CommScope OMX 600 Splice Bay User Manual
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CommScope OMX 600 Splice Bay User Manual

CommScope OMX 600 Splice Bay User Manual

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OMX 600 Splice Bay
User Manual
SPLICE BAY (STANDARD)
(RAISED FLOOR CABLE CONFIGURATION)
300100112149 Rev C
www.commscope.com
SPLICE BAY WITH LOCKABLE SPLICE TRAY DOORS
(RAISED FLOOR CABLE CONFIGURATION)
26051-A
ADCP-93-090
Rev C, March 2021

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Summary of Contents for CommScope OMX 600 Splice Bay

  • Page 1 Rev C OMX 600 Splice Bay User Manual SPLICE BAY (STANDARD) (RAISED FLOOR CABLE CONFIGURATION) SPLICE BAY WITH LOCKABLE SPLICE TRAY DOORS (RAISED FLOOR CABLE CONFIGURATION) 26051-A 300100112149 Rev C ADCP-93-090 Rev C, March 2021 www.commscope.com...
  • Page 2 Contents herein are current as of the date of publication. CommScope reserves the right to change the contents without prior notice. In no event shall CommScope be liable for any damages resulting from loss of data, loss of use, or loss of profits and CommScope further disclaims any and all liability for indirect, incidental, special, consequential or other similar damages.

  • Page 3: About This Manual

    RELATED PUBLICATIONS Listed below are related manuals and their publication numbers. Copies of these publications can be ordered by contacting the CommScope Technical Assistance Center at http://www.commscope.com/SupportCenter Title/Description ADCP Number...

  • Page 4: Standards Certification

    American Wire Gauge Centigrade Fahrenheit Fiber Distribution Hub Fiberglass Mounting Sleeve FTTP Fiber To The Premises IFDH Indoor Fiber Distribution Hub Outside Plant Pad Mount Frame Plug and Play Reduced Bend Radius Return Material Authorization Page iv © 2021 CommScope, Inc.

  • Page 5: Table Of Contents

    TECHNICAL ASSISTANCE............... . 44 Page 1 © 2021, CommScope, Inc.
  • Page 6 ADCP-93-090 • Rev C • March 2021 • Preface TABLE OF CONTENTS Content Page Page 2 © 2021, CommScope, Inc.

  • Page 7: Product Description

    ENVIRONMENT SHOWN. SPLICE TRAYS ARE ORIENTED FOR OVERHEAD CABLE ENVIRONMENT APPLICATION FRONT DOOR (HINGED) SPLICE TRAY DOOR (LOCKABLE) CABLE BRACKETS CABLE ENTRANCE (RAISED FLOOR CABLE ENVIRONMENT) 26054-A Figure 1. OMX600 Splice Bay (Raised Floor Cable Environment) Page 1 © 2021 CommScope, Inc.

  • Page 8: Omx Splice Bay Without Locking Splice Tray Doors (Standard)

    REMOVE NO CHANGE 26055-A 72-FIBER IFC REPOSITIONED CABLE 96-FIBER IFC CABLE CONFIGURATION TIE-DOWN BRACKETS CABLE CONFIGURATION Figure 2. 72- to 96-Fiber IFC Frame Re-Configuration, Raised Floor Cable Environment (Shown without Front Doors) (Front View) Page 2 © 2021, CommScope, Inc.

  • Page 9: 72-To 96-Fiber Ifc Frame Re-Configuration, Overhead Cable Environment

    DOWN POSITION REMOVE CHANGE 26055-A 72-FIBER IFC REPOSITIONED CABLE 96-FIBER IFC CABLE CONFIGURATION TIE-DOWN BRACKETS CABLE CONFIGURATION Figure 3. 72- to 96-Fiber IFC Frame Re-Configuration, Overhead Cable Environment Shown without Front Doors) (Front View) Page 3 © 2021 CommScope, Inc.

