM 1 73 IN 4 4 CM 23499 A Figure 5 Dimensions for 1 75 inch High Panel oo oo TOP VIEW S 12 0 IN 30 5 e e 5 0 IN 12 7 CM e Y 9o D HB 9o eee Eos 16 84 IN be 42 8 CM z 19 33 49 1 CM 19 IN RACK MOUNT 48 26 CM FRONT VIEW 25500 4 5 23 IN 13 3 Figure 6 Dimensions for 3 50 inch High Panel Page 7 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 3 SPECIFICATIONS Page 8 Table 1 lists specifications for the LSX panel Table 1 LSX Combination Module Specifications PARAMETER SPECIFICATION REMARKS General Color Putty white Rack mounting 19 or 23 inch EIA or WECO hole spacing Connector Types Singlemode ASC
5. b Note The figures show the cable clamp bracket positioned for cable routing from above the panel For cable routing from below the panel turn the cable clamp bracket upside down compared to how it is shown in the figure and use the mounting holes designated in the figure as for under floor cable entry 1 Install the cable clamp bracket on the clamp mount plate using two 12 24 screws Be sure to position the cable clamp bracket corresponding to the note above N Place the two standoffs in the standoff mounting holes in the cable clamp bracket Note There are four standoff mounting holes Either the two left holes or two right holes can be used together not the two in the middle Do not mount two cables side by side Page 12 2009 ADC Telecommunications Inc ADCP 93 095 e Issue 2 9 2009 3 Two rubber yokes and either three or four grommets depending on the kit are provided with the cable clamp kit for securing the cable to the panel Select the grommet that when fitted on the cable as shown in Figure 12 provides the gap width shown STANDOFF MOUNTING HOLE 4 gE YOKE 2 STANDOFF 2 RUBBER GROMMET CABLE CLAMP BRACKET lt MOUNTING HOLES 2 FOR OVERHEAD CABLE ENTRY CLAMP MOUNT 1 PLATE CABLE SN m sd CLAMP CABLE CLAMP BRACKET MOUNTING HOLES 2 tT FOR UNDER FLOOR CABLE ENTRY STANDOFF SCREW 2 C
6. SCREW 2 ENTRY HOLE SCH CABLE CLAMP BRACKET AA OVERHEAD CABLE POSITION ig Figure 10 Installing a Cable Clamp 7 Inch Module 4 Open the splice area access door on the rear of the panel and direct the broken out section of the cable through the cable entry hole into the rear storage area of the panel Allow the cable to remain in that position for later routing within the rear storage area 5 Working on the outside of the panel where the cable bracket was installed stack the cable clamp components on the standoffs as shown in Figure 10 and Figure 11 with the cable secured within the rubber grommet Position the cable so that the breakout point shown in Figure 8 and Figure 9 occurs just beyond the rubber grommet 6 Secure the cable clamp components to the standoffs using standoff screws as shown in Figure 10 and Figure 11 7 If desired install a cable shield using any of the three shields shipped with the panel The purpose of the shield is to protect the cable where it enters the panel Figure 13 shows the Page 13 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 shield used for overhead cable The package also contains an alternate shield used for under floor cable and a box shaped shield used with either overhead or under floor cable YOKE 2 TANDOFF 2 STANDOFF S SR MOUNTING HOLE 4 ALTERNATIVE CABLE CLAMP BRACKET MOUNTING HOLES 2 FOR OVERHE
7. mounting brackets to the rack front flange using six 12 24 mounting screws Note If jumper retainers are present on the rack remove the jumper retainers and reinstall them with the chassis as shown in Figure 7 The jumper retainers may be either LGX or the ADC equivalent product 5 2 Grounding an Armored Cable When installing an armored cable a procedure is required before breaking out the cable to sever and ground the armor An ADC kit is available for grounding the armor catalog GND STPKIT For details refer to the instructions shipped with the kit ADCP 90 382 Page 10 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 5 3 Breaking Out a Cable for Splicing When preparing a cable for installation break out and prepare the cable corresponding to Figure 8 for stranded cable and Figure 9 for 7 for ribbon cable gt Note Figure 8 and Figure 9 depict an IFC cable For OSP cable blocking and grounding kits not shown may be required but breakout dimensions are otherwise the same Kits are available from ADC For information on installing blocking and grounding kits if required refer to the instructions contained in the kits Note Kits for stranded cable breakouts are available from ADC Refer to catalog 804 or contact ADC Customer Assistance For contact information see Section 8 IFC CABLE FLARE TUBE INSTALL PROTECTIVE TUBES ON RIBBON END OF PROTECTIVE TUBE EXPO
