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Huawei OptiX OSN 6800, Quick Installation Manual

The Huawei OptiX OSN 6800 is a state-of-the-art optical transmission system. Ensure quick installation of this high-performance device with our free Quick Installation Manual, available for download from manualshive.com. This comprehensive manual guides users through the setup process, ensuring optimal functionality and performance.

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20 

 

 

2 Cabinet Power Cable Connections (DPD63-4-8 PDU) 

DPD63-4-8 PDU  

a 

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 PDU and correspond to two types of copper fittings. 
2. Install corresponding copper fitting in the middle area of the  PDU based on the type of the RTN(+) block. 

Summary of Contents for OptiX OSN 6800

Page 1: ...HUAWEI TECHNOLOGIES CO LTD OptiX OSN 6800 Intelligent Optical Transport Platform Quick Installation Guide N63B Cabinet Issue 16 Date 2014 2 14 ...

Page 2: ...ective holders 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 withou...

Page 3: ... Page 16 to 37 Installing and Routing Fibers Page 38 to 40 Installing the Orderwire Phone Page 41 Installing the Digital Video O E Conversion Chassis Page 42 Checking the Installation Page 43 to 44 Setting Up Optical Paths Page 45 Engineering Labels Page 46 to 47 End Installing the DCM Frame Page 15 Installing the CRPC ROP Frame Page 15 Cable Holes at the Top and Bottom of the Cabinet Page 16 Cabi...

Page 4: ...ation Reference Safety Information When moving the cabinet wear protective gloves to protect your hands When moving the cabinet take self protection measures if the cabinet inclines This document aims to provide simple and distinctive guidelines for hardware installation This document does not describe operations for the pre delivery installation Instead this document describers only the operation...

Page 5: ...from being damaged which may resulting in faults on the NE Boards are fragile and valuable When handling or placing a board exercise caution and put it into a dedicated packing box Coherent boards must be packed with original packaging materials during transportation If the original packaging materials are lost contact Huawei Holding aboard without hand protection Wearing ESD gloves Wearing an ESD...

Page 6: ...d screwdriver Adjustable wrench Heat gun Segmented blade utility knife COAX crimping tool Cable cutter Wire stripper Power cable crimping tool Network cable tester Coax stripper RJ45 crimping tool Diagonal pliers Multimeter Claw hammer Hammer drill Socket wrench Marker ...

Page 7: ...or and side doors of the cabinet before routing cables For details on how to remove the doors see the N63B Cabinet Installation Guide 1 Installing Subracks Subracks and Single DCM Frame Installing Subracks and Boards Front OptiX OSN 6800 Subrack 4 OptiX OSN 6800 Subrack 3 Air deflector OptiX OSN 6800 Subrack 2 OptiX OSN 6800 Subrack 1 Structural component Installation holes on one column DCM frame...

Page 8: ...C boards and multiple DCM frames to the lower subrack 1 Installing Subracks Subracks Two CRPC Boards and Multiple DCM Frames Installing Subracks and Boards Structural component Installation holes on one column DCM frame 2 3 4 5 6 7 CRPC 10 12 14 16 Subrack 1 21 22 35 36 Air deflector 37 40 Subrack 2 46 47 60 61 Subrack 3 62 63 76 77 TN11PDU 79 83 DPD63 4 8 PDU 81 83 OptiX OSN 6800 Subrack 3 OptiX ...

Page 9: ...the board Inserting a board Removing a board 4 3 1 2 2 Installing Boards NOTE 1 1 2 4 3 Pinch the upper side the side with an arrow of the blank filler panel Push the upper side the side with an arrow of the blank filler panel to the subrack The blank filler panel is properly installed if a snap is heard 1 CAUTION 1 Before installing a board verify that board connectors have no scratches holes or ...

