Cisco ONS 15200 Series Installation, Setup & User Manual Download Page 95

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4-9

Cisco ONS 15200 Installation, Setup, and Test Manual

78-13765-01

Chapter 4 Turn Up and Test

Figure 4-3

Attenuators from the A Side and B Side Line modules

Step 6

Retrieve the DWDM receive level:

At the NCB:> prompt, type

show power

. Press Enter. This retrieves the measured optical power

levels from the DWDM receivers. Record the values in

Table B-8 on page B-5

Calculate the expected receive power on the A and B sides and record the values in

Table B-8 on

page B-5

To calculate the expected receive power, take the measured attenuated transmit power from

Table B-8 on page B-5

and subtract the associated losses from the dropping of the channel (see the

formula and explanation below). The actual receive power should be

2.5 dB of the expected

receive power.

Formula:

ERp = MTp – (HFM x 0.5 – 2.5)

MONITOR

A-side

B-side

ETHER

IrDA

Network
Control
Board

MMC

ACO

INT

BUS

Attenuation

61135

Summary of Contents for ONS 15200 Series

Page 1: ...man Drive San Jose CA 95134 1706 USA http www cisco com Tel 408 526 4000 800 553 NETS 6387 Fax 408 526 4100 Cisco ONS 15200 Installation Setup and Test Manual Hardware Release 1 1 January 2002 Customer Order Number DOC 7813765 Text Part Number 78 13765 01 ...

Page 2: ...IALITY The information contained in this document is proprietary and the property of Cisco Except as specifically authorized in writing by Cisco the product owner and related personnel having access to this document shall keep the information contained herein confidential and shall protect same in whole or in part from disclosure and dissemination to third parties and use same for evaluation opera...

Page 3: ... xv C H A P T E R 1 Safety Summary 1 1 1 1 Critical Safety Warnings 1 1 1 2 General Safety Precautions 1 1 1 3 Recommended Safety Precautions 1 2 1 4 Safety Symbols and Labels 1 3 1 4 1 ONS 15252 Multichannel Unit Safety Labels 1 3 1 4 2 ONS 15201 Single Channel Unit Safety Labels 1 3 1 4 3 Client Layer Interface Port Safety Label 1 4 1 5 Electrostatic Discharge Cautions 1 4 C H A P T E R 2 Pre In...

Page 4: ...ce the Filter in the Fan Unit 3 12 Procedure Install the Fiber Organizer In Front of the Fan Unit 3 13 3 4 1 Install the ONS 15252 MCU Ground Cable 3 13 Procedure Install an ONS 15252 MCU Single Lug Ground Connection 3 14 Procedure Install an ONS 15252 MCU Dual Lug Ground Connection 3 15 Procedure Install an ONS 15252 MCU Ground Strip Connection 3 16 3 4 2 Install the ONS 15252 MCU Power 3 17 Proc...

Page 5: ...cedure Install the Dummy Filter Module in the ONS 15252 MCU 3 39 Procedure Interconnect the ONS 15252 MCU Passive Optical Shelf Modules 3 40 Procedure Install the Network Adaptation Module in the ONS 15252 MCU 3 42 Procedure Install the Dummy Network Adaptation Module in the ONS 15252 MCU 3 45 3 7 ONS 15201 SCU Module Installation Non ATO 3 47 Procedure Install the Collector Filter Module 3 47 Pro...

Page 6: ...rocedure Test the Bit Error Rate Multiple SCUs at a Site 4 17 4 5 Perform System Span Testing for a Hub Configuration 4 19 Procedure Connect a Path 4 19 Procedure Test the Bit Error Rate for Unprotected Channels 4 20 Procedure Test the Bit Error Rate for Protected Channels 4 21 C H A P T E R 5 Connectors and Cabling 5 1 5 1 Electrical Connectors 5 1 5 1 1 ONS 15252 MCU Electrical Connectors 5 1 5 ...

Page 7: ...gs single and double 3 12 Figure 3 10 Removing the filter frame 3 13 Figure 3 11 Ground cable lugs single and double 3 14 Figure 3 12 Ground strip 3 14 Figure 3 13 Attaching a single lug ground cable 3 15 Figure 3 14 Attaching a dual lug ground cable 3 16 Figure 3 15 Connecting power to the ONS 15252 MCU 3 18 Figure 3 16 An ONS 15201 SCU with front covers removed 3 21 Figure 3 17 ONS 15201 SCU pow...

Page 8: ...s 3 48 Figure 3 38 CFM for an unprotected channel 100 0 or 0 100 3 49 Figure 3 39 CFM for a protected channel 90 10 10 90 or 50 50 3 49 Figure 3 40 90 10 split ratio protected connections 3 50 Figure 3 41 10 90 split ratio protected connections 3 50 Figure 3 42 50 50 split ratio protected connections for a CFM 3 51 Figure 3 43 0 100 split ratio unprotected connections for a CFM 3 51 Figure 3 44 10...

Page 9: ...252 LM Optical Connections 5 3 Table 5 8 ONS 15201 SCU Optical Connections 5 4 Table B 1 Customer Information B 1 Table B 2 Team Information B 1 Table B 3 ONS 15200 Network Configuration Checklist B 2 Table B 4 ONS 15252 MCU Turn Up and Test Procedure Checklist B 2 Table B 5 ONS 15252 MCU CLIP Data B 2 Table B 6 A Side ONS 15252 MCU Wavelength and Output Power Data B 3 Table B 7 B Side ONS 15252 M...

Page 10: ...NS 15200 Hub Span DWDM Transmit and Receive Measurements B 8 Table B 19 ONS 15200 Remote Span DWDM Transmit and Receive Measurements B 9 Table B 20 ONS 15252 MCU DWDM Receive Measurements B 10 Table B 21 ONS 15200 DWDM Receive Measurements B 10 Table B 22 ONS 15200 CLIP Switchmode B 11 ...

Page 11: ...ro optical equipment Chapter 2 Pre Installation Procedures includes preinstallation equipment storage and handling site verification of equipment site preparation and equipment unpacking Chapter 3 Installation provides specific installation procedures Chapter 4 Turn Up and Test provides site setup and test procedures Chapter 5 Connectors and Cabling describes electrical and optical connectors with...