  • Page 10: Installation

    WASHER LOCK (SEE NOTE) DOOR THREADED BEZEL CYLINDER NOTE: MAKE SURE STRAIGHT CAM IS (LOCK) ORIENTED UP, AS SHOWN, FOR RAISED FLOOR CONFIGURATIONS KEY SET Figure 4. Door Lock Installation (Raised Floor Cable Environment) Page 4 © 2021, CommScope, Inc.

  • Page 11: Overhead Cable Environment

    NOTE: MAKE SURE STRAIGHT CAM IS ORIENTED UP, AS SHOWN, FOR RAISED FLOOR CONFIGURATIONS LOCK WASHER DOOR THREADED LOCK CYLINDER BEZEL STRAIGHT (LOCK) KEY SET (SEE NOTE) 26058-A Figure 5. Door Lock Assembly (Overhead Cable Environment) Page 5 © 2021 CommScope, Inc.

  • Page 12: Cable Routing

    CABLES ROUTE OSP AND IFC CABLES TO THEIR RESPECTIVE SPLICE TRAYS . USING TUBING, SECURE CABLES TO TIE-DOWN LANCE ON FRAME 3 IN. (7.62 CM) 26059-A Figure 6. Fully Cabled Splice Bay (Front View) Page 6 © 2021, CommScope, Inc.
  • Page 13 VIEW NOTE: FOR OSP CABLE WITH METALLIC SHEATH MEMBERS, SEE SECTION 4.3 ON PAGE 39 GROMMET TOKE (2) 10-32 SCREW OSP CABLE CLAMP ASSEMBLY 26060-A Figure 7. OSP Cable Routing (Raised Floor Cable Environment) Page 7 © 2021 CommScope, Inc.
  • Page 14 2. Route and secure IFC cable to the bay as shown in Figure WIRE TIE-DOWN LACE CORRUGATED TUBING CABLE FRONT VIEW CABLE SECURE GROMMET YOKE (2) COVER (2) IFC CABLE CABLE CLAMP ASSEMBLY 26061-A CABLE Figure 8. IFC Cable Routing (Raised Floor Cable Environment) Page 8 © 2021, CommScope, Inc.
  • Page 15 ADCP-93-090 • Rev C • March 2021 3. Route second OSP and IFC cable, respectively, as shown in Figure Figure 9. Second OSP and IFC Cable Routing Procedure Page 9 © 2021 CommScope, Inc.

  • Page 16: Omx Splice Bay With Locking Splice Tray Doors (Overhead Cable Environment)

    ROUTE OSP AND IFC CABLES TO THEIR RESPECTIVE SPLICE TRAYS. USING TUBING, SECURE CABLES TO TIE-DOWN LANCE ON FRAME 3 IN. (7.62 CM) CORRUGATED TUBING WIRE TIE 26053-A Figure 10. Fully Cabled Splice Bay (Front View) Page 10 © 2021, CommScope, Inc.
  • Page 17 Note: For OSP cable with metallic sheath members, see Section 4.3, “Ground OSP Cable (with Metallic Sheath Members)” on page 34. GROMMET TOKE (2) 10-32 SCREW OSP CABLE CLAMP ASSEMBLY 26064-A Figure 11. OSP Cable Routing (Overhead Cable Environment) Page 11 © 2021 CommScope, Inc.
  • Page 18 2. Route and secure IFC cable to the bay as shown in Figure CABLE CABLE GROMMET YOKE (2) COVER (2) IFC CABLE CLAMP ASSEMBLY FRONT VIEW 26065-A CORRUGATED TIE-DOWN CABLE TUBING LACE SECURE CABLE WIRE Figure 12. IFC Cable Routing (Overhead Cable Environment) Page 12 © 2021, CommScope, Inc.
  • Page 19 ADCP-93-090 • Rev C • March 2021 3. Route second OSP and IFC cable, respectively, as shown in Figure CABLE CABLE 26065-A FRONT VIEW Figure 13. Second OSP and IFC Cable Routing Procedure Page 13 © 2021 CommScope, Inc.

