Huawei OptiX OSN 8800 T64 Quick Installation Manual
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Huawei OptiX OSN 8800 T64 Quick Installation Manual

Intelligent optical transport platform
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OptiX OSN 8800 Intelligent Optical Transport
Platform
Quick Installation Guide
Issue: 15
Date: 2017-09-30
HUAWEI TECHNOLOGIES CO., LTD.

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Summary of Contents for Huawei OptiX OSN 8800 T64

  • Page 1 OptiX OSN 8800 Intelligent Optical Transport Platform Quick Installation Guide Issue: 15 Date: 2017-09-30 HUAWEI TECHNOLOGIES CO., LTD.
  • Page 2 Notice The purchased products, services and features are stipulated by the contract made between Huawei and the customer. All or part of the products, services and features described in this document may not be within the purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and recommendations in this document are provided "AS IS"...
  • Page 3 Installation Flow Start Reference information Before Installation Holes for Page 1 Installation Page 10 to Operation the Subrack to 2 Precautions Start Introduction to Installing Subrack Page 19 Installing/Routing Installation Handles Page 45 Page 3 Power Cables-AC Features of the 8800 T64 Page 20 to Installing Subracks...
  • Page 4 Installation Precautions NOTE This document provides guidelines for quick hardware installation. It describes procedures for onsite installation, but does not describe pre-delivery assembly. CAUTION In different subracks, the minimum distance (L) between the board ejector lever and the cabinet door must meet the following requirements: •8800 T64/T32/T16 subracks, 8800 Universal platform subrack (DC power supply): L ≥...
  • Page 5 Installation Precautions ESD jacks on the T16 subrack ESD jacks on the universal platform subrack CAUTION Bundling Cables Binding intervals between cable ties or optical fiber binding straps inside the cabinet cannot exceed 250 mm. (Binding intervals cannot exceed 200 mm for user cables.) Binding intervals between cable ties for all cables and corrugated pipes outside the cabinet are determined based on the distance between the two horizontal beams.
  • Page 6 When connecting fibers between the front side and rear side of the OptiX OSN 8800 T64 subrack, route fibers through the bottom of the subrack. In this case, the fibers must be protected in winding pipes at throughholes.
  • Page 7 Boards are fragile and vulnerable. When transporting or placing a board, exercise caution and ensure that the board is packed in a dedicated box to protect the board against damage. Boards must be packed with original packaging materials during transportation. If the original packaging materials are lost, contact Huawei.
  • Page 8 Required Tools and Equipment Phillips screwdriver Measuring tape Flat-head screwdriver Marker Adjustable wrench Segmented blade utility knife Heat gun Socket wrench Cable cutter Wire stripper COAX crimping tool RJ45 crimping tool Diagonal pliers Power cable crimping tool COAX stripper Network cable tester Hammer drill Multimeter...
  • Page 9 NOTE A subrack identified by "Enhanced" is an enhanced OptiX OSN 8800 T64 subrack. If the subrack is not identified by "Enhanced", it is a general OptiX OSN 8800 T64.
  • Page 10 3 OptiX OSN 8800 T32 Subrack Item Specification Dimensions 498 mm (W) x 295 mm (D) x 900 mm (H) (19.6 in. (W) x 11.6 in. (D) x 35.4 in. (H)) Weight (empty subrack 35 kg (77.1 lb.) a: An empty subrack means no boards are installed in the board area, and no fan tray assembly or air filter is installed. Fan tray assembly Mounting ear Board area...
  • Page 11 4 OptiX OSN 8800 T16 Subrack Item Specification Dimensions 498 mm (W) x 295 mm (D) x 450 mm (H) (19.6 in. (W) x 11.6 in. (D) x 17.7 in. (H)) Weight (empty subrack 18 kg (39.69 lb.) a: An empty subrack means no boards are installed in the board area, and no fan tray assembly or air filter is installed. Board area Mounting ear Fiber cabling...
  • Page 12 5 OptiX OSN 8800 Universal Platform Subrack Item Specification Dimensions 442 mm (W) x 295 mm (D) x 397 mm (H) (17.4 in. (W) x 11.6 in. (D) x 15.6 in. (H)) Weight (empty subrack 8 kg (17.6 lb.) a: An empty subrack means no boards are installed in the board area, and no fan tray assembly or air filter is installed. LAMP TEST Button Indicator/Interface area RESET Button...
  • Page 13 Installing Components 1 Installation Holes for the Subrack Deploying T64 and Other Subracks in the Same N66B Cabinet The installation holes on the front/rear side of an N66B cabinet are numbered 1 to 83 from bottom to top. Front side of an N66B cabinet Installation holes on the front/rear side of an N66B cabinet Scenario Component...
  • Page 14 1 Installation Holes for the Subrack Deploying T64 and Other Subracks in the Same N66B Cabinet The installation holes on the front/rear side of an N66B cabinet are numbered 1 to 83 from bottom to top. Front side of an N66B cabinet Installation holes on the front/rear side of an N66B cabinet Scenario Component...

  • Page 15: Table Of Contents

    1 Installation Holes for the Subrack Deploying T32 Subracks or T32 and Other Subracks in the Same N63B Cabinet The installation holes on an N63B cabinet are numbered 1 to 83 from bottom to top. Installation holes on an N63B cabinet Scenario Component Installation Holes...

  • Page 16: Scenario Component Installation Holes

    1 Installation Holes for the Subrack Deploying T32 Subracks or T32 and Other Subracks in the Same N63B-2m Cabinet The installation holes on an N63B-2m cabinet are numbered 1 to 75 from bottom to top. Installation holes on an N63B-2m cabinet Front side of an N63B-2m cabinet Scenario Component...