8. seriously damage the retina of the eye Do not look into the ends of any optical fiber Do not look directly into the optical adapters of the adapter packs Exposure to invisible laser radiation may result An optical power meter should be used to verify active fibers A protective cap or hood MUST be immediately placed over any radiating adapter or optical fiber connector to avoid the potential of dangerous amounts of radiation exposure This practice also prevents dirt particles from entering the adapter or connector 6 1 Patch Cord Routing Within the LSX Module Route patch cords vertically down the front of the adapter pack on each panel then left or right through the guides and radius limiters on the LSX panel see Figure 17 re L il KC Le EE zl D Lei Lei Lei CONNECTOR PACK PATCH CORD GUIDE 17518 A Figure 17 LSX Module Patch Cord Guides and Radius Limiters Page 19 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 6 2 Routing Patch Cords on the LGX Bay Page 20 When routing patch cords on the LGX bay allow for a minimum of 6 in 152 mm of slack loop in the vertical trough This loop aids in the tracing of patch cords and also facilitates removing a patch cord from the bundle Additional fiber slack should be expected when installing a set of pre
9. 0 983291 France __ 0800 914032 Italy 0800 782374 ASIA PACIFIC Sales Administration 65 6294 9948 Technical Assistance 65 6393 0739 ELSEWHERE Sales Administration 1 952 917 3000 Technical Assistance 1 952 917 3475 13944 WRITE me ADC Telecommunications S PORE PTE LTD 100 Beach Road 18 01 Shaw Towers Singapore 189702 ADC Telecommunications INC PO Box 1101 Minneapolis MN 55440 1101 USA ADC European Customer Service INC Belgicastraat 2 1930 Zaventem Belgium PRODUCT INFORMATION AND TECHNICAL ASSISTANCE connectivity tac 9 adc com wireless tac 9 adc com euro tac 9 adc com asiapacific tac 9 adc com REPRINTS m PDF copies of manuals are available for downloading at the following link www adc com manuals ADCP Number 93 095 Contents herein are current as of the date of publication ADC reserves the right to change the contents without prior notice In no event shall ADC be liable for any damages resulting from loss of data loss of use or loss of profits and ADC further disclaims any and all liability for indirect incidental special consequential or other similar damages This disclaimer of liability applies to all products publications and services during and after the warranty period Page 30 2009 ADC Telecommunications Inc
10. AD CABLE ENTRY CLAMP MOUNT RUBBER PLATE GROMMET CABLE CLAMP BRACKET MOUNTING HOLES 2 FOR OVERHEAD CABLE ENTRY CABLE CLAMP BRACKET CABLE he CLAMP af EN MOUNTING HOLES 2 COVER A4 FOR UNDER FLOOR Q CABLE ENTRY ALTERNATIVE CABLE CLAMP BRACKET MOUNTING HOLES 2 FOR UNDER FLOOR STANDOFF SCREW 2 CABLE ENTRY CABLE CLAMP BRACKET 17534 A OVERHEAD CABLE POSITION Figure 11 Installing a Cable Clamp 9 Inch Module TX CABLE gt GAP 0 0 30 IN 0 8 MM 1440 A Figure 12 Grommet Selection Page 14 2009 ADC Telecommunications Inc ADCP 93 095 e Issue 2 9 2009 4 40X SCREWS CABLE 2 SHIELD 17526 A Figure 13 Cable Shield Components Shield Shown is Used With Overhead Cable 5 5 Feeder Cable Routing Separate procedures are provided in this section for different panel heights For 7 inch and 9 inch high panels refer to Section 5 5 1 on Page 16 For 1 75 inch and 3 5 inch high panels refer to Section 5 5 2 on Page 17 Page 15 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 5 5 1 Cable Routing for 7 Inch and 9 Inch High Panels Use the following procedure to route the feeder cable within the rear storage area and on the rear door splice deck Refer to Figure 14 1 Route the cable from the entry hole horizontally across the rear storage area and fo