Page 10: ...imal system That is the subrack ID is 1 For details on the principle for configuring the master and slave subracks see Master Slave Subrack in the Product Description Changing the subrack ID may interrupt services The J14 J17 and J18 jumpers must be set as specified in the figure CAUTION NOTE Mapping between jumpers binary values and subrack IDs Subrack ID 1 6 TN11AUX02 J2 J3 J4 J15 J16 J17 J14 J1...

Page 11: ...8 Subrack ID 7 31 TN11AUX02 3 Setting Master Slave Subracks ...

Page 12: ...the ID6 ID8 settings shown in the following figures From higher bits to lower bits are ID5 ID1 which can be set to 32 combinations and the default value is 00000 The value 0 indicates the master subrack and the other values indicate slave subracks When the DIP switch is toggled to ON the value of the corresponding bit is set to 0 NOTE 1 2 3 4 ON DIP S W 2 1 2 3 4 ON DIP S W 1 1 2 3 4 ON DIP S W 2 ...

Page 13: ... 15 Subrack ID Subrack ID Subrack ID SW2 SW1 SW1 SW2 SW1 SW2 28 29 30 31 16 17 18 19 20 21 22 23 24 25 26 27 Err or ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON...

Page 14: ...When a battery is required place a jumper cap over pin 3 and pin 2 When the power supplied by the battery is not required place a jumper cap over pin 2 and pin 1 4 Checking the Battery Jumper on the SCC CAUTION TN11SCC CPU Battery Jumper CF Card Battery Jumper J11 J11 J11 Battery is used Battery is not used ...

Page 15: ...n 2 When the power supplied by the battery is not required place a jumper cap over pin 2 and pin 1 4 Checking the Battery Jumper on the SCC CAUTION TN51SCC Battery Jumper Battery is used Battery is not used J1 1 3 2 J1 1 3 2 CF Card Battery Jumper J1 2 1 3 Battery Jumper Battery is used Battery is not used J1 1 3 2 J1 1 3 2 Battery Jumper C F 卡 J1 CF Card 3 2 1 TN52SCC ...

Page 16: ...to set the slot of the CRPC board The following are jumper setting regulations in the non extended slot numbering mode When jumpers 7 8 and 9 10 in J4 are not connected the board slot is IU28 When jumpers 7 8 in J4 are connected and jumpers 9 10 are not connected the board slot is IU29 When jumpers 7 8 in J4 are not connected and jumpers 9 10 are connected the board slot is IU30 When jumpers 7 8 a...

Page 17: ...on extended slot numbering mode follow the instructions below When jumpers 7 8 and 9 10 in group J4 are not capped the logical slot for the ROP board is IU28 When jumpers 7 8 in group J4 are capped and jumpers 9 10 are not capped the logical slot for the ROP board is IU29 When jumpers 7 8 in group J4 are not capped and jumpers 9 10 are capped the logical slot for the ROP board is IU30 When jumpers...

Page 18: ...ded for the lower subrack It is recommended that 2U height 89 mm space be reserved on the top of the CRPC ROP frame for heat dissipation Do not block the air inlets or outlets of the frame Secure the mounting ear on each side of the frame by tightening screws Secure the frame on the columns of the cabinet by tightening screws through the holes on the mounting ears Panel screws Panel screws ROP fra...

Page 19: ...binet Cable Holes at the Bottom of the Cabinet b Route optical fibers and cables into a cabinet through the cable holes at the top or bottom of the cabinet a Cable hole Cable hole NOTE Cable hole Power cable hole Cable hole Cable hole Cable hole Cable Holes at the Top of Cabinet ...

Page 20: ... used to interface four main backup power inputs Power Cable Connections to the Cabinet a A NEG1 A NEG2 B NEG1 B NEG2 A RTN1 A RTN2 B RTN1 B RTN2 PGND 48 V 48 V 0 V 0 V 48 V 48 V 0 V 0 V Power source in the equipment room Power source in the equipment room Subrack 2 Subrack 1 Cabinet power cables Adjustable wrench Flat head screwdriver Ground cables Subrack 3 Ground bar NOTE Subrack 4 ...