  • Page 17: T16 T16 Subrack

    1 Installation Holes for the Subrack Deploying T16 Subracks or T16 and Other Subracks in the Same N63B Cabinet The installation holes on an N63B cabinet are numbered 1 to 83 from bottom to top. Front side of an N63B cabinet Installation holes on an N63B cabinet Scenario Component...

  • Page 18: Subrack + Universal

    1 Installation Holes for the Subrack Deploying T16 Subracks or T16 and Other Subracks in the Same N63B Cabinet The installation holes on an N63B cabinet are numbered 1 to 83 from bottom to top. Front side of an N63B cabinet Installation holes on an N63B cabinet Scenario Component...
  • Page 19 1 Installation Holes for the Subrack Deploying T16 Subracks or T16 and Other Subracks in the Same N63B-2m Cabinet Installation holes on an N63B-2m cabinet Scenario Component Installation Holes 73, 75 The installation holes on an T16 subrack 53, 54, 67, 69 N63B-2m cabinet are numbered T16 subrack 35, 36, 49, 51...

  • Page 20: Dcm 1, 2, And

    1 Installation Holes for the Subrack Deploying universal platform Subracks in the N63B Cabinet The installation holes on an N63B cabinet are numbered 1 to 83 from bottom to top. Front side of an N63B cabinet Installation holes on an N63B cabinet Scenario Component Installation Holes...
  • Page 21 1 Installation Holes for the Subrack Deploying universal platform Subracks in the N63B-2m Cabinet The installation holes on an N63B-2m cabinet are numbered 1 to 75 from bottom to top. Front side of an N63B-2m cabinet Installation holes on an N63B-2m cabinet Scenario Component Installation Holes...
  • Page 22 2 Installing Subrack Handles NOTE Two handles are delivered with each T32 subrack and T16 subrack. They need to be mounted on the left and right sides of the subrack for lifting the subrack. After moving a subrack but before installing the subrack into a cabinet, remove the handle mounted on each side of the subrack.
  • Page 23 3 Installing Subracks CAUTION An OptiX OSN 8800 T64 subrack is pre-installed in an N66B cabinet. Remember that human safety is paramount. Protect yourself at all times, especially when lifting or transporting the cabinet. NOTE Usually OptiX OSN 8800 T32/T16 and universal platform subracks are also pre-installed in cabinets, and they are delivered separately only for network expansion.
  • Page 24 3 Installing Subracks Procedure for Installing Universal Platform Subracks Co-residence with Other Subracks Phillips screwdriver Install the two screws designated for the upper holes on the left and right sides of the subrack into the corresponding holes on the cabinet. Attach the subrack to the screws previously installed onto the cabinet and install other screws.
  • Page 25 Checking SCC/XCH Board Battery Jumper Settings CAUTION 1. Before installing a SCC/XCH board, ensure that its battery jumper has been set properly as shown in the figure on the right, pins 2 and 3 are capped to enable the supply of battery power. To disable the supply of battery power, cap pins 1 and 2.
  • Page 26 Checking SCC/XCH Board Battery Jumper Settings Battery jumper position on the TN16SCC/TN16XCH board Battery jumper position on the TN51SCC board...
  • Page 27 Checking SCC/XCH Board Battery Jumper Settings Battery jumper position on the TN52SCC board Type 1 Type 2 Battery jumper position on the TNK2SCC board...
  • Page 28 48 V power connector is not detached. If an abnormality is found, contact Huawei engineers for help. 2. Handle boards gently to avoid damage to board connectors.
  • Page 29 Installing Boards Installing Cross-Connect Boards or Service Boards in Cross-Connect Board Slots NOTE The cross-connect board is installed in a similar way in all types of subracks. The following uses installing a cross-connect board Installing the cross-connect board in a T32 subrack as an example. Raise the ejector levers of the board with both hands.
  • Page 30 Installing Boards Installing Cross-Connect Boards or Service Boards in Cross-Connect Board Slots Remove the smaller filler panel from Turn the ejector levers outwards and slide the board along the the special filler panel. guide rails. Push the ejector lever inwards. Installing Boards in the Interface Area When removing a filler panel in the interface area, apply screw gently outward to loosen the bolt completely.
  • Page 31 Installing Boards Installing CFP Optical Modules Remove the dust-proof plug from the CFP cage of the board. Push the CFP optical module into the cage horizontally. Pull the two screw rods outwards and ensure that the rods are free. Then, partially tighten the rod on one side. Completely tighten the rod on the other side, and then tighten the rod that is partially tightened.
  • Page 32 6 Setting Board Jumpers Setting CRPC Board Jumpers The CRPC board has two jumper blocks: J3 and J4. To ensure the normal CRPC operation of the CRPC board, adopt the following jumper settings: Capped Capped 9~10 To set the slot ID of the CRPC board, cap or uncap pins 7-8 and 9- 10 in J4 as required.
  • Page 33 Installing CRPC/ROP Frames NOTE 1. A CRPC/ROP frame should be installed below the bottom-most subrack inside a cabinet. 2. Reserve 2 U (89 mm) space above the CRPC/ROP frame for ventilation purposes. To ensure proper ventilation of the frame, do not place any device around the air intake and exhaust vents of the frame.
  • Page 34 Installing DCM Frames Attach the mounting ears to the left and right columns with four screws, two screws on each side. Ground point 3# screwdriver 2# screwdriver 4.90 ± 0.49 N.M 2.04 ± 0.20 N.M NOTE Determine the position of the DCM based on the engineering design slot layout. The following figure shows an example of the slot layout.
  • Page 35 9 Installing the Y-Cable The Y-Cable consists of six subboards, each of which can be separately installed. A filler panel needs to be inserted in a slot that is not equipped with a subboard. Subboard Insert a subboard into the specified slot of the Y-Cable along the guide rail and tighten the screws on the front panel of the Y-Cable.
  • Page 36 In an ETSI Cabinet The following steps assume that the Y-Cable is installed in an ETSI cabinet with middle columns. For an ETSI cabinet with front columns, select the position for mounting ears Position for a mounting ear if Position for a mounting ear if with reference to the figure on the Y-Cable is installed in an the Y-Cable is installed in...
  • Page 37 10 Installing Optical Attenuators NOTE VOAs are optional and they are required only for capacity expansion. Open the plastic panel outside the fiber trough of the subrack. Install magnetic brackets onto the fiber trough of the subrack in sequence. T64/T32/T16 Magnetic bracket Universal platform subrack Magnetic bracket...
  • Page 38 Configuring Master/Slave Subracks CAUTION Changing the ID of a subrack leads to service interruption. Opening the Right and Left Interlock Switches in the Upper Part (for the Universal Platform Subrack) DIP switches on the TN51EFI1 board (for the T64/T32) NOTE Among these ID values, only ID1-ID5 are valid.
  • Page 39 Configuring Master/Slave Subracks CAUTION Changing the ID of a subrack leads to service interruption. DIP switches on the TN16EFI board (for the T16) SERIAL NM_ETH2 DIP switches on the TN18EFI board (for the Universal Platform Subrack) CAUTION When it is the first time that the EFI board is installed in an universal platform subrack or when the changed subrack ID is the same as the previous subrack ID, the subrack_ID LED on the SCC and EFI boards will display the newly specified subrack ID.
  • Page 40 Configuring Master/Slave Subracks CAUTION Changing the ID of a subrack leads to service interruption. DIP switches on the TN18EFI board (for the Universal Platform Subrack) CAUTION When it is the first time that the EFI board is installed in an universal platform subrack or when the changed subrack ID is the same as the previous subrack ID, the subrack_ID LED on the SCC and EFI boards will display the newly specified subrack ID.