11. LGX Compatible LSX Preterminated ANC Termination Splice Panel With Pigtails User Manual ADCP 93 095 Issue 2 9 2009 Content Page PUT RAD UT Temm 2 A DESCRIPTION schemes eR AER deemed dade cme aude 2 2 DIMENSIONS o ici dC Ron b da oko Sod alan oss qus Bd Ros Sheena Ros t aa 6 3 SPECIFICATIONS cer REG sande EGER da RN ER eee AGI S 8 A UNPACKING THE PRODUCT EG EE EE AER ILE 9 5 INSTALLATION iios sank EE ERU ER RR e de dol Dads Ros iode de Ros dic RO BR d Re at BR dn a dk les 9 5 1 Installing the Combination Module 9 5 2 Grounding an Armored Cable 10 5 3 Breaking Out a Cable for Splicing 11 5 1 Mstallinia Cable x Guru teed sd x ORC EE RR ROI RC UR RH CIR CR 12 9 97 Pesderbshio BONUM ER OR wee REM OR ae e RENE 15 PEICHCORD ROUTIN ce unb SEE brio E iri tace Chat quum dq e d od ner deg 19 6 1 Patch Cord Routing Within the LSX 19 6 2 1 Cross Connecting Within a Stand Alone 20 6 2 2 Cross Connecting Between Adjacent 22 6 2 3 Cross Connecting to Non Adjacent 23 6 2 4 Rout
12. Route the patch cord through the upper raceway for one bay length only 5 Insert the patch cords in the lower raceway between the origin and destination bays Adjust the slack loops in the vertical troughs to prevent buildup within the raceway JUMPER VERTICAL JUMPER VERTICAL VERTICAL VERTICAL UPPER VERTICAL SUPPORT TROUGH RETAINERS TROUGHS TROUGHS BRACKETS TROUGHS RACEWAYS TROUGH DESTINATION TERMINATION LOCATIONS y 17540 A Figure 21 Routing Patch Cords Starting in the Lower Raceway Bottom to Top Page 25 O 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 6 2 5 Routing Patch Cords Starting in the Upper Raceway To cross connect starting in the upper raceway use the following procedure Refer to Figure 22 and Figure 23 1 Terminate one end of each patch cord on the originating panel and bay and then route the patch cord left or right to the nearest vertical trough 2 Route the end of the patch cord terminated in step 1 up the left or right vertical trough to the upper raceway 3 At the destination panel and bay terminate the opposite end of the patch cord
13. SED RIBBON LENGTH DIMENSION A 1 75 in 12 0 in 0 0 1 0 in 38 6 in 0 0 6 0 in 30 5 cm 0 0 2 5 cm 96 5 cm 0 0 15 0 cm BREAKOUT LENGTH 17529 A DIMENSION B 3 5 in 12 0 in 0 0 1 0 in 45 5 in 0 0 6 0 in 30 5 cm 0 0 2 5 cm 113 75 cm 0 0 15 0 cm 7 in 9 in 31 0 in 0 0 1 0 in 137 0 in 0 0 6 0 in 78 7 cm 0 0 2 5 cm 1372 5 cm 0 0 15 2 cm Figure 8 Recommended Breakout Dimensions for Ribbon Cable Page 11 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 IFC CABLE 23558 A BREAKOUT LENGTH DIMENSION B EXPOSED RIBBON LENGTH DIMENSION A ao 17510 12 0 in 0 0 1 0 in 38 6 in 0 0 6 0 in 30 5 cm 0 0 2 5 cm 96 5 cm 0 0 15 0 cm 3 5 in 12 0 in 0 0 1 0 in 45 5 in 0 0 6 0 in 30 5 cm 0 0 2 5 cm 113 75 cm 0 0 15 0 cm 7 in 9 in 12 0 in 40 0 1 0 in 94 0 in 0 0 1 0 in 30 5 cm 0 0 2 5 cm 238 8 cm 0 0 2 5 cm Figure 9 Recommended Breakout Dimensions for Stranded Cable 5 4 Installing a Cable Clamp Every LSX panel is shipped with a cable clamp that can be used to secure a cable to the chassis This section contains instructions for the 7 inch and 9 inch high panels For other panel heights refer to the instructions provided in the cable clamp kit To install the cable clamp use the following procedure Refer to Figure 10 for the 7 inch panel and Figure 11 for the 9 inch panel
14. USC UFC Multimode USC 7 Inch High Panel Number of Terminations 72 or 96 Dimensions HxWxD 7 0 x 17 0 x 12 0 inches 17 8 x 435 x 281 7 mm See Figure 4 Weight 25 Ibs 11 34 kg 9 Inch High Panel Number of Terminations 144 Dimensions HxWxD 9 0 x 17 0 x 12 0 inches 22 9 x 435 x 281 7 mm See Figure 4 Weight 25 Ibs 11 34 kg 1 75 Inch High Panel Number of Terminations 12 or 24 Dimensions HxWxD 1 73 x 17 0 x 12 0 inches 4 4 x 43 1 x 30 5 cm See Figure 5 Weight 10 Ibs 4 53 kg 3 5 Inch High Panel Number of Terminations 48 Dimensions HxWxD 5 22 x 17 0 x 12 0 inches 13 3 x 43 1 x 30 5 cm See Figure 6 Weight 15 165 6 8 kg 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 4 UNPACKING THE PRODUCT Unpack and inspect the LSX panel as follows 1 Inspect the exterior of the shipping container for evidence of rough handling that may have damaged the contents of the container 2 Unpack the panel and associated components and check for possible damage 3 If damage is detected or if parts are missing file a claim with the commercial carrier and then notify ADC Customer Service Save the damaged carton for inspection by the carrier Note For information on how to contact ADC Customer Service if needed refer to Section 8 in this manual 4 Save the shipp