Page 21: ...m When the power source supplies one input of 125 A TN11PDU is used to interface two main backup power inputs A RTN A NEG B RTN B NEG Cabinet power cables Adjustable wrench Flat head screwdriver Ground cables Flat head screwdriver Subrack 3 Subrack 4 Office ground Power source in the equipment room 48 V 0 V 48 V 0 V Power source in the equipment room Subrack 2 Subrack 1 NOTE ...

Page 22: ...ced with four in one copper fittings and whether additional four in one copper fittings need to be installed on the RTN terminals in the middle of the PDU NOTE DC PDU with the front panel installed DC PDU with the front panel removed Two in one copper fitting left NEG Two in one copper fitting right NEG Two in one copper fitting middle RTN Power output area A Power output area B Power input area A...

Page 23: ...al blocks and copper fittings for the middle area of the DC PDU CAUTION 1 There are two types of RTN terminal blocks for the PDU and correspond to two types of copper fittings 2 Install corresponding copper fitting in the middle area of the PDU based on the type of the RTN block ...

Page 24: ...ower source supplies one input of 63 A DPD63 4 8 PDU is used to interface four main backup power inputs Power Cable Connections to the Cabinet b NOTE Subrack 3 Ground bar in the equipment room Power source in the equipment room Power source in the equipment room Subrack 2 Subrack 1 Adjustable wrench Flat head screwdriver Ground cables Subrack 4 2 Cabinet Power Cable Connections DPD63 4 8 PDU ...

Page 25: ...e The blue power cables connecting to the NEG terminals must use two hole OT terminals and the BGND cables black connecting to the RTN terminals must use cord end terminals CAUTION Both NEG and RTN terminal pairs must be connected or disconnected By default two in one copper fittings have been installed on NEG and RTN terminals of the PDU before the delivery Based on the site survey result determi...

Page 26: ...les into the cabinet through the cable holes and connect them to the DC input terminals on the DC PDU at the top of the cabinet Put the cord end terminal on the RTN or NEG input terminal on the PDU with the fluted side facing outward Then tighten the screws Install ground cables first and then power cables to a cabinet Use a Phillips screwdriver or an equivalent to punch cable holes as needed Then...

Page 27: ...e hole at the top of the cabinet and connect it to the ground bolt In addition route the power cables by way of the cabling area to the top of the cabinet Put the cord end terminals of the BGND cable and blue 48 V power cable on the RTN and NEG input terminals respectively with the fluted sides of the cord end terminals facing outward Then tighten the screws Adjustable wrench Phillips screwdriver ...

Page 28: ...the top of the cabinet Put the cord end terminal on the RTN or NEG input terminal on the PDU with the fluted side facing outward Then tighten the screws When copper fittings have been installed the blue 48 V power cables must use two hole OT terminals instead of cord end terminals while the BGND cables must use cord end terminals CAUTION A1 A2 A3 A4 B1 B2 B3 B4 A1 A3 B1 B3 48 V power cables blue N...

Page 29: ...e 48 V power cable on the RTN and NEG input terminals respectively with the fluted sides of the cord end terminals facing outward Then tighten the screws M8 screw Phillips screwdriver Adjustable wrench If copper fittings have been installed in the power input areas put the cord end terminal of each BGND cable on the RTN input terminal on the PDU with the fluted side facing outward Then tighten the...

Page 30: ...o this subrack on the right side column of the cabinet and use a screw to secure this end Connect the ground cables of the PDU in parts A and B to the ground bolts at both sides of the cabinet Installing Ground Cables a 1 2 4 Installing and Routing Ground and Power Cables to a Subrack Ground cable Phillips screwdriver Ground point for the DPD63 4 8 PDU ...