Page 12: ... 23 ECC FCC Part 15 IEC 60825 1 1993 IEC 60825 2 2000 ITU T G 652 1997 ITU T G 655 1996 ITU T G 825 1993 ITU T G 957 1995 ITU T G 958 1995 ITU T G 972 1999 ITU T G 692 Telcordia GR 63 CORE Telcordia GR 1089 CORE UL 1950 Obtaining Documentation The following sections explain how to obtain documentation from Cisco Systems World Wide Web You can access the most current Cisco documentation on the Worl...

Page 13: ...ing 800 553 NETS 6387 Documentation Feedback If you are reading Cisco product documentation on Cisco com you can submit technical comments electronically Click Leave Feedback at the bottom of the Cisco Documentation home page After you complete the form print it out and fax it to Cisco at 408 527 0730 You can e mail your comments to bug doc cisco com To submit your comments by mail use the respons...

Page 14: ...ilities product installation or basic product configuration Priority level 3 P3 Your network performance is degraded Network functionality is noticeably impaired but most business operations continue Priority level 2 P2 Your production network is severely degraded affecting significant aspects of business operations No workaround is available Priority level 1 P1 Your production network is down and...

Page 15: ...ed as priority level 1 or priority level 2 these classifications are assigned when severe network degradation significantly impacts business operations When you contact the TAC Escalation Center with a P1 or P2 problem a Cisco TAC engineer will automatically open a case To obtain a directory of toll free Cisco TAC telephone numbers for your country go to the following URL http www cisco com warp p...

Page 16: ...xvi Cisco ONS 15200 Installation Setup and Test Manual 78 13765 01 About this Manual Obtaining Technical Assistance ...

Page 17: ...ed based on local engineering standards and practices Warning Before installing the ONS 15252 MCU remove the fuses from both the A and B sides of the PDP Failure to do so can cause serious injury or death Warning Touching electrical connectors or other exposed electrical circuitry inside the ONS 15252 MCU or ONS 15201 SCU when they are energized can cause serious injury or death Warning Before con...

Page 18: ...ternational Electrotechnical Commission IEC 364 part 1 7 Properly ground the equipment Connect only a DC power source that complies with the safety extra low voltage SELV requirements in UL1950 CSA 950 EN 60950 and IEC950 to an ONS 15200 DC power supply input Install DC power supplies used in restricted access areas in accordance with Articles 110 16 110 17 and 110 18 of the National Electric Code...

Page 19: ...ipment radiation level Read and understand all warning labels before working with the equipment 1 4 1 ONS 15252 Multichannel Unit Safety Labels The ONS 15252 Multichannel Unit MCU has a warning label located inside the passive optical shelf door The warning label consists of warning text and a warning triangle with a yellow background as shown in Figure 1 1 Figure 1 1 ONS 15252 MCU laser safety wa...

Page 20: ... 1 4 The warning label has a yellow background Figure 1 4 CLIP Module laser safety warning label 1 5 Electrostatic Discharge Cautions Some ONS 15200 components are classified as Class 0 ESD sensitive devices Adhere to the following rules Observe standard precautions for handling ESD sensitive devices Assume that all solid state electronic devices are ESD sensitive Ensure that you are grounded with...

Page 21: ...mmend shipping equipment that is mounted in racks To ship equipment from one site to another pack the equipment in the original box Note If you store the ONS 15200 before installing it keep the ONS 15200 system equipment in the original shipping containers The storage period should not exceed 12 months Store the packed equipment indoors in a well ventilated and static safe environment 2 1 1 ONS 15...

Page 22: ...packing list information call the Cisco Technical Assistance Center TAC at 1 877 323 7368 2 1 3 Reporting Damage To report damage to shipped articles contact the Cisco Technical Assistance Center TAC at 1 877 323 7368 to open a Return Material Authorization and Fault Symptom Report RMA 2 2 Site Preparation Verify that the installation site meets the following criteria 1 The site conforms to all en...

Page 23: ... bays from the front and back opening front covers and clearing the top of the racks Table 2 4 provides clearance requirements Table 2 1 Floor Loading Requirements by ONS 15200 Equipment Type Equipment Type Floor Loading Requirements ONS 15252 MCU 75 kg m2 15 lb ft2 per ONS 15252 MCU ONS 15201 SCU 8 6 kg m2 1 6 lb ft2 per ONS 15201 SCU Table 2 2 Power Consumption Requirements by ONS 15200 Equipmen...

Page 24: ... damage electro optical equipment While unpacking and handling optical and electrical modules wear a grounding wrist strap to discharge the static buildup Before unpacking and installing modules or making system interconnections connect the grounding wrist strap The grounding wrist strap is designed to prevent equipment damage caused by static electricity Step 1 Open the top of the ONS 15252 MCU s...

Page 25: ...hipping container should contain the following items One SCU Accessory kit which includes rack mounting screws disposable ESD wrist straps power supply units 2 pcs power supply cables 2 pcs a ground strip an internal bus CAN bus extension cable and a documentation CD Procedure Unpack the ONS 15200 Modules Caution When opening a module container use caution to avoid damaging the contents Caution St...

Page 26: ...2 6 Cisco ONS 15200 Installation Setup and Test Manual 78 13765 01 Chapter 2 Pre Installation Procedures ...

Page 27: ...s 3 1 Installation Overview You should be thoroughly familiar with the instructions in this manual before starting any work Use the following general order of work when installing a site Step 1 Read and observe all safety cautions and warnings in Chapter 1 Safety Summary Step 2 When you arrive at the site first verify the ONS 15200 equipment according to the procedures in Chapter 2 Pre Installatio...

Page 28: ...uipment rack Plan grounding cable runs from the ground window down along the right side of the rack to the units Plan to route the optical cables to and from the units along the upper left side of the rack to the overhead cable transport tray 3 2 1 Required Items To install an ONS 15200 system customary installation and electrical tools are required The following items are also required Multimeter...