15. ademark of Lucent Technologies Related Publications Title ADCP Number LGX Compatible LSX 288 Position Termination Splice Panel User Manual 93 103 LGX Compatible LSX Connector Module User Manual 93 089 Armored Plenum Compact Building Cable Ground Clamp Kit GND STPKIT Installation Instructions 90 382 1 DESCRIPTION The LSX Preterminated Termination Splice Panel With Pigtails is an LGX style rack mounted panel that provides a splicing transition between one or more fiber optic cables and a termination bulkhead for fiber optic patch cords Page 2 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 In a typical application the LSX panel serves as a splicing and distribution point to transition from Outside Plant OSP or Intra Facility Cable IFC to inbuilding circuits connected to with patch cords The panel may be used in either an interconnect or cross connect configuration and in either singlemode or multimode applications Figure 1 summarizes the functional components of the LSX termination panel As shown an OSP or IFC cable is routed through the panel to the splice area access door which serves as a splice deck On the splice area rear access door located on the rear of the panel the component fibers are spliced to the internal pigtails The factory terminated internal pigtails transition to the bulkhead located on the front of the panel Patch cords installed from the front side of the pan
16. and then route the patch cord left or right to the nearest vertical trough 4 Route the patch cord terminated in step 3 up the left or right vertical trough as shown in Figure 22 and Figure 23 VERTICAL JUMPER VERTICAL VERTICAL VERTICAL UPPER VERTICAL TROUGH RETAINERS TROUGHS TROUGHS BRACKETS TROUGHS RACEWAYS TROUGH ORIGINATING DESTINATION TERMINATION TERMINATION LOCATIONS LOCATIONS 26 17540 Figure 22 Routing Patch Cords the Upper Raceway to Top 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 VERTICAL TROUGH 5 Insert the patch cords in the upper raceway between the origin and destination bays Adjust the slack loops in the vertical troughs to prevent buildup within the raceway JUMPER VERTICAL RETAINERS TROUGHS ORIGINATING TERMINATION LOCATIONS y l UPPER VERTICAL RACEWAYS TROUGH
17. as follows see Figure 2 LGX Compatible Chassis is of solid metal construction and painted white Nine 7 inch chassis or seven 9 inch chassis may be installed on an LGX frame e Bulkhead holds the pass through adapters that provide the physical interface between the connector ends of internal pigtails and patch cords installed on the bulkhead Adapter Pack 6 8 12 or 24 pack depending on model mounts in the bulkhead providing one column of adapters connectors for terminating patch cords Connector types available include singlemode USC ASC and UFC and multimode SC Patch Cord Guides provide cable management in routing patch cords Removable Front Cover provides unimpeded access for installation of patch cords Patch Cord Designation Card is used to record patch cord usage Removable Radius Limiter provides bend radius protection for the fibers 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 Mounting Brackets may be oriented for either 19 inch or 23 inch rack mount Every LSX Termination Splice Panel has a rear splice area such as shown in Figure 3 for the 7 inch panel The other height panels have analogous features COVER RIBBON FANOUT BRACKET CABLE RING TYPICAL OSP OR IFC CABLE CLAMP KURLEY LOCK TYPICAL SPLICE STORAGE SPOOL SPLICE AREA MASS FUSION ACCESS DOOR SPLICE CHIP Figure 3 LSX Termin