  • Page 20: Omx Splice Bay Without Locking Splice Tray Doors (Raised Floor Cable Environment)

    ROUTE OSP AND IFC CABLES TO THEIR RESPECTIVE SPLICE TRAYS . USING TUBING, SECURE CABLES TO TIE-DOWN LANCE ON FRAME 3 IN. (7.62 CM) Figure 14. Fully Cabled Bay (Front View, 72-Fiber IFC Configuration) Page 14 © 2021, CommScope, Inc.
  • Page 21 NOTE: FOR OSP CABLE WITH METALLIC SHEATH MEMBERS, SEE SECTION 4.3 ON PAGE 39 GROMMET TOKE (2) 10-32 SCREW OSP CABLE CLAMP ASSEMBLY FRONT VIEW 26068-A Figure 15. OSP Cable Routing (Raised Floor Cable Environment, 72-Fiber IFC Configuration) Page 15 © 2021 CommScope, Inc.
  • Page 22 WIRE TIE-DOWN LACE CORRUGATED TUBING CABLE CABLE SECURE GROMMET YOKE (2) COVER (2) IFC CABLE CABLE CLAMP ASSEMBLY 26069-A CABLE Figure 16. IFC Cable Routing (Raised Floor Cable Environment, 72-Fiber IFC Configuration) Page 16 © 2021, CommScope, Inc.
  • Page 23 ADCP-93-090 • Rev C • March 2021 Figure 17 shows a front view of the OSP and IFC cable routing. 26070-A CABLE CABLE Figure 17. OSP and IFC Cable Routing (Front View, 72-Fiber IFC Configuration) Page 17 © 2021 CommScope, Inc.
  • Page 24 3. Continue routing OSP and IFC cables as shown in Figure SECUREOSP CABLES TO INSIDE OF CABLE TIE-DOWN BRACKETS SECURE IFC CABLES TO OUTSIDE OF CABLE TIE-DOWN BRACKETS 26071-A CABLES CABLES Figure 18. OSP and IFC Cable Routing Method (72-Fiber IFC Configuration) Page 18 © 2021, CommScope, Inc.

  • Page 25: 96-Fiber Ifc Configuration

    ROUTE OSP AND IFC CABLES TO THEIR RESPECTIVE SPLICE TRAYS . USING TUBING, SECURE CABLES TO TIE-DOWN LANCE ON FRAME 3 IN. (7.62 CM) 26072-A Figure 19. Fully Cabled Splice Bay (Front View, 96-Fiber IFC Configuration) Page 19 © 2021 CommScope, Inc.
  • Page 26 TOKE (2) 10-32 SCREW OSP CABLE CLAMP ASSEMBLY OSP CABLE SKIP BOTTOM FOUR SPLCE TRAYS (BOTH SIDES) 26073-A OSP CABLE FRONT VIEW Figure 20. OSP Cable Routing (Raised Floor Cable Environment, 96-Fiber IFC Configuration) Page 20 © 2021, CommScope, Inc.
  • Page 27 2. Route and secure first IFC cable and OSP cable to the bay as shown in Figure WIRE TIE-DOWN LACE CORRUGATED TUBING CABLE CABLE SECURE GROMMET YOKE (2) COVER (2) IFC CABLE CLAMP ASSEMBLY CABLE 26074-A CABLE Figure 21. IFC Cable Routing (Raised Floor Cable Environment, 96-Fiber IFC Configuration) Page 21 © 2021 CommScope, Inc.