Page 29: ...not make the rack unstable When mounting the equipment between two posts or rails ensure that the minimum clearance between the sides is 445 mm 17 5 in Maintain a minimum clearance of 482 mm 19 in in front of the equipment and 16 cm 6 in at the back of the equipment Figure 3 1 shows the outer dimensions of the ONS 15200 system equipment Figure 3 1 Outer dimensions mm and in of the ONS 15200 system...

Page 30: ...grounding pins M4 screws located beside each of the power connectors on the fan unit back panel To avoid ground loops use only one M4 screw The SCU is grounded in the back of the unit adjacent to the PS 1 power supply connector on the two M6 threaded ground studs Use a nut and a locking washer on one or both of the studs Note A ground strip P N 72 2755 30 cm 11 8 in long is supplied with the equip...

Page 31: ... 5 Shelf Version Considerations Two versions of the ONS 15252 MCU mechanical shelf exist Release 1 0 and Release 1 0 1 Cisco currently ships only the Release 1 0 1 shelf and no longer ships the Release 1 0 shelf The Release 1 0 1 shelf includes a baffle The baffle is a partially perforated angled metal plate that is mounted below and behind the metal support beam and is mechanically attached to th...

Page 32: ...and adapters before installing fiber Caution Clean the fibers before use to prevent equipment damage Procedure Clean Fiber Connectors Warning Invisible laser radiation may be emitted from the end of the unterminated fiber cable or connector Do not stare into the beam or view directly with optical instruments Step 1 Remove the dust cap from the fiber connector Step 2 Insert the connector into the C...

Page 33: ...s a Release 1 0 1 shelf See the Shelf Version Considerations procedure on page 3 5 Note An ATO MCU comes equipped with two Termination modules TMs The Bridge module BM is delivered as a separate item Procedure Mount the ONS 15252 MCU in an Equipment Rack Note You can install the ground and power cables before mounting the MCU See the Install the ONS 15252 MCU Ground Cable procedure on page 3 13 an...

Page 34: ...s immediately outside the opening in the hinged lid cover You will use the cable ties to manage the cable in the Install the ONS 15252 MCU Fiber Cable procedure on page 3 18 Procedure Mount the ONS 15252 MCU in an Equipment Rack Using Extension Brackets The shelf assembly comes preset for installation in a 485 mm 19 in rack but you can use extension brackets to convert it to a 584 2 mm 23 in rack ...

Page 35: ...the second extension bracket Step 4 Once the extension brackets are secure lift and align the MCU with the mounting holes Step 5 Attach the MCU to the extension brackets with eight screws M6 or UNC 12 24 Figure 3 5 shows the extension brackets attached to the equipment rack Figure 3 5 Attached extension brackets Step 6 Mount the cable ties item 51 2587 01 in the accessory kit to the racks You will...

Page 36: ...rieval and reinstallation in case the equipment is moved to another location Procedure Install the ONS 15252 MCU Fan Unit You must install a fan unit in the equipment rack above each ONS 15252 MCU Caution You must install the fan unit in a Release 1 0 1 shelf Cisco does not recommend or support running the Release 1 0 1 shelf without the fan unit Equipment damage may result For more information ab...

Page 37: ...ect the power before mounting the fan unit in the rack Note If you connect just one power supply to the fan unit the fan unit will run but a minor alarm will occur Step 4 Install the ground cable P N 72 3526 A pair of grounding pins M4 screws is located beside each of the power connectors on the fan unit back panel Figure 3 8 You must connect the grounding cable to one of the pairs of screws Choos...

Page 38: ...hen interfacing between an external alarm panel and the fan unit Step 6 Once you have installed the fan unit verify the following The incoming power is within the range of 42 VDC to 56 VDC before applying power The green LED is lit to indicate that the fan unit has power Both the red and yellow LEDs are off If only one power source is connected or if a single fan fails the yellow LED will be lit I...

Page 39: ...remaining left metal band extension under the frame Step 7 Slide the filter frame back into the fan unit Step 8 Lock the filter frame by turning the screws one quarter turn clockwise Procedure Install the Fiber Organizer In Front of the Fan Unit The fiber organizer uses the same four screws M6 or UNC 12 24 that are used to secure the fan unit Step 1 Remove any screws that obstruct the mounting of ...

Page 40: ...M6 nut and washer from one of the grounding pins located on either side of the MCU backplane Step 2 Route the ground cable to the grounding pin where the M6 nut and washer were removed Step 3 Attach the ground cable to the grounding pin using the M6 nut and washer removed in Step 1 Step 4 Use a socket wrench to firmly tighten the M6 nut on the grounding pin The attached ground cable should look si...

Page 41: ... ohms tighten or reconnect the ground connection and test it again Procedure Install an ONS 15252 MCU Dual Lug Ground Connection Step 1 Remove the M6 nut and washer from two of the grounding pins located on either side of the MCU Step 2 Route the ground cable to the grounding pins where the M6 nuts and washers were removed Step 3 Attach the ground cable to the grounding pins using the M6 nuts and ...

Page 42: ...n the multimeter should be less than 5 ohms If the display is more than 5 ohms tighten or reconnect the ground connection and test again Procedure Install an ONS 15252 MCU Ground Strip Connection Step 1 Remove one M6 nut and washer from one of the grounding pins located on either side of the MCU backplane Step 2 Route the ground strip to the grounding pin where the M6 nut and washer were removed S...

Page 43: ...fore installing power to the ONS 15252 MCU remove the fuses from both the A and B sides of the battery distribution bay BDB and power distribution panel PDP Failure to do so can result in injury or death Determine the actual wire gauge based on local engineering standards and practices Warning To prevent equipment damage and injury do not reverse the polarity of the PDP to ONS 15252 MCU power conn...

Page 44: ...nnected to ground the PDP on both the A and B sides Step 12 Verify that the incoming power is within the range of 42 VDC to 56 VDC before applying power Step 13 Install the Network Control Board NCB and Communication Interface module CIM temporarily to determine if the ONS 15252 MCU has power The LEDs on the CIM and NCB are green when the MCU has power Note To obtain an accurate LED reading do not...