18. ation Splice Panel Rear View The main features in the rear splice area are as follows OSP or IFC Cable Clamp secures cable to chassis Kurley Locks route and secure cable fibers and internal pigtails Splice Storage Spools provides service loop storage for cable fibers and pigtails Mass Fusion Splice Chip splices 24 fiber pigtail interfaces Splice Area Access Door folds down providing a horizontal splice deck e Cable Ring routes and secures cable on entry into splice area Ribbon Fanout Bracket holds one stack of four ribbon fanout chips if ribbon rather than stranded pigtails are present Wing Nut secures the cover next item to hold it in place e Cover protects splices once completed Each panel is shipped with a cable clamp Page 5 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 2 DIMENSIONS Figure 4 shows dimensions for the most common chassis heights 7 inch and 9 inch Figure 5 shows dimensions for 1 75 inch high panel Figure 6 shows the 3 75 inch high panel 14 84 IN bias 37 7 CM a i aoa U U 15 0 IN 38 1 e C C el R 7 53 IN 19 1 5 0 IN 12 7 CM Y Y TOP VIEW 16 84 IN 2 42 8 CM g 22 15 56 3 CM ux 23 IN RACK MOUNT 58 4 CM m 18 15 46 1 CM 19 IN RACK MOUNT 48 3
19. connectorized patch cords Refer to the following topics for patch cord details for a stand alone bay adjacent bays and non adjacent bays 6 2 1 Cross Connecting Within a Stand Alone Bay Cross connecting within a stand alone bay shown in Figure 18 may be required when facility and equipment terminations are intermixed Most cross connection routing within a stand alone bay should be done with 5 meter 16 5 ft patch cords Shorter 3 meter 9 9 ft patch cords can be used when both ends are terminated in the top half of the bay Use the following procedure to route patch cords on a stand alone bay 1 Loop the patch cord across the upper raceway 2 Route the right side of the patch cord down through the right vertical trough to the LSX panel where the right side of the patch cord will be terminated 3 Route the left side of the patch cord down through the left vertical trough to the LSX panel where the left side of the patch cord will be terminated 4 Route the ends of the patch cords inward from the vertical troughs to the respective points of termination Connect the two ends of the patch cord at the desired adapters Note On same side terminations one end of the patch cord will extend across the midline of the bay as shown in Figure 18 for patch cords 2 and 3 On opposite side terminations the patch cord will not extend across the midline of the bay 5 Adjust the slack length at both ends of the patch cord to about equal
20. el provide the connection to fiber optic terminal equipment MASS FUSION SPLICE AREA SPLICE CHIP ACCESS DOOR Ol GIOAV N3dO N3HM NOILVIGVE H3SV1 iiim 2222222222 OSP OR IFC CABLE INTERNAL PIGTAILS f BULKHEAD FOR PATCH CORD TERMINATION 17530 A Figure 1 Functional Components of LSX Preterminated Termination Splice Panel Cut Away Top View Page 3 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 Page 4 The LSX panel is shipped with pre terminated factory installed ribbon or stranded pigtails The panel is available in five chassis heights with different numbers of termination positions as follows 1 75 inch high with 12 or 24 termination positions 3 5 inch high with 48 termination positions 7 inch high with 72 or 96 positions 9 inch high with 144 positions and 11 inch high with 288 positions documented in a separate manual Figure 2 shows the main external features of the 7 inch high panel The 1 75 inch 3 5 inch and 9 inch high panels have analogous features LGX COMPATIBLE CHASSIS SPLICE AREA ACCESS DOOR MOUNTING BRACKET PATCH CORD GUIDE REMOVABLE FRONT COVER PATCH CORD eer DESIGNATION CARD RADIUS 17523 A LIMITERS Figure 2 Main External Features of 7 Inch High LSX Termination Splice Panel Front View The features shown are