  • Page 41 Configuring Master/Slave Subracks Mapping between DIP switch settings and subrack IDs T64/T32/T16/Universal Platform Subrack (eight DIP switches within the board )
  • Page 42 Configuring Master/Slave Subracks Mapping between DIP switch settings and subrack IDs Universal Platform Subrack (five DIP switches on the board panel ) Subrack Subrack Subrack Subrack "EE" indicates that the subrack ID is incorrect or the subrack ID fails to be obtained.
  • Page 43 Installing Ground Cables 1 Installing Cabinet Ground Cables NOTE N66B Cabinet Two pairs of ground screws are present at the top of the N66B cabinet. You can connect a ground cable to either pair of the ground screws. However, you are advised to connect the ground cable to the pair of ground screws identified with a ground label.
  • Page 44 2 Installing Subrack Ground Cable NOTE Ground cable Connect one end of the subrack ground cable to the ground screw at the subrack, and connect the other end to a back-mounted ground screw on the right-side cabinet column. The ground cables of the power box are connected to the ground screw at right side of the cabinet.
  • Page 45 2 Installing Subrack Ground Cable Ground points for the OptiX OSN 8800 T32, OptiX OSN 8800 T16 subracks Ground point for the OptiX OSN 8800 T32 subrack 2# screwdriver 3# screwdriver 2.94 ± 0.29 N.M 4.90 ± 0.49 N.M Ground point for the OptiX OSN 8800 T16 subrack...
  • Page 46 2 Installing Subrack Ground Cable Ground points for the OptiX OSN 6800 subrack Ground points for the 3# screwdriver OptiX OSN 6800 subrack 4.90 ± 0.49 N.M 2# screwdriver 2.94 ± 0.29 N.M...
  • Page 47 2 Installing Subrack Ground Cable Ground points for the OptiX OSN 8800 universal platform subracks Connect one end of the subrack ground cable to the ground screw on the subrack and the other end of the cable to the ground bar. Connect the other end of the pre-connected PDU cable to the ground bar in the equipment room.
  • Page 48 Installing/Routing Power Cables-AC AC power supplies NOTE Only the Universal Platform Subrack supports AC power supply.
  • Page 49 Installing/Routing Power Cables-DC 1 PDF Circuit Breaker NOTE In configuration 1, DC PDUs are not equipped with copper fittings. In configuration 2, DC PDUs are equipped with copper fittings. This NOTE applies globally. Cabinet Scenario PDF Circuit Breaker DPD63-8-8 Configuration 1: 16 x 63 A 1 x T64 subrack + 2 Configuration 2: 8 x 125 A x T32 subracks...
  • Page 50 1 PDF Circuit Breaker Cabinet Scenario PDF Circuit Breaker DPD63-8-8 Configuration 1: 8 x 63 A 2 x T32 subracks Configuration 2: 4 x 125 A TN51PDU DPD63-8-8 Configuration 1: 4 x 63 A (T32 subrack) + 4 x 32 A 1 x T32 subrack + 2 x (6800 subrack) Configuration 2: 2 x 125 A (T32 subrack) + 2 x 63 A...
  • Page 51 2 Selecting Power Cables Determine the required power cables for connecting the PDF to the PDU against the following table. If the length and cross-sectional area of the power cable do not conform to the specifications listed in the following table, consult with the product manager at your local representative office.
  • Page 52 Cable Holes on Cabinets N63B Cabinet Cable holes at the top of the cabinet Cable holes at the bottom of the cabinet Cable/fiber routing-T64/T32/T16 When overhead cabling is required: When underfloor cabling is required: • Thread the power cables out of the cabinet through cable •...
  • Page 53 4 Installing Power Cables Between the DPD63-8-8 PDU and PDF DPD63-8-8 PDU Introduction DANGER Do not install any copper fitting in the power output areas of the DC PDU. If copper fittings are required, install them only in the power input areas of the DC PDU. NOTE Determine whether copper fittings need to be installed in the power input areas based on the site survey result.
  • Page 54 4 Installing Power Cables Between the DPD63-8-8 PDU and PDF DPD63-8-8 PDU Introduction RTN(+) terminal blocks and copper fittings for the middle area of the DC PDU CAUTION 1. There are two types of RTN(+) terminal blocks for the DPD63-8-8 PDU and correspond to two types of copper fittings.
  • Page 55 4 Installing Power Cables Between the DPD63-8-8 PDU and PDF Installing four-in-one copper fittings Four-in-one copper fitting (left or right) DANGER Do not install any copper fitting in the power output areas of the DC PDU. If copper fittings are required, install them only in the power input areas of the DC PDU.
  • Page 56 4 Installing Power Cables Between the DPD63-8-8 PDU and PDF Both NEG(-) and RTN(+) terminal pairs must be connected or disconnected. Installing Power Cables Installing cord end terminals when copper fittings are not installed Connect external power cables (blue) to the NEG(-) input terminals and BGND cables (black) to RTN(+) input terminals.
  • Page 57 4 Installing Power Cables Between the DPD63-8-8 PDU and PDF Installing Power Cables Power cable connections when copper fittings are installed When two-in-one -48 V power cables (blue) -48 V power cables (blue) BGND cables (black) copper fittings are NEG(-) NEG(-) RTN(+) installed...
  • Page 58 5 Installing Power Cables Between the TN16PDU and PDF TN16PDU Introduction DANGER Do not install any copper fitting in the power output areas of the DC PDU. If copper fittings are required, install them only in the power input areas of the DC PDU. NOTE Determine whether copper fittings need to be installed in the power input areas based on the site survey result.
  • Page 59 5 Installing Power Cables Between the TN16PDU and PDF Installing Power Cables Copper fitting Copper fittings installed Determine the input terminal groups to Repeat the preceding operations be short-circuited. Install the copper and short-circuit the target input fitting on the input terminal groups (+) to terminal groups (-).
  • Page 60 6 Routing Ground and Power Cables N66B Cabinet Cabling CAUTION Phillips Adjustable wrench Do not install or remove power cables while screwdriver the equipment is powered on. Ensure that the power is switched off prior to removing or installing a power cable to avoid bodily injuries.
  • Page 61 6 Routing Ground and Power Cables N63B Cabinet Cabling CAUTION Phillips Adjustable wrench screwdriver Do not install or remove power cables while the equipment is powered on. Ensure that the power is switched off prior to removing or installing a power cable to avoid bodily injuries.
  • Page 62 7 Subrack Power Cable Connections 1 x T64 Subrack + 2 x T32 Subracks CAUTION NOTE • For the T64 Enhanced subrack, the PIU boards installed back-to-back are in mutual backup. Power cable connections are the same on • For the T64 General, T32, and T16 subracks, PIU boards on the left and right sides are in the front and rear sides.
  • Page 63 7 Subrack Power Cable Connections 1 x T64 Subrack + 4 x 6800 Subracks CAUTION NOTE • For the T64 Enhanced subrack, the PIU boards installed back-to-back are in mutual backup. Power cable connections are the same on • For the T64 General, T32, and T16 subracks, PIU boards on the left and right sides are in the front and rear sides.
  • Page 64 7 Subrack Power Cable Connections 1 x T64 Subrack + 4 x T16 Subracks NOTE CAUTION • For the T64 Enhanced subrack, the PIU boards installed back-to-back are in mutual backup. Power cable connections are the • For the T64 General, T32, and T16 subracks, PIU boards on the left and right sides are in same on the front and rear sides.
  • Page 65 7 Subrack Power Cable Connections 1 x T64 Subrack + 4 x Universal Platform Subracks CAUTION NOTE • For the T64 Enhanced subrack, the PIU boards installed back-to-back are in mutual Power cable connections are the backup. • For the T64 General, T32, and T16 subracks, PIU boards on the left and right sides same on the front and rear sides.
  • Page 66 7 Subrack Power Cable Connections 2 x T32 Subracks DPD63-8-8 PDU Mapping between Subracks and DC PDUs DC PDU Subrack Circuit Circuit Breaker Breaker Current SW1A, TN51PDU: 60 A TN51PDU SW2A, DPD63-8-8 PDU: SW1B, 63 A SW2B SW3A, TN51PDU: 60 A SW3B, DPD63-8-8 PDU: SW4A,...