Page 45: ...emove the dust plugs from the CLIP module client layer connectors Step 2 Clean and inspect the client layer optical fiber jumper cable connectors Step 3 Connect the CLIP module input and output to the customer specified point Step 4 Repeat Steps 1 3 for each CLIP Step 5 Guide the fiber through the fiber guide above the MCU and then to the cable ties mounted on the sides of the rack The cable ties ...

Page 46: ...CU in cable management devices such as wiring ducts plenums or risers For such applications you must provide an approved AC power cord At minimum the AC power cord must meet all National Electrical Code NFPA 70 National Electrical Code 2000 Edition and all local building code requirements This applies to Central Offices and other buildings The ONS 15201 SCU shown in Figure 3 16 is designed to be i...

Page 47: ...can also ground the ONS 15201 SCU using a ground strip as shown in Figure 3 12 on page 3 14 Procedure Install an ONS 15201 SCU Single Lug Ground Connection Step 1 Remove one M6 nut and washer from one of the grounding pins located on the SCU backplane as shown in Figure 3 17 PS 1 GND PS 2 B A CLIENT SIDE MA INTERFACE 2 1 3 LEGEND CFM Collector Filter Module CLIP Client Line Interface Port module M...

Page 48: ...s to test the ground connection The display on the multimeter should be less than 5 ohms If the display is more than 5 ohms tighten or reconnect the ground connection and test it again Procedure Install an ONS 15201 SCU Dual Lug Ground Connection Step 1 Remove the M6 nut and washer from two of the grounding pins located on the back of the SCU as shown in Figure 3 17 Step 2 Route the ground cable t...

Page 49: ...Step 1 Step 4 Firmly tighten the M6 nut on the grounding pin with a socket wrench Step 5 Connect the other end of the ground strip to a reliable earth ground Step 6 Use a multimeter that is set to read ohms to test the ground connection The display on the multimeter should be less than 5 ohms If the display is more than 5 ohms tighten or reconnect the ground connection and test it again 3 5 2 Inst...

Page 50: ...edure Connect a Redundant Power Source to the ONS 15201 SCU Step 1 Route the SCU redundant AC to DC power supply cable to the PS 2 power connector on the front of the unit Figure 3 16 on page 3 21 shows the SCU PS 2 connector Step 2 Align the connector on the power cable with the PS 2 connector on the front of the ONS 15201 SCU Figure 3 18 on page 3 24 shows the power cable connector Step 3 Insert...

Page 51: ...ign the connector on the power cable with the PS 1 connector on the SCU backplane as shown in Figure 3 17 on page 3 22 Step 4 Connect the power cable to the PS 1 connector on the SCU backplane Step 5 Make sure the power cable connector is firmly mated to the PS 1 connector Step 6 Connect the SCU power cable to the A side of the PDP Be sure the poles are correct Step 7 Align the connector on the po...

Page 52: ...bles that are similar in appearance Warning Follow all directions and warning labels when working with optical fibers To prevent eye damage never look directly into a fiber or connector Procedure Connect the Client Layer Fiber Use the following procedure to connect the ONS 15201 CLIP to the customer specified point Step 1 Remove the dust plugs from the CLIP module client layer connectors Step 2 Re...

Page 53: ...U remove the fuses from both the A and B sides of the PDP Failure to do so can cause injury or death Warning Touching electrical connectors or other exposed electrical circuitry inside the ONS 15252 MCU when it is energized can cause serious injury or death Caution Static electricity can damage electro optical equipment While unpacking and handling electro optical modules wear a grounding wrist st...

Page 54: ...tall the Network Control Board Module in the ONS 15252 MCU Step 1 Align the NCB module with the NCB module slot located on the right of the upper portion of the ONS 15252 MCU Slot 17 Step 2 Carefully insert the NCB module in the NCB module slot as shown in Figure 3 20 Be sure the NCB module connector and the backplane connector mate correctly 54861 ...

Page 55: ...n Interface Module in the ONS 15252 MCU Step 1 Align the CIM with the slot directly below the NCB module Step 2 Carefully insert the CIM into the slot and lower guide rail making sure that no fibers are pinched in the process Be sure the CIM connector and the backplane connector mate correctly Step 3 Use a slot or Phillips screwdriver to tighten the CIM retaining screws Figure 3 21 shows the CIM i...

Page 56: ...dule with a CLIP module slot in the MCU Install CLIP modules from left to right Step 2 Carefully insert the CLIP module into the slot Be sure the CLIP module connector and the backplane connector mate correctly Step 3 Tighten the CLIP module thumbscrews Step 4 Repeat Steps 1 3 for each CLIP module in the ONS 15252 MCU Step 5 Install a CLIP module slot cover for each empty CLIP module slot Figure 3...

Page 57: ...nterface Port module in an ONS 15252 MCU Procedure Install the Line Module in the ONS 15252 MCU Step 1 To open the MCU passive optical shelf pull up on the door latches located on the left and right sides of the door and pull gently towards you Figure 3 23 illustrates an ONS 15252 MCU with the passive optical shelf door open 54864 ...

Page 58: ...side LM with the far right position if applicable in the passive optical shelf Insert them as shown in Figure 3 24 Note Normally an MCU is equipped with two LMs but under some circumstances there may be only one LM or no LM at all Step 3 Make sure the crossbar at the back of the passive optical shelf and the groove in the back of the LMs fit together Step 4 Push the button at the bottom front of t...

Page 59: ...wing modules The Bridge module BM described in the Install the Bridge Module in the ONS 15252 MCU Passive Optical Shelf procedure on page 3 35 or the Termination module TM described in the Install the Termination Module in the ONS 15252 MCU Passive Optical Shelf procedure on page 3 36 Any Connection Module Xs CMXs described in the Install a Connection Module X in Two ONS 15252 MCUs procedure on pa...

Page 60: ...stallation of the B side HFM modules should be from right to left starting with the slot adjacent to the B side LM Step 2 Insert and slide the HFM into the passive optical shelf Be sure that the crossbeam in the passive optical shelf interlocks with the slot on the bottom of the HFM Step 3 Once the HFM is positioned in place in the passive optical shelf push the retainer button located at bottom o...