  • Page 28: Omx Splice Bay Without Locking Splice Tray Doors (Overhead Cable Environment)

    CABLES ROUTE OSP AND IFC CABLES TO THEIR RESPECTIVE SPLICE TRAYS . USING TUBING, SECURE CABLES TO TIE-DOWN LANCE ON FRAME 3 IN. (7.62 CM) 26075-A Figure 22. Fully Cabled Splice Bay (Front View) Page 22 © 2021, CommScope, Inc.
  • Page 29 Note: For OSP cable with metallic sheath members, see Section 4.3, “Ground OSP Cable (with Metallic Sheath Members)” on page 34. GROMMET TOKE (2) 10-32 SCREW OSP CABLE CLAMP ASSEMBLY 26076-A Figure 23. OSP Cable Routing (Overhead Cable Environment, 72-Fiber IFC Configuration) Page 23 © 2021 CommScope, Inc.
  • Page 30 Figure CABLE CABLE GROMMET YOKE (2) COVER (2) IFC CABLE CLAMP ASSEMBLY FRONT VIEW 26077-A CORRUGATED TIE-DOWN CABLE TUBING LACE SECURE CABLE WIRE Figure 24. IFC Cable Routing (Overhead Cable Environment, 72-Fiber IFC Configuration) Page 24 © 2021, CommScope, Inc.
  • Page 31 OSP and IFC cables. Continue routing cables in the same manner. FIRST IFC CABLE FIRST OSP CABLE SECOND IFC CABLE SECOND OSP CABLE 26078-A Figure 25. OSP and IFC Cable Routing Procedure (Overhead Cable Environment) Page 25 © 2021 CommScope, Inc.

  • Page 32: 96-Fiber

    TO THEIR RESPECTIVE SPLICE TRAYS . USING TUBING, SECURE CABLES TO TIE-DOWN LANCE ON FRAME 3 IN. (7.62 CM) 26079-A Figure 26. Fully Cabled Bay, Front View (96-Fiber IFC Configuration) Use the following procedure. Page 26 © 2021, CommScope, Inc.
  • Page 33 SEE SECTION 4.3 ON PAGE 39 GROMMET TOKE (2) 10-32 SCREW OSP CABLE CLAMP ASSEMBLY FRONT VIEW SKIP TOP FOUR SPLCE TRAYS (BOTH SIDES) 26080-A Figure 27. OSP Cable Routing (Overhead Cable Environment, 96-Fiber IFC Configuration) Page 27 © 2021 CommScope, Inc.
  • Page 34 Figure CABLE CABLE GROMMET YOKE (2) COVER (2) IFC CABLE CLAMP ASSEMBLY FRONT VIEW 26081-A CORRUGATED TIE-DOWN CABLE TUBING LACE SECURE CABLE WIRE Figure 28. IFC Cable Routing (Overhead Cable Environment, 96-Fiber IFC Configuration) Page 28 © 2021, CommScope, Inc.
  • Page 35 ROUTE OSP CABLES TO THE INSIDE OF THE OF CABLE BRACKETS ROUTE IFC CABLES TO THE OUTSIDE OF THE CABLE BRACKETS 26082-A Figure 29. OSP and IFC Cable Routing Method (96-Fiber IFC, Overhead Cable Environment) Page 29 © 2021 CommScope, Inc.

  • Page 36: Omx Splice Cabinet Density Using Ribbon Cables

    1. Corrugated tubing installation: Remove OMX Vertical Management hardware from inside center of cabinet marking on back wall of cabinet the position they came from to aid in reinstallation later. Refer to Figure Figure 30. OMX Cabinet Vertical Management Removed Page 30 © 2021, CommScope, Inc.
  • Page 37 OMX cabinet (see Figure 31). Snug down the cable ties making sure not to crush the corrugated tubing. FRONT VIEW 26090-A CORRUGATED TIE-DOWN CABLE TUBING LACE SECURE CABLE WIRE Figure 31. Cutting Corrugated Tubing Page 31 © 2021 CommScope, Inc.
  • Page 38 Figure 32. Ladder Racking Above OMX Splice Cabinet b. Place 864-fiber cable inside OMX Splice Cabinet into the center area of the cable management channels as shown in Figure 33 Figure Page 32 © 2021, CommScope, Inc.
  • Page 39 ROUTE OF IFC CABLES ON OUTSIDE OF CABLE BRACKETS CABLE BRACKET 26091-A ROUTE OF OSP CABLES ON INSIDE OF CABLE BRACKETS Figure 33. OMX Vertical Management CABLES CABLE CABLE 26092-A Figure 34. OMX Splice Cabinet Vertical Management Channels Page 33 © 2021 CommScope, Inc.
  • Page 40 7-inches above the first splice tray location. If this dimension is any closer, there is a risk of the oval tubing kinking and needs to be avoided. 6. Complete the OSP routing per Figure Page 34 © 2021, CommScope, Inc.
  • Page 41 ADCP-93-090 • Rev C • March 2021 Figure 36. OSP Breakout Assembles Page 35 © 2021 CommScope, Inc.
  • Page 42 IFC blocking kits are 7-inches above the first splice tray location. If this dimension is any closer, there is a risk of the oval tubing kinking and needs to be avoided. 8. Complete the IFC routing per Figure Figure 37. 192-Fiber IFC Blocking Kit Position Page 36 © 2021, CommScope, Inc.
  • Page 43 ADCP-93-090 • Rev C • March 2021 Figure 38. IFC Breakout Assemblies Page 37 © 2021 CommScope, Inc.