  • Page 67: Subrack 2

    7 Subrack Power Cable Connections 1 x T32 Subrack + 2 x 6800 Subracks DPD63-8-8 PDU Mapping between Subracks and DC PDUs DC PDU Subrack Circuit Circuit Breaker Breaker Current TN51PDU SW1A, TN51PDU: 60 A SW2A, DPD63-8-8 PDU: SW1B, 63 A SW2B SW3A, TN51PDU: 30 A...
  • Page 68 7 Subrack Power Cable Connections 1 x T32 Subrack + 2 x T16 Subracks DPD63-8-8 PDU Mapping between Subracks and DC PDUs DC PDU Subrack Circuit Circuit Breaker Breaker Current SW1A, TN16PDU: 60 A SW2A, DPD63-8-8 PDU: 63 SW1B, SW2B TN16PDU SW3A, TN16PDU: 60 A...
  • Page 69 7 Subrack Power Cable Connections 1 x T32 Subrack + 1 x T16 Subrack(N63B-2m Cabinet) DPD63-8-8 PDU Mapping between Subracks and DC PDUs DC PDU Subrack TN16PDU Circuit Circuit Breaker Breaker Current SW1A, TN16PDU: 60 A SW2A, DPD63-8-8 PDU: 63 SW1B, SW2B SW3A,...