Page 61: ... Xs CMXs and Connection Module Ys CMYs See the Install a Connection Module X in Two ONS 15252 MCUs procedure on page 3 37 and the Install a Connection Module Y in Two ONS 15252 MCUs procedure on page 3 38 Figure 3 26 illustrates a BM installation Step 1 Position the BM into the passive optical shelf at the end of the A side and B side rows of HFMs Place one side of the BM at the end of the A side ...

Page 62: ... MCU Passive Optical Shelf You will install a BM or one or two TMs but not both a BM and a TM together See the Install the Bridge Module in the ONS 15252 MCU Passive Optical Shelf procedure on page 3 35 You can also install a combination of Connection Module Xs CMXs and Connection Module Ys CMYs See the Install a Connection Module X in Two ONS 15252 MCUs procedure on page 3 37 and the Install a Co...

Page 63: ...ssembled to order ATO MCUs Step 1 Disconnect the MU duplex connector from the TM you will replace Step 2 Put protective caps on the MU duplex connector Step 3 Remove a TM module from the passive optical shelf of the first MCU Step 4 Position one side of the CMX Figure 3 27 in the passive optical shelf of the first MCU where the TM was removed Figure 3 27 Side view of a CMX module Step 5 Carefully ...

Page 64: ...sert half of the CMX into the passive optical shelf Be sure the groove on the back of the module interlocks with the crossbeam in the passive optical shelf Step 20 Snap the CMX into place by pushing downwards on the CMX front panel Step 21 Remove the dust caps from the duplex connector of the adjacent HFM Step 22 Remove the dust plugs located on the CMX duplex adapter Step 23 Clean inspect and ins...

Page 65: ...emove the dust plugs from the appropriate HFM in the second MCU Step 13 Remove the dust caps located on CMY optical fiber connectors Step 14 Clean inspect and insert the MU duplex connector from the CMY into the HFM in Step 12 Step 15 Fasten a fiber holder on the side of the passive optical shelf just outside the door of the second MCU Step 16 Guide the optical fiber cable from the CMY to the fibe...

Page 66: ...on Step 1 When all HFMs the BM TM the CMX CMY and the DFMs are installed in the passive optical shelf remove the dust plugs from the duplex MU adapter on the HFM closest to the LM from left to right on the A side and from right to left on the B side Step 2 Remove the dust caps from the MU duplex connector connected to the LM Step 3 Clean and inspect the LM MU duplex fiber cable connector Step 4 Co...

Page 67: ...ble connector to the next module Step 9 Repeat Steps 3 8 until all modules have been interconnected ending with either a BM half a TM a CMX half or a CMY Step 10 Repeat the procedure for both the A and B sides if applicable and with other MCUs if applicable using CMX and or CMY When the modules are connected see Figure 3 30 for an example of what the passive optical shelf should look like with a B...

Page 68: ...e rail located in the NAM slot and that the NAM connector and the backplane connector mate correctly Caution When you insert the NAM ensure that the fiber cables and connector emerging from the NAM are not pinched which could damage the fibers Step 3 Use a slot or Phillips screwdriver to tighten the NAM retaining screw Step 4 Remove the dust plugs from the CLIP module Step 5 Remove the dust cap fr...

Page 69: ...connectors coming from the NAM Step 12 Remove the dust plugs on the associated HFM optical connectors Step 13 Clean and inspect the optical fiber jumper cable connectors Connect the duplex MU optical connectors from the NAM to the associated HFM Step 14 Repeat Steps 11 13 for protected traffic Use the labeling on the fiber to ensure that the A side and the B side of the node are not interchanged F...

Page 70: ...on module Part 2 Step 15 After connecting the NAM fiber to the HFM push the HFM slightly upward to expose the two lateral grooves on the top of the HFM Note Do not install fiber with sharp bends The radius of all bends must be at least 35 mm 1 4 in Step 16 Insert the fiber into the lateral grooves and snap the HFM back into place Figure 3 33 54873 ...

Page 71: ...ace between the NAM and the MCU passive optical shelf shown in Figure 3 33 Step 19 Repeat Steps 1 16 for each NAM in the MCU Procedure Install the Dummy Network Adaptation Module in the ONS 15252 MCU You must install a Dummy Network Adaptation module DNAM in all unused NAM slots Step 1 Align a DNAM with an empty NAM slot Step 2 Carefully insert the DNAM into the slot Be sure the DNAM connector and...

Page 72: ...the adjacent NAMs are not pinched which could damage the fibers Step 3 Use a slot or Phillips screwdriver to tighten the DNAM retaining screws Step 4 Repeat Steps 1 3 for each DNAM you are installing in the MCU The ONS 15252 MCU with all modules installed and cover lid shut is shown in Figure 3 34 Figure 3 34 An installed ONS 15252 MCU Dummy Network Adaptation module 54847 ...

Page 73: ...s in the ONS 15201 SCU Before beginning this section see the ONS 15201 SCU Assembled to Order Installation procedure on page 3 19 to mount the equipment in a rack and install power ground and fiber Procedure Install the Collector Filter Module Step 1 Remove the front covers of the ONS 15201 SCU Step 2 Locate the CFM cover lid Figure 3 35 Figure 3 35 The cover lid of the ONS 15201 SCU Collector Fil...

Page 74: ... 3 37 shows the position of the retaining screws Figure 3 37 ONS 15201 SCU rear connector cover and retaining screws Step 6 Remove the rear connector cover by sliding it back and pulling up Step 7 Carefully insert the CFM into the SCU Be careful not to damage the CFM fiber while inserting the module Step 8 Align the four holes in CFM case with the four CFM standoffs inside the SCU When properly al...

Page 75: ...cap on the MU connector of the CFM fiber b Clean and inspect each SC connector on the fiber Step 12 Connect the CFM fiber to the A and B side SC to SC adapters in accordance with the labels on the cables Figure 3 38 shows a CFM for an unprotected channel Figure 3 39 shows a CFM for a protected channel Figure 3 40 through Figure 3 44 show the connection information for each configuration Figure 3 3...