  • Page 44: Ground Instructions

    GROUND KIT ASSEMBLY HOLE KIT ASSEMBLY STAR WASHER GROUND LUG (BOTH SIDES) LOCK WASHER INSIDE SURFACE OF DOOR INSERT SCREW FRAME THROUGH GROUND HOLE FROM OUTSIDE OF DOOR Figure 39. Front Door Grounding Procedure Page 38 © 2021, CommScope, Inc.

  • Page 45: Ground Omx Splice Frame

    TO BUILDING GROUND FOR OVERHEAD CABLE ENVIRONMENTS ADDITIONAL GROUND LOCATION GROUND M6 SCREW (2) FOR RAISED FLOOR CABLE ENVIRONMENTS GROUND M6 SCREW (2) ADDITIONAL TO BUILDING 26084-A GROUND LOCATION GROUND Figure 40. Frame Grounding Method Page 39 © 2021 CommScope, Inc.

  • Page 46: Ground Osp Cable (With Metallic Sheath Members)

    IS REQUIRED ON BOTH SIDES OF THE CABINET (AS ILLUSTRATED), TWO GROUNDING KITS MUST BE ORDERED. WIRE CLIP GROUND LUG (EITHER SIDE) 27408-A Figure 41. Ground Lug and Ground Wire Procedure (Raised Floor Cable Environment) Page 40 © 2021, CommScope, Inc.
  • Page 47 Figure 42 shows an overview of an OSP cable with metallic sheath members routed and terminated. SEE DETAIL A GROUND LUG (EITHER SIDE) 26086-A OSP CABLE Figure 42. OSP Cable Metallic Sheath Members Routing Overview Page 41 © 2021 CommScope, Inc.
  • Page 48 Figure 34 shows Detail A, refer to Figure 43. For OSP cable preparation, follow the steps shown in Figures 35 and 36. SPLIT BOLT CONNECTOR WIRE CLIP 26087-A OSP SHIELD CONNECTOR CLAMP KIT Figure 43. Detail A Page 42 © 2021, CommScope, Inc.

  • Page 49: Osp Cable Grounding Procedure

    SLIDE BASE CLIP INTO CABLE UNTIL STOPS CONTACT SHEATH NOTE: CUT IN CABLE SHEATH IS OPPOSITE BASE CLIP ENTRY POINT TAP ON CABLE SHEATH AT POINT SHOWN 26088-A CABLE SHEATH TAP HERE Figure 44. OSP Cable Ground Procedure (Steps 1 Through 4 Page 43 © 2021 CommScope, Inc.

  • Page 50: Technical Assistance

    (SECURE TO FRAME) 36 WIRE TO GROUND LUG 26089-A Figure 45. OSP Cable Ground Procedure (Steps 5 and 6) 5 TECHNICAL ASSISTANCE For technical assistance, contact the CommScope Support Center using the following website address: http://www.commscope.com/SupportCenter Page 44 © 2021, CommScope, Inc.

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