  • Page 70: A4 B1 B2 B3 B4

    7 Subrack Power Cable Connections 1 x T32 Subrack + 2 x Universal Platform Subracks Mapping between Subracks and DC PDUs DPD63-8-8 PDU DC PDU Subrack Circuit Circuit Breaker Breaker Current SW1A, DPD63-8-8 PDU: SW2A, 63 A SW1B, SW2B SW3A, DPD63-8-8 PDU: SW3B, 63 A...

  • Page 71: B1 B2

    7 Subrack Power Cable Connections 1 x T32 Subrack + 1 x Universal Platform Subrack(N63B-2m Cabinet) Mapping between Subracks and DC PDUs DC PDU Subrack DPD63-8-8 PDU Circuit Circuit Breaker Breaker Current SW1A, DPD63-8-8 PDU: SW2A, 63 A SW1B, SW2B SW3A, DPD63-8-8 PDU: SW3B,...
  • Page 72 7 Subrack Power Cable Connections 4 x T16 Subracks Mapping between Subracks and DC DPD63-8-8 PDU PDUs DC PDU Subrack Circuit Circuit Breaker Break Current er No. SW1A, TN16PDU: 60 A SW1B, DPD63-8-8 PDU: 63 A SW2A, TN16PDU: 60 A TN16PDU SW2B, DPD63-8-8 PDU: 63 A...
  • Page 73 7 Subrack Power Cable Connections 3 x T16 Subracks(N63B-2m Cabinet) DPD63-8-8 PDU Mapping between Subracks and DC PDUs TN16PDU DC PDU Subrack Circuit Circuit Breaker Break Current er No. SW2A, TN16PDU: 60 A SW2B, DPD63-8-8 PDU: 63 A SW3A, TN16PDU: 60 A SW3B, DPD63-8-8 PDU: 63 A SW4A,...

  • Page 74: A1 A2

    7 Subrack Power Cable Connections T16 Subrack(s) + 6800 Subrack(s) NOTE This page describes the power cable connections for the scenario in which 2 x T16 subracks + 2 x 6800 subracks are deployed in the same cabinet. The power cable connections for the 3 x T16 subracks + 1 x 6800 subrack and 1 x T16 subrack + 3 x 6800 subracks scenarios are similar.