21. en route the patch cord left or right to the nearest vertical trough Page 22 2009 ADC Telecommunications Inc ADCP 93 095 e Issue 2 9 2009 2 At the destination panel and bay terminate the opposite end of the patch cord then route the patch cord left or right to the nearest vertical trough Loop the patch cord over the upper raceway or jumper support bracket to the adjacent rack 4 Adjust the slack length at both ends of the patch cord to about equal length and dress the excess length within the jumper retainers 6 2 3 Cross Connecting to Non Adjacent Bays Patch cords may be routed through upper or lower raceways to non adjacent bays in an LGX or LSX lineup As a general rule patch cords originating in LSX panels located in the upper half of an originating bay are routed to the upper raceway Conversely patch cords originating in panels located in the lower half of an originating bay are routed to the lower raceway 6 2 3 1 Patch Cord Length Selection Patch cord length is a concern when cross connecting to non adjacent bays because the bays may be at various distances from one another To select the correct patch cord length you must take into account the number of bays to be traversed and which raceways will be used to route the patch cord To select a patch cord based on these factors refer to Table 2 Table 2 Patch Cord Selection Table BOTTOM HALF ORIGIN BOTTOM HALF DESTINATION LOWER TO LOWER RACEWAY
22. er Infrared radiation is invisible and can seriously damage the retina of the eye Do not look into the ends of any optical fiber Do not look directly into the optical adapters of the adapter packs Exposure to invisible laser radiation may result An optical power meter should be used to verify active fibers A protective cap or hood MUST be immediately placed over any radiating adapter or optical fiber connector to avoid the potential of dangerous amounts of radiation exposure This practice also prevents dirt particles from entering the adapter or connector 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 Testing and patching of optical circuits are done on the front of the LSX panel using patch cords Whenever patch cords are installed route them down and to the side as with cross connect patch cords Refer to Figure 25 below see also Figure 17 on page 19 TOP VIEW MENSA Figure 25 Correct Routing of Patch Cords Page 29 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 8 CUSTOMER INFORMATION AND ASSISTANCE PHONE mm U S A or CANADA Sales 1 800 366 3891 Extension 73000 Technical Assistance 1 800 366 3891 Connectivity Extension 73475 p Wireless Extension 73476 EUROPE Sales Administration 32 2 712 65 00 Technical Assistance 32 2 712 65 42 EUROPEAN TOLL FREE NUMBERS Germany 0180 2232923 UK _ 0800 960236 Spain 90
23. h patch cord at the originating panel and bay then route the patch cord left or right to the nearest vertical trough 2 Route the end of the patch cord terminated in step 1 down the left or right vertical trough to the lower raceway JUMPER VERTICAL JUMPER VERTICAL VERTICAL SUPPORT VERTICAL UPPER VERTICAL TROUGH RETAINERS TROUGHS TROUGHS BRACKET TROUGHS RACEWAYS TROUGH ORIGINATING TERMINATION LOCATIONS DESTINATION L TERMINATION LOCATIONS 17538 A LOWER LOWER LOWER RACEWAY RACEWAY RACEWAY Figure 20 Routing Patch Cords Starting in the Lower Raceway Bottom to Bottom Page 24 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 3 At the destination panel and bay terminate the opposite end of the patch cord then route the patch cord left or right to the nearest vertical trough 4 Route the end of the patch cord terminated in step 3 up the left or right vertical trough and over the upper raceway across the top of one bay as shown in Figure 20 and Figure 21 Note Use the lower trough as the main raceway since it tends to be less congested
24. ing Patch Cords Starting in the Lower 24 Continued 1450382 Rev A Page 1 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 Content continued Page 6 2 Routing Patch Cords the LGX 20 6 3 Mounting 144 Position Modules Adjacent to 72 or 96 Position Modules 28 T OPERATION ERIT CRX Rud ED ERAXDG EEG UG ed Ra DRE d qx 28 7 4 Removing a Cover for Easier Access 28 T Patching and e race ERA OCEERQ RR RR A 28 8 CUSTOMER INFORMATION AND 51 5 30 INTRODUCTION This user manual describes the ADC LGX Compatible LSX Preterminated Termination Splice Panel With Pigtails and provides instructions for installation and operation of this product The panel is designed to be mounted on either a 19 inch 48 26 cm or 23 inch 58 42 cm Lucent LGX compatible rack It is designed for use with stranded or ribbon construction cable which may be Outside Plant OSP or Intra Facility Cable IFC Revision History ISSUE DATE REASON FOR CHANGE Issue 1 05 2002 Original Issue 2 09 2009 Original Trademark Information ADC is a registered trademark of ADC Telecommunications Inc LGX is a registered tr