Page 31: ...Power Switch No Subrack No SW2A SW2B 1 SW3A SW3B 2 SW4A SW4B 3 SW5A SW5B 4 Mapping between subracks and power supply switches Subrack 4 Subrack power terminal Cabinet power terminal Subrack 3 Subrack 2 Subrack 1 NOTE RUN NEG RTN PIU RUN NEG RTN PIU SW2A SW3A SW4A SW5A SW2B SW3B SW4B SW5B RTN1 NEG1 RTN2 NEG2 1 1 2 2 PGND of cabinet power terminal Subrack power output terminals Subrack power output ...

Page 32: ...ch numbers on the PDU and subracks OSN 6800 power cables RTN NEG Subrack 4 Subrack 1 Subrack 2 Subrack 3 Power Switch No Subrack No SW2A SW2B 1 SW3A SW3B 2 SW4A SW4B 3 SW5A SW5B 4 Power cables Flat head screwdriver Power inputs Power outputs a1 Power inputs SW1A SW3A SW2A SW4A SW1B SW3B SW2B SW4B a2 a3 a4 b1 b2 b3 b4 b1 b3 b4 b2 a1 a3 a4 a2 Subrack 1 a1 Subrack 2 a1 a2 a2 b1 b1 b2 b2 Subrack 3 a3 ...

Page 33: ...removing or installing a power cable to avoid bodily injuries Remove the subrack cover Plug the end with DB3 connector of the power cable into the PIU board and tighten the screw Route power cables connected to the subrack Restore the subrack cover back to the original position The power cables have been installed 1 1 2 2 3 3 4 4 5 5 6 6 Installing and Routing Power Cables c Diagonal pliers Cable ...

Page 34: ...subrack Slave subrack Connect RJ 45 cables according to the picture and do not connect RJ 45 cables to the LAMP interfaces ETH2 ETH1 NM_ETH1 AUX STAT PROG NM_ETH2 AUX AUX STAT PROG AUX STAT PROG AUX STAT PROG AUX STAT PROG AUX STAT PROG AUX STAT PROG AUX STAT PROG AUX STAT PROG NMS computer Master subrack Slave subrack When inter subrack protection is configured Ring Like Connections the ETH3 inte...

Page 35: ... Connect RJ 45 cables according to the picture and do not connect RJ 45 cables to the LAMP interfaces AUX STAT PROG AUX STAT PROG AUX STAT PROG AUX STAT PROG AUX STAT PROG AUX STAT PROG AUX STAT PROG AUX STAT PROG ETH2 ETH1 NM_ETH1 AUX STAT PROG NM_ETH2 AUX NMS computer Master subrack Slave subrack Connect RJ 45 cables according to the picture and do not connect RJ 45 cables to the LAMP interfaces...

Page 36: ...le the network cables if there is no outside fiber winding direction just bundle cables in the inside one NMS computer Use a straight through cable to directly connect two subracks Use a crossover cable or a straight through cable to directly connect a subrack to the NMS computer Connect the NE with the SC1 SC2 board to the NMS computer Connect RJ 45 cables according to the picture and do not conn...

Page 37: ...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 otherwise the EFI board the connected test instrument or the equipment housing the EFI board will be damaged Cabinet indicator alarm cable Subrack 4 Subrack 3 Subrack 2 Subrack 1 To centralized alarm system Subrack 8 Subrack 7 Subrack 6 Subrack 5 Black network cabl...

Page 38: ...e subrack cover back to the original position 7 Installing and Routing Clock Cables Use the clock cascading cables to connect clock and time interfaces between the master and slave subracks Use the clock cascading cables to connect clock interfaces between NEs and use the straight through cables to connect time interfaces For the cables used to connect the OptiX OSN 6800 to other equipment see Clo...

Page 39: ...ock signals Do not use the CLK port and the IN OUT port at the same time Clock signal input Clock signal output STG TOD CLK IN OUT Slave subrack Slave subrack Slave subrack Slave subrack Master subrack Slave subrack Slave subrack Master subrack Select A or B according to the actual situations Connection relationship of clock cables A B A B A B X1 X2 Color Relation ship 6 2 Orange Pair 3 1 White Or...