Page 76: ...allation Figure 3 40 90 10 split ratio protected connections Figure 3 41 10 90 split ratio protected connections SC MU Fusion splice Side B Side A IN IN OUT OUT Rx A Rx B Tx CLIP 10 1 90 4 3 2 54893 SC MU Fusion splice Side A Side B IN IN OUT OUT Rx B Rx A Tx CLIP 10 1 90 4 3 2 54894 ...

Page 77: ...e 3 42 50 50 split ratio protected connections for a CFM Figure 3 43 0 100 split ratio unprotected connections for a CFM SC MU Fusion splice Side B Side A IN IN OUT OUT Rx A Rx B Tx CLIP A 1 B 4 3 2 54895 SC MU Fusion splice Side B Side A IN IN OUT OUT Rx B not used Rx A Tx CLIP 1 4 3 2 A 2 54896 ...

Page 78: ... Step 19 Use a slot or posidrive screwdriver to tighten the CFM access lid retaining screws Procedure Install the Client Layer Interface Port Module Step 1 Align the CLIP module with the CLIP module slot in the ONS 15201 SCU Step 2 Carefully insert the CLIP module in the slot Be sure the CLIP module connector and the backplane connector mate correctly and that no fibers are pinched Step 3 Tighten ...

Page 79: ... CAN bus length of 0 5 meters Two SCUs are joined with a 6 pole cable with RJ 12 male connectors CAN bus extension cable The CAN bus length of the extension cable combination is 1 5 times the physical length of the cable Figure 3 45 and Figure 3 46 If Maintenance Manager is connected to either the ONS 15252 or the ONS 15201 with a PC CAN cable LAP CAN driver cable combination the CAN bus length of...

Page 80: ... 16 of the MCU backplane Figure 3 47 When leaving the factory the two jumpers are set to 00 When adding MCUs to a single CAN bus reset B L A H B L A B L A L L A A L A B L A L A B L A H B L A B L A L L A A L A B L A L A B L A H B L A B L A L L A A L A B L A L A B L A H B L A B L A L L A A L A B L A L A B L A H B L A B L A L L A A L A B L A L A B L A H B L A B L A L L A A L A B L A L A B L A H B L A...

Page 81: ...Caution Installing a new channel may cause traffic interruption for some configurations Before adding a channel verify that protected CLIPs are not set to switch mode forced_a or forced_b 3 9 1 Channel Installation in an ONS 15252 MCU This section describes how to set up an additional channel at an ONS 15252 MCU Because a channel is always between different nodes repeat the process at the other en...

Page 82: ...the right to make room for the new HFM If necessary remove a few DFMs and replace them after completing the procedure Step 4 Insert the new HFM between the two modules mentioned in Step 1 Step 5 Disconnect the duplex fiber connector from the duplex MU adapter of the new HFM Step 6 Clean and inspect the fiber connectors of the new HFM Step 7 Connect the new HFM to the adjacent HFM Step 8 Remove the...

Page 83: ...ndicates the split factor of the NAM Step 3 Connect the fiber from the NAM to the HFM Step 4 Insert the fibers from the NAM into the grooves along the top of the HFM You must move the HFM upward slightly to access the grooves at the top Arrange the fibers from the NAM in a smooth curve on top of the passive optical shelf Keep the permanent fiber bending radius above 35 mm Step 5 Carefully snap the...

Page 84: ...age 3 55 for a second ONS 15252 MCU Step 2 Check the optical power levels Step 3 At each MCU connect the client layer fibers a Remove the dust plugs from the CLIP module client layer connectors b Clean and inspect the client layer optical fiber jumper cable connectors c Connect the CLIP module input and output to the customer specified point d Guide the fiber through the cable ties mounted on the ...

Page 85: ...at no red LED is lit Step 5 To break the ring disconnect the fiber connecting the ONS 15252 MCU to the ONS 15201 SCU A side IN and OUT ports or the fiber between two SCUs Step 6 To connect the new SCU a Connect the A side IN and OUT ports on one node to the B side OUT and IN ports on an adjacent node b Connect the B side IN and OUT ports of the other node to the A side OUT and IN ports of the firs...

Page 86: ...3 60 Cisco ONS 15200 Installation Setup and Test Manual 78 13765 01 Chapter 3 Installation ...

Page 87: ...t to turn up and test the ONS 15200 system Optical power meter Bit error rate BER test equipment with OC 48 signal transmit or other bit rate Gigabit Ethernet signal generator optional use if required by customer 5 and 10 dB fixed optical attenuators with SC connectors Optical fiber jumper cables with SC connectors Wavelength meter or optical spectrum analyzer OSA Communication Interface Module CI...

Page 88: ...M p n 85 2510 01 software installed on a PC Crossover Ethernet cable for direct connection to the NCB optional 4 2 ONS 15200 Network Configuration This section describes how to set up the NCB module so you can communicate with the MCU and SCUs It also describes how to configure the ONS 15200 network Procedure Configure the Network Step 1 Using a CIM RS 232 cable connect the laptop to the managemen...

Page 89: ...nfigure the RS 232 parameters Not all HyperTerminal installations are the same The following example lists the necessary steps when using the Microsoft Windows NT operating system a Choose Start Programs Accessories Communications HyperTerminal HyperTerminal opens b On the Connection Description dialog box type a session name and click OK c On the Connect To dialog box choose COM1 from the Connect...

Page 90: ... and press Enter to assign administrator privileges to the new user d Type exit to return to the NCB prompt e At the NCB prompt type commit user user1 to finish adding a user with administrator privileges Step 5 Create a user with operator privileges a At the NCB prompt type the command create user user2 and press Enter The system responds Created user2 The user2 prompt appears on the screen b Typ...

Page 91: ... number match the information in Table B 5 on page B 2 Complete Step 13 of Table B 4 on page B 2 The NCBs and CLIPs are not assigned at this point to any MCU or SCU Step 14 Create the MCU and its container name a At the NCB prompt type configure network and press Enter b At the Network prompt type create mcu neid rackid and press Enter This creates the MCU and associates it with a NE ID neid and a...

Page 92: ...s how to turn up and test an ONS 15252 MCU Procedure Initialize the ONS 15252 MCU Step 1 Record the information for each Client Layer Interface Port CLIP module in Table B 5 Locate the CLIP information in the following places Table 4 2 provides ITU channel wavelength and frequency information for the ONS 15200 system CLIP modules The CLIP module label provides channel number transmit power level a...

Page 93: ... analyzer OSA as shown in Figure 4 2 b Set the wavelength range to a value between 1530 and 1560 nm Record the wavelength and output power in Table B 6 on page B 3 c Repeat on the B side LM output port Record the wavelength and output power in Table B 7 on page B 4 Note Your network planner can provide the following values expected output power maximum and minimum Actual transmit power on the LM O...

Page 94: ...power measured is within the DWDM receiver specification for each wavelength The receiver operating range is 31 and 8 dBm but the default warning thresholds of 28 and 10 should be used on all CLIP interfaces As a rough guide the power level for each channel should be between 19 and 10 dBm on the LM IN port b Record the attenuated power level for each channel in Table B 8 on page B 5 c Insert the a...

Page 95: ...on page B 5 b Calculate the expected receive power on the A and B sides and record the values in Table B 8 on page B 5 To calculate the expected receive power take the measured attenuated transmit power from Table B 8 on page B 5 and subtract the associated losses from the dropping of the channel see the formula and explanation below The actual receive power should be 2 5 dB of the expected receiv...

Page 96: ... e Type exit to quit the CLIP module f Repeat Steps a e for all CLIP modules Step 8 Check the client side transmit levels a Connect a fiber from the transmit port of the signal generator to the client IN port for the first CLIP slot one The valid input range on the client side receive is 3 to 18 dBm b Run a jumper cable from the client OUT port of the first CLIP to your power meter c Set the wavel...

Page 97: ... that no red diodes are lit on any of the NAMs or on the CIM Complete Step 10 in Table B 4 on page B 2 If the network design does not provide optical protection skip the Check Optical Protection procedure on page 4 12 and proceed to the Test the Bit Error Rate procedure on page 4 12 MONITOR MONITOR A side B side ETHER IrDA Network Control Board MMC ACO INT BUS MA BER Tester 61136 Attenuation Atten...

Page 98: ...ve LED remains illuminated Complete Step 13 in Table B 4 on page B 2 Step 14 Remove the fiber jumper from the LM B side INPUT and verify that the Active LED on the B side turns off Verify that the A side switches from Standby to Active on each CLIP module Complete Step 14 in Table B 4 on page B 2 Step 15 Reconnect the jumper cable on the B side and verify that the B side green Standby LED is illum...

Page 99: ...of the protected channels should have the B side Active LED illuminated and no LED illuminated on the A side Unprotected channels should either have the B side Active LED illuminated or no LED illuminated Bit errors are caused by a broken connection b Reconnect the A side jumper cable and verify the following the B side Active LED remains lit on the protected CLIP modules the A side Standby LED il...

Page 100: ...otected and P means protected The frequency is based on 19x x THz where x x is the associated channel number The splitter ratio appears on the SCU above the DWDM ports If you are planning to use an MU attenuator insert the attenuator in the middle port on the CLIP interface labeled with an arrow pointing away from the CLIP Step 4 Compare data in Table B 12 on page B 7 with data provided by the net...

Page 101: ...ate the expected receive power take the measured transmit power and subtract the associated losses caused by the channel dropping Actual received power should be within 2 dB of the expected received power Formula ERp MTp 2 ERp Expected received power MTp Measured transmitter power with attenuators attached on the OUT port of the SCU side in use 2 Value in dB that must be subtracted to account for ...

Page 102: ...bit error rate Step 11 Set the switchmode for all CLIP modules to automatic a Record the current switchmode setting for each CLIP module in Table B 16 on page B 8 You will need to revert to the original switchmode setting after checking the bit error rate b At the NCB prompt type conf clip clip_xxx where xxx is the serial number of the CLIP module and press Enter c Type cd dwdm and press Enter d T...

Page 103: ...per cable from the A side input For a protected SCU or an uprotected SCU configured as 0 100 verify that the B side is Active For an unprotected SCU configured as 100 0 verify that neither the A side or B side is Active b Reconnect the A side jumper cable F or a protected SCU verify that the B side Active LED and the A side Standby LED are illuminated For an unprotected SCU configured as 0 100 the...

Page 104: ...nnecting the B side OUTPUT port to the A side INPUT port as shown in Figure 4 7 i From the bottom SCU run a fiber from the A side OUTPUT port to the B side INPUT port of the previous SCU Check each OUTPUT port with an OSA before connecting it to next INPUT port j Repeat Step 3d for all SCUs connecting the A side OUTPUT to the B side INPUT as shown in Figure 4 7 k Verify that the level of the chann...

Page 105: ...PUT port of the next CLIP module on the client side The last CLIP module OUTPUT port is connected to the receive on the signal generator Step 3 Beginning at the MCU hub node use an OSA to measure and record the power level of each wavelength on the LM A side OUTPUT port and the LM B side OUTPUT port Record the measured values in Table B 18 on page B 8 Step 4 Run a fiber from the OUTPUT port on the...

Page 106: ...e first node connect a fiber from the B side OUTPUT port to the A side INPUT port of the next node in the ring Continue until the ring is complete by connecting the fiber from the last node B side OUTPUT port to the A side INPUT port of the originating ONS 15252 MCU Figure 4 8 Record the OSA measured A side receive levels and B side transmit levels in Table B 19 on page B 9 for each remote node in...

Page 107: ...in Table B 22 on page B 11 b Set the switchmode to forced_a for all protected CLIPs c Verify through the web browser that all of the protected channels are active on the A side d Clear all errors on the test set and run BERT error free for two hours Complete Step 14 in Table B 17 on page B 8 Step 15 Test the B side protected channels a Set the switchmode to forced_b for all protected CLIPs b Verif...

Page 108: ...4 22 Cisco ONS 15200 Installation Setup and Test Manual 78 13765 01 Chapter 4 Turn Up and Test ...

Page 109: ... damage caused by static electricity Before making the necessary interconnections connect the grounding wrist strap to a tested earth ground 5 1 1 ONS 15252 MCU Electrical Connectors Table 5 1 shows Communication Interface module CIM Management Access MA connections Table 5 2 shows the CIM internal bus INT BUS connections Table 5 1 ONS 15252 CIM Management Access Connections Pin Number Function Si...