25. ing container for use in case the equipment requires shipment at a future date 5 INSTALLATION The main steps in installing an LSX panel are Mounting the panel on the frame Breaking out the cable to be spliced within the panel Installing the cable on the outside of the panel and Routing the cable within the panel from the cable clamp to the splice deck For instructions refer to the following subsections 5 1 Installing the Combination Module Note Because of its extra depth due to its rear splice area the LSX panel should be installed on an LGX fiber distribution frame with a depth of at least 15 inches 38 1 cm Install the panel from the front side of the rack using the following procedure Refer to Figure 7 Page 9 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 RACK FRONT FLANGE LGX JUMPER RETAINER NOT PROVIDED BY ADC D MOUNTING BRACKET LGX JUMPER RETAINER NOT PROVIDED BY ADC 17532 A 12 24X SCREW 6 Figure 7 Installing the Connector Module 23 Inch Rack Shown 1 Determine the mounting location and rack width and reposition the mounting brackets if required a If installing the panel on a 19 inch rack remove the two mounting brackets and re install them using the 19 inch orientation refer to Figure 4 b If installing the panel on a 23 inch rack install the chassis with the mounting brackets positioned as shipped 2 Secure the
26. length and dress the excess length within the jumper retainers 2009 ADC Telecommunications Inc ADCP 93 095 e Issue 2 9 2009 VERTICAL UPPER VERTICAL VERTICAL UPPER VERTICAL TROUGH RACEWAY TROUGH TROUGH RACEWAY TROUGH JUMPER RETAINERS OPPOSITE SIDE SAME SIDE TEE TERMINATIONS TERMINATIONS Figure 18 Routing Patch Cords on a Stand Alone Bay Page 21 2009 ADC Telecommunications Inc ADCP 93 095 Issue 2 9 2009 6 2 2 Cross Connecting Between Adjacent Bays Most cross connection routing between adjacent racks should be done with 6 meter 19 8 ft patch cords Shorter 4 meter 13 2 ft patch cords can be used when both ends are terminated in the top left of the frame To route patch cords between adjacent bays shown in Figure 19 use the following procedure VERTICAL UPPER VERTICAL UPPER VERTICAL TROUGH RACEWAY TROUGHS RACEWAY TROUGH JUMPER SUPPORT BRACKET JUMPER RETAINERS 17537 A Figure 19 Routing Patch Cords Between Adjacent Bays 1 Terminate one end of the patch cord on the originating LSX panel and bay th
27. rm a single vertical loop by looping the cable twice through the rear set of curleyloks following the same route as the internal pigtails in the front set of curleyloks 2 Route the cable to the splice area access door 3 Tie down the cable at the point where the exposed fibers emerge from the breakout per the breakout dimensions provided in subsection 5 3 CABLE CLAMP LOOP TWICE ENTRY THROUGH HOLE CURLEYLOKS SS IN SAME LOOP AS PIGTAILS SPLICE AREA ACCESS DOOR MASS FUSION SPLICE CHIP REAR VIEW 17602 A BREAKOUT POINT Figure 14 Cable Routing 7 and 9 Inch High Panel Page 16 2009 ADC Telecommunications Inc ADCP 93 095 e Issue 2 9 2009 5 5 2 Cable Routing for 1 75 Inch High Panels To route a cable into a 1 75 high panel use the following procedure Figure 15 shows routing with the panel drawer extended 1 Route the cable from the entry hole horizontally across the rear storage area and into the extended drawer 2 Loop the cable around twice on the drawer and tie it down with lacing in the locations shown Route the cable to the splice tray as shown 4 Tie down the cable at the point where the exposed fibers emerge from the breakout per the breakout dimensions provided insubsection 5 3

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