Page 40: ...e Plug one end of the crossover network cable into the LAN port on the CRPC ROP board Plug the other end to the ETH1 or ETH2 port on the AUX board in the corresponding subrack If two CRPC ROP frames are required the network cables to the second CRPC ROP are connected to the ETH1 or ETH2 port in the last slave subrack of the NE When the master and slave subracks are connected in ringlike structure ...

Page 41: ...er 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 Fiber Fiber holder Fiber extractor NOTE NOTE WARNING The open corrugated pipe cannot be loaded with too many optical fibers A maximum of 60 fibers with 2 ...

Page 42: ...tractor WARNING NOTE 3 Installing and Routing Fibers to a CRPC Frame Fibers need to be installed onsite Before installing the fibers you must install cable clips at the specified positions as shown in the following figure Do not look or stare into optical fibers directly without eye protection Ensure that the radius of a fiber bend is 50 mm or larger CRPC fibers and other fibers are bundled to the...

Page 43: ...ol The fibers should not be coiled too tightly or too loosely Ensure that the bending radius of fibers is not less than 30 mm Do not look or stare into optical fibers directly without eye protection 4 Installing and Routing Fibers to a DCM Frame When you connect fibers to DCMs make sure that the DCMs and fibers are correctly connected in the two directions based on the engineering documents specif...

Page 44: ...Phone Secure the mount set of the orderwire telephone on the air deflector by using a double faced adhesive tape Plug one end of the telephone wire into the EOW port on the SC1 or SC2 board in the subrack Plug the other end of the telephone wire into the port on the phone set Then put the phone set into the plastic base 1 2 3 Airduct frame Orderwire phone Base ...

Page 45: ...in fibers along the right side of the rack b Insert fibers into the corresponding ports c Wind fibers onto the winding pipe and secure the winding pipe to the rack at the specified bundling point on the chassis c Open the front door of the rack and then install fibers on the front Open the rear door of the rack and then install cables on the rear Rear view of a 19 inch rack Front view of a 19 inch...

Page 46: ...7 The fibers routed outside the cabinet are protected in a corrugated pipe and are protected from being pulled out by other cables or objects Visual inspection 8 The bending radius of the fiber patch cords is not less than 30 mm There are not any sharp components along the routing path for the fibers Visual inspection 9 Fibers are placed in order and are properly bound with optical binders There a...

Page 47: ...ed crimping connector of the power cable with the PIU board Each subrack must be provided with two lines of power supply Turn on the power switch of the part A on the DC power distribution box for each subrack Check if the subrack are powered on If powered on go on turning on the power switch of the part B and then turn off the power switch of the part A Check if the subrack are powered on If powe...

Page 48: ...ation This insertion loss must be lower than 1 dB The fiber connectors on span 2 require cleaning if the insertion loss is greater than 1 dB The fibers on span 2 need to be replaced if the insertion loss remains greater than 1 dB after the fiber connectors are cleaned After ensuring that the optical paths on spans 1 and 2 are functioning properly calculate the actual line attenuation between the t...

Page 49: ...ontally the label needs to face downwards Engineering Labels 1 Attaching Labels Identification plate Cable Attach the identification plate on top of the cable when the cable is routed horizontally Attach the identification plate on the right side of the cable when the cable is routed vertically Identification plate Cable To B03 48V2 To B03 48V2 Fiber Fold to the right Label Fold upwards TO A03 33 ...

Page 50: ...m left to right Labels for the fiber used to connect two equipment MN A B C D MN identifies the row and column number of an open rack A is a two digit number that indicates the position of a subrack in an open rack Subracks are numbered from bottom to up B identifies the slot number C identifies the board name D identifies the optical port name Labels for the fiber that connects the equipment to t...

Page 51: ...HUAWEI TECHNOLOGIES CO LTD Huawei Industrial Base Bantian Longgang Shenzhen 518129 People s Republic of China www huawei com ...

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