Page 110: ...VDC 6 LINE_INSERT 4 5 VDC 145 ohms Reserved part of the CAN bus termination Table 5 3 ONS 15252 MCU Power Supply Connections Connector Pin Number Voltage PS 1 1 48 VDC return PS 1 2 48 VDC PS 2 1 48 VDC return PS 2 2 48 VDC Table 5 4 ONS 15201 Internal Bus Connections Pin Number Function Signal 1 Floating Reserved part of the CAN bus termination control 2 Floating Reserved part of the CAN bus term...

Page 111: ... bus high to MA system 6 CANL CAN bus low to MA system 7 TERM_INSER T 4 5 VDC 72ohms Reserved part of the CAN bus control 8 NA Not used Table 5 5 ONS 15201 Management Access Connections continued Pin Number Function Signal Table 5 6 ONS 15201 SCU Power Supply Connections Connector Pin Number Voltage PS 1 1 48 VDC PS 1 2 48 VDC return PS 1 3 48 VDC PS 1 4 48 VDC return PS 2 1 48 VDC PS 2 2 48 VDC r...

Page 112: ...NS 15252 MCU B side LM OUT B side DWDM output signal from the ONS 15252 MCU Table 5 7 ONS 15252 LM Optical Connections continued Connector Connection Table 5 8 ONS 15201 SCU Optical Connections Connector Connection Client IN Client input signal toward the ONS 15201 SCU Client OUT Client output signal from the ONS 15201 SCU A side SCU IN A side DWDM input signal toward the ONS 15201 SCU A side SCU ...

Page 113: ...8 13765 01 A P P E N D I X A Acronyms The following acronyms and other abbreviations are used in this manual A A A side ADM add drop multiplexer B B B side BDB battery distribution bay BER bit error rate BM Bridge module C C Celsius CAN control area network ...

Page 114: ...er module CFR Code of Federal Regulations CIM Communications Interface module CLI Command Line Interface CLIP Client Line Interface Port module CMX Connection Module X CMY Connection Module Y D dB decibels dBm decibels referenced to 1 milliwatt DFM Dummy FIlter module DNAM Dummy Network Adaptation module DWDM dense wavelength division multiplexing ...

Page 115: ... electromagnetic compatibility EMI electromagnetic interference ETS European telecommunication standard F F Fahrenheit FCC Federal Communications Commission FDA Food and Drug Administration FTP file transfer protocol H HFM Hub Filter module I IEC International Electrotechnical Commission ITU International Telecommunications Union ...

Page 116: ...nagement access MCU Multichannel Unit MM Maintenance Manager N NAM Network Adaptation module NCB Network Control Board module NE network element NEBS Network Building System NFPA National Fire Protection Association O OADM optical add drop multiplexer ONS optical networking system OSA optical spectrum analyzer ...

Page 117: ...nal computer interface PDP power distribution panel Q QDBS database system QPP proprietary protocol R Rx optical receiver S SCU Single Channel Unit SDH synchronous digital hierarchy SNM Subnetwork Manager STM synchronous transfer mode T TAC Technical Assistance Center TCP Transport Control Protocol ...

Page 118: ...A 6 Cisco ONS 15200 Installation Setup and Test Manual 78 13765 01 Appendix A Acronyms TIA Telecommunication Industry Association TM Termination module Tx optical transmitter W www World Wide Web ...

Page 119: ... and test of a Cisco ONS 15200 system When you are performing the turn up and test procedures in Chapter 4 Turn Up and Test you are asked to complete the tables in this appendix to prepare for customer acceptance of the ONS 15200 system Table B 1 Customer Information Customer Site Name Location System Configuration Table B 2 Team Information Lead Engineer Test Engineer Test Engineer Date ...

Page 120: ... in Chapter 4 Description Pass Fail 2 Data is consistent with network planner 3 A side Hub Filter Module HFM order correct 3 B side HFM order correct 10 Alarm verification 12 A side to B side switch 13 A side standby B side active 14 B side to A side switch 15 A side active B side standby 17 BER test error free for 15 minutes unprotected 18 BER test error free for 15 minutes A side 19 BER test err...

Page 121: ... 15 16 Table B 6 A Side ONS 15252 MCU Wavelength and Output Power Data A Side Slot Number Wavelength Expected nm Wavelength Reading from Frequency Meter nm Output Power Expected dBm Output Power Measured dBm Output Power Measured Within Network Planner Range Pass or Fail 1 2 3 4 5 6 7 8 9 10 11 12 13 Table B 5 ONS 15252 MCU CLIP Data continued Slot Number CLIP Serial Number ITU Channel Number ITU ...

Page 122: ...uency Meter nm Output Power Expected dBm Output Power Measured dBm Output Power Measured Within Network Planner Range Pass or Fail 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Table B 6 A Side ONS 15252 MCU Wavelength and Output Power Data continued A Side Slot Number Wavelength Expected nm Wavelength Reading from Frequency Meter nm Output Power Expected dBm Output Power Measured dBm Output Power Measur...

Page 123: ...ed OSA Reading A Side DWDM A Side Rx Expected dBm DWDM A Side Rx Measured dBm Pass or Fail Attenuated OSA Reading B Side DWDM B Side Rx Expected dBm DWDM B Side Rx Measured dBm 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Table B 9 ONS 15252 MCU Client Transmit Data Slot Number Measured Client Transmit Power dBm Pass or Fail Valid Range 8 to 10 dBm 1 2 3 4 5 6 7 8 9 ...

Page 124: ...stallation Setup and Test Manual 78 13765 01 Appendix B Acceptance Test Plan 10 11 12 13 14 15 16 Table B 10 ONS 15252 MCU CLIP Switchmode CLIP Serial Number Switchmode Table B 9 ONS 15252 MCU Client Transmit Data continued ...

Page 125: ... error free for 15 minutes unprotected 21 BER test error free for 15 minutes A side 22 BER test error free for 15 minutes B side Table B 12 ONS 15201 SCU CLIP Data CLIP Serial Number ITU Channel