  • Page 75: B1 B2

    7 Subrack Power Cable Connections T16 Subrack(s) + Universal Platform Subrack(s)(N63B Cabinet) NOTE This page describes the power cable connections for the scenario in which 2 x T16 subracks + 2 x universal platform subracks are deployed in the same cabinet. The power cable connections for the 3 x T16 subracks + 1 x universal platform subrack and 1 x T16 subrack + 3 x universal platform subracks scenarios are similar.
  • Page 76 7 Subrack Power Cable Connections T16 Subrack(s) + Universal Platform Subrack(s)(N63B-2m Cabinet) NOTE This page describes the power cable connections for the scenario in which 2 x T16 subracks + 1 x universal platform subrack are deployed in the same cabinet. The power cable connections are similar for the scenario in which 1 x T16 subrack + 2 x universal platform subracks are deployed in the same cabinet.
  • Page 77 7 Subrack Power Cable Connections Universal Platform Subrack(s) Mapping between Subracks and DC PDUs DC PDU Subrack Circuit Circuit Breaker Breaker Current SW1A, DPD63-8-8 PDU: 63 SW1B, DPD63-8-8 PDU SW2A, DPD63-8-8 PDU: 63 SW2B, SW3A, DPD63-8-8 PDU: 63 SW3B, SW4A, DPD63-8-8 PDU: 63 SW4B Subrack 4...
  • Page 78 • For details of the backup relationships between PIU boards, see the "Power Redundancy" section. Power distribution and redundancy for the general OptiX OSN 8800 T64 subrack Mutual backup DC input for area 1 Mutual backup DC input for area 2...
  • Page 79 • For details of the backup relationships between PIU boards, see the "Power Redundancy" section. Power distribution and redundancy for the enhanced OptiX OSN 8800 T64 subrack Mutual backup DC input for area 1 Mutual backup DC input for area 2...
  • Page 80 8 Power Redundancy T32 Subrack Power Redundancy Mutual backup DC input for area 1 Mutual backup DC input for area 2 The general and enhanced T32 subracks use the same independent power supply solution. IU51 AUX STG EFI1 EFI2 IU43 IU45 IU46 IU40...
  • Page 81 8 Power Redundancy T16 Subrack Power Redundancy Mutual backup DC input for area 1 IU19 IU20 IU21 IU23 IU24 IU22 IU10 IU25 Universal Platform Subrack Power Redundancy Mutual backup DC input for area 1...
  • Page 82 9 Installing and Routing Subrack Power Cables CAUTION On site, you need to connect power cables to PIU boards, and ground cables, cascading network cables, and cascading fibers to subracks. Inside a cabinet, power cables, ground cables, and cascading network cables for the subracks delivered separately have already been installed according to the positions where these subracks are to be installed.
  • Page 83 9 Installing and Routing Subrack Power Cables OSN 6800 Subrack Power Cables TN11PDU TN16PDU TN51PDU DPD63-8-8 PDU...
  • Page 84 9 Installing and Routing Subrack Power Cables T64 Subrack NOTE Install OT terminals of power cables and keep them vertical. Install all associated covers after connecting all power and NM cables. Diagonal pliers Cable tie 2# screwdriver 0.39 ± 0.04 N.M 2# screwdriver 3# screwdriver 0.39 ±...
  • Page 85 9 Installing and Routing Subrack Power Cables T32 Subrack When power cables are preinstalled on subracks Diagonal pliers NOTE For a T32 subrack delivered with a cabinet, the subrack is pre-equipped with power cables and is preinstalled in the cabinet. Cable tie Route the main power cables to the left side of the cabinet and the backup power cables to the right side of the cabinet.
  • Page 86 9 Installing and Routing Subrack Power Cables T32 Subrack When power cables are preinstalled on subracks Secure the power cables. NOTE Install OT terminals of power cables and keep them vertical. Install all associated covers after connecting all power and NM cables. 2# screwdriver 0.39 ±...
  • Page 87 9 Installing and Routing Subrack Power Cables T32 Subrack When power cables are preinstalled on the right side of a cabinet Cable tie Diagonal pliers NOTE 1. When a T32 subrack needs to be installed on site, find the power Phillips screwdriver cables on the right side of the cabinet.
  • Page 88 9 Installing and Routing Subrack Power Cables T32 Subrack When power cables are preinstalled on the right side of a cabinet Secure the power cables. 2# screwdriver 0.39 ± 0.04 N.M 2# screwdriver 0.39 ± 0.04 N.M 3# screwdriver 4.90 ± 0.49 N.M...
  • Page 89 9 Installing and Routing Subrack Power Cables T16 Subrack When power cables are preinstalled on subracks or on the left and right sides of a cabinet NOTE 1. When a T16 subrack is delivered with a cabinet, the subrack is pre-equipped with power cables and the power cables are routed to the left and right sides of the cabinet.
  • Page 90 9 Installing and Routing Subrack Power Cables T16 Subrack When power cables are preinstalled on the right side of a cabinet NOTE When a T16 subrack needs to be installed on site, power cables are preinstalled on the right side of the cabinet if the subrack is co-resident with T64/T32 subracks. Route the preinstalled power cables to the left and right sides of the T16 subracks.
  • Page 91 9 Installing and Routing Subrack Power Cables T16 Subrack When power cables are preinstalled on the right side of a cabinet Secure the power cables. 2# screwdriver 0.39 ± 0.04 N.M 3# screwdriver 4.90 ± 0.49 N.M 2# screwdriver 0.39 ± 0.04 N.M...
  • Page 92 9 Installing and Routing Subrack Power Cables Universal Platform Subrack When power cables are preinstalled on subracks or on the right side of a cabinet NOTE 1. When a universal platform subrack is delivered with a cabinet, the subrack is pre-equipped with power cables and the power cables are routed to the right side of the cabinet.
  • Page 93 9 Installing and Routing Subrack Power Cables Universal Platform Subrack When power cables are preinstalled on subracks or on the right side of a cabinet Install the front panel of the PIU board. This completes the procedure of installing subrack power cables. The upper power cables connecting to the upper PIU board do not traverse the fiber trough, but the power cables connecting to the lower PIU board must be routed through the fiber trough.
  • Page 94 9 Installing and Routing Subrack Power Cables Universal Platform Subrack When power cables are preinstalled on the left and right sides of a cabinet NOTE When a universal platform subracks needs to be installed on site, power cables are preinstalled on the left and right sides of the cabinet if the subrack is co-resident with T16 subracks.
  • Page 95 9 Installing and Routing Subrack Power Cables Universal Platform Subrack When power cables are preinstalled on the left and right sides of a cabinet Install the front panel of the PIU board. This completes the procedure of installing subrack power cables. The upper power cables connecting to the upper PIU board do not traverse the fiber trough, but the power cables connecting to the lower PIU board must be routed through the fiber trough.
  • Page 96 9 Installing and Routing Subrack Power Cables 6800 Subrack NOTE Install OT terminals of power cables and keep them vertical. Install all associated covers after connecting all power and NM cables. 4-40PNC 1# screwdriver 2# screwdriver 0.41 ± 0.04 N.M 0.39 ±...
  • Page 97 Installing and Routing NM Cables 1 Interface Description The network management interfaces of the T64/T32 subrack are located on the TN51EFI2 and TN51EFI1 boards. T64 Subrack T32 Subrack TN51EFI2 TN51EFI2 TN51EFI1 TN51EFI1 The network management interfaces of the T16 The network management interfaces of the 6800 subrack are located on the TN16EFI board.
  • Page 98 1 Interface Description The network management interfaces of the universal platform subrack are located on the TN18EFI board. ETH1 ETH2 ETH3 LAMP1 LAMP2 SubRACK_ID NM_ETH1ALMI1 ALMO1 ALMO2 NM_ETH2 ID5 ID4 ID3ID2ID1 LAMP TEST RESET STAT PROG TN18EFI...
  • Page 99 2 NM Cable Connections Master/Slave Mode --Scenarios with Only One NE Tree-Like Connections: NMS computer NM_ETH1 NM_ETH2 Master subrack ETH1 ETH2 ETH2 ETH1 Slave subrack 1 Slave subrack 3 ETH1 ETH2 ETH2 ETH1 Slave subrack 2 Ring-Like Connections: NMS computer NM_ETH1 NM_ETH2 Cable for connecting...
  • Page 100 2 NM Cable Connections Master/Slave Mode --Scenarios with Only One NE NOTE The following figure shows an example to illustrate the NM cable connections. In practice, any of these subracks can be used as the master subrack. The NM cables are connected in a similar way in multi-subrack configurations although the number of connected subracks may differ.
  • Page 101 2 NM Cable Connections Master/Slave Mode-- Scenarios with Multiple NEs Tree-Like Connections: NE 1 NE 2 NM_ETH1 NM_ETH2 NM_ETH1 NM_ETH2 NMS computer Master subrack 1 Master subrack 2 ETH1 ETH2 ETH1 ETH2 ETH2 ETH1 ETH2 ETH1 Slave subrack 3 Slave subrack 1 Slave subrack1 Slave subrack3 ETH1...
  • Page 102 2 NM Cable Connections Master/Slave Mode-- Scenarios with Multiple NEs NOTE The following figure shows an example to illustrate the NM cable connections. In practice, any of these subracks can be used as the master subrack. The NM cables are connected in a similar way in multi-subrack configurations although the number of Tree-Like Connections: connected subracks may differ.
  • Page 103 2 NM Cable Connections Non-Master/Slave Mode NE 1 NMS computer Master subrack NM_ETH1 NM_ETH2 NE 4 NE 2 NM_ETH2 NM_ETH1 Master subrack Master subrack NM_ETH2 NM_ETH1 NE 3 NM_ETH1 NM_ETH2 Master subrack NOTE The following figure shows an example to illustrate the NM cable connections. In practice, any of these subracks can be used as the master subrack.
  • Page 104 Installing and Routing External Alarm Cables 1 Interface Description The network external alarm interfaces of the T64/T32 subrack are located on the TN51ATE board. T64 Subrack T32 Subrack The external alarm interfaces of the T16 subrack are located on the TN16ATE board.
  • Page 105 1 Interface Description The external alarm interfaces of the 6800 subrack are located on the TN11EFI board. ALMO1 ALMO3 ALMI1 LAMP1 ALMO2 ALMO4 ALMI2 LAMP2 The external alarm interfaces of the universal platform subrack are located on the TN18EFI board. ETH1 ETH2 ETH3...
  • Page 106 2 External Alarm Cable Connections Alarm Interface on the Board Housekeeping Alarm ALMO1, ALMO2 Four housekeeping alarms ALMO1, ALMO2 Eight housekeeping alarms ALMO3, ALMO4 NOTE Internal cascading cables are bundled and attached with labels. When installing subracks during capacity expansion, connect the internal cascading cables to corresponding ports on boards according to the figure below.
  • Page 107 2 External Alarm Cable Connections Connection to the Eight Housekeeping Alarms NOTE To connect a single subrack to the external centralized alarm system, directly connect the ALMO1 interface of the subrack to the alarm system. NOTE 1. The cables are connected in a similar way in multi-subrack configurations. The only difference lies in the number of cascaded interfaces.
  • Page 108 2 External Alarm Cable Connections Connection to the Four Housekeeping Alarms (T32 and T16 Subracks Cascaded) NOTE To connect a single subrack to the external centralized alarm system, directly connect the ALMO1 interface of the subrack to the alarm system. NOTE 1.
  • Page 109 2 External Alarm Cable Connections Connection to the Eight Housekeeping Alarms (T32 and T16 Subracks Cascaded) To centralized alarm system To centralized alarm system NOTE To connect a single subrack to the external centralized alarm system, directly connect the ALMO1 interface of the subrack to the alarm system.
  • Page 110 Installing and Routing Alarm Cables to Cabinet Indicators 1 Interface Description The LAMP interfaces of the T64/T32 subrack are located on the TN51EFI2 board. T64 Subrack T32 Subrack TN51EFI2 TN51EFI2 The LAMP interfaces of the T16 subrack are located on the TN16EFI board.
  • Page 111 1 Interface Description The LAMP interfaces of the 6800 subrack are located on the TN11EFI board. ALMO1 ALMO3 ALMI1 LAMP1 ALMO2 ALMO4 ALMI2 LAMP2 The LAMP interfaces of the universal platform subrack are located on the TN18EFI board. ETH1 ETH2 ETH3 LAMP1 LAMP2 SubRACK_ID...
  • Page 112 2 Cabinet Alarm Indicator Cable Connections CAUTION Cabinet indicator alarm cable The LAMP interfaces on the EFI2 board provide 5 V power for the indicators on a cabinet. It cannot connect to an RJ45 cable intended for the NM_ETH, ETH, ALMO, or CLK interface;...
  • Page 113 Installing and Routing Clock Cables 1 Interface Description The clock interfaces of the T64/T32 subrack are located on the STI board. T64 subrack T32 subrack The clock interfaces of the T16 subrack are located on the TN16ATE board.
  • Page 114 Installing and Routing Clock Cables 1 Interface Description The clock interfaces of the universal platform subrack are located on the TN12STG board. STG STG The clock interfaces of the 6800 subrack are located on the TN11STG/TN12STG board. STG STG...
  • Page 115 2 Clock Cable Connections NOTE Connection relationship of clock cables Use the clock cascading cables to connect clock and time Relation- interfaces between the master and slave subracks. Use the clock Color cascading cables to connect clock interfaces between NEs and ship use the straight-through cables to connect time interfaces.
  • Page 116 3 Connecting Clock Cables and Cables in the Interface Area NOTE The cables connecting to the interfaces in the T64/T32 subrack clock/interface area of the T64 subrack are routed in a similar way to those in the clock/interface area of the T32 subrack.
  • Page 117 3 Connecting Clock Cables and Cables in the Interface Area T16 subrack Cable routing between the front and rear subracks...
  • Page 118 3 Connecting Clock Cables and Cables in the Interface Area Universal Platform subrack — Clock cable CAUTION The CLK port and the IN/OUT port cannot be used as the input or output port at the same time. If the CLK port is used to input or output clock signals, the IN/OUT port cannot be used to input/output clock signals.
  • Page 119 3 Connecting Clock Cables and Cables in the Interface Area Universal Platform subrack — Cables in the interface area According to the following figure, secure Route the cable. the cable to the cabinet. The figure below shows the cable connected to the EFI board. NOTE 1.
  • Page 120 3 Connecting Clock Cables and Cables in the Interface Area CAUTION 6800 subrack Clock cables must be made on site. The clock cables are shielded network cables with shielded RJ-45 connectors but without protective tubes. You need to route clock cables along each column in the cabinet and install white cable clamps delivered in the accessory package to fix the clock cables.
  • Page 121 Installing and Routing Cables to the CRPC/ROP T64 + 6800 Subrack Route the main and backup power cables of the CRPC/ROP frame to the power interfaces of the frame. Route the other end of the power cables along the cable routing area on the right side of the cabinet to the power cable terminal block on the top of the cabinet.
  • Page 122 Installing and Routing Cables to the CRPC/ROP T32 + 6800 Subrack Route the main and backup power cables of the CRPC/ROP frame to the power interfaces of the frame. Route the other end of the power cables along the cable routing area on the right side of the cabinet to the power cable terminal block on the top of the cabinet.
  • Page 123 Installing and Routing Cables to the CRPC/ROP T16 Subrack Route the main and backup power cables of the CRPC/ROP frame to the power interfaces of the frame. Route the other end of the power cables along the cable routing area on the right side of the cabinet to the power cable terminal block on the top of the cabinet.
  • Page 124 Installing and Routing Cables to the CRPC/ROP CRPC/ROP Power cables Universal Platform Subrack SW1A SW1B Subrack 3 Subrack 2 Backup power cables for CRPC/ROP Main power frame cables for CRPC/ROP frame Subrack1 LINE LINE CRPC 2 RS232-1 RS232-2 RS232-1 RS232-2 LINE LINE CRPC 1...
  • Page 125 4.When routing and installing fibers onsite, you need to clean fiber end faces. For detailed operations, see the multimedia at the following website: http://support.huawei.com/carrier/docview!docview?nid=DOC1000132657 NOTE This procedure describes how to install and route T64 subrack fibers. The procedure for installing and routing T32/T16/universal platform subrack fibers are similar.
  • Page 126 3 Installing and Routing External Fibers Fibers in Overhead Cabling Mode Cable-routing area for external fibers Fibers in Underfloor Cabling Mode Cable-routing area for external fibers Fiber extractor Fiber Fiber holder...
  • Page 127 4 Installing and Routing Fibers to a DCM Frame NOTE Fibers have already been connected to a DCM frame before delivery, but fibers need to be installed on site during capacity expansion. In this scenario, install short-sleeve fibers. Long-sleeve fibers, if used during expansion, may be squeezed by the front cabinet door when the door is closed.
  • Page 128 When connecting fibers between the front side and rear side of a cabinet, route fibers through the bottom of the OptiX OSN 8800 T64 subrack inside the cabinet. In this case, the fibers must be protected in winding pipes at throughholes. See the figure below.
  • Page 129 6 Installing and Routing Fibers Between Subracks Winding pipe OptiX OSN 8800 T16 NOTE When connecting fibers between boards on the left and right sides of a subrack, route the fibers under the protective plate below the XCH. When the slot for the XCH is inserted with an adaptive frame to house an optical-layer board, route fibers to the board above the protective...
  • Page 130 8 Installing and Routing Fibers Between Cabinets Fibers in Overhead Cabling Mode NOTE Choose a coiling fiber spool according to the length of redundant fibers. Wind the fibers around the big spool first and then the smaller spool. The fibers should not be coiled too tightly or too loosely. Ensure that the bending radius of fibers is not less than 30 mm.
  • Page 131 Installing and Routing Fibers (in a Fiber Management Frame) 1 Fiber Management Frames Dimensions (H x W x D): 2200 mm (86.6 in.) x 150 mm (5.9 in.) x 300 mm (11.8 in.) Weight: 23 kg (50.7 lb.) NOTE Left-side fiber Right-side fiber management frame management...
  • Page 132 3 Routing Fibers in a Fiber Management Frame CAUTION Fiber management frames provide routing channels for external fibers. Internal cascading fibers have been routed on the fiber spools of a subrack before delivery. For external fibers, preferentially route extra fibers on the ODF if there are many extra fibers.
  • Page 133 4 Installing and Routing External Fibers CAUTION Do not look or stare into optical fibers directly without eye protection. CAUTION Route the external inter-office fibers properly on the ODF before leading them into a cabinet. Internal cascading fibers have been routed on the fiber spools of a subrack before delivery. During onsite expansion, spool internal cascading fibers and external fibers in the fiber management frames.
  • Page 134 5 Installing and Routing Fibers Between Subracks CAUTION Take priority to use 2 m fibers for cascading subracks inside a cabinet. The internally cascaded fibers must be separate from the external fibers. Ensure that these cascaded cables are not intertwisted with the external fibers.
  • Page 135 Checking the Installation 1 Installation Checklist Double check that these items have been properly performed. What to Check For Method The cabinet is positioned in the proper place as prescribed by the engineering Visual inspection design. The cabinet components must be installed correctly, without damaged or loosen Visual inspection parts.
  • Page 136 2 Checking the Equipment Prior to Powering on Check the fuse capacity of the power supply device. Subrack Name Circuit Breaker General OptiX OSN 8800 T64 60A (TN16PDU/TN51PDU) / 63A (DPD63-8-8 PDU) Enhanced OptiX OSN 8800 T64 60A (TN16PDU/TN51PDU) / 63A (DPD63-8-8 PDU)
  • Page 137 Setting Up Optical Paths Station A Station B East West Fiber jumper Optical power meter Measure the optical power at the OUT port on the FIU board at the transmit end and record the reading as a. Measure the output optical power of the ODF at the transmit end and record the reading as b. Measure the input optical power of the ODF at the receive end and record the reading as c.
  • Page 138 Engineering Labels 1 Attaching Labels NOTE Attach a label to a cable, 2 cm away from the connector. Attaching a Label to a Power Cable Attach the identification plate on Identification plate the right side of the cable when the cable is routed vertically. B03 —...
  • Page 139 HUAWEI TECHNOLOGIES CO., LTD. Huawei Industrial Base Bantian Longgang Shenzhen 518129 People’s Republic of China www.huawei.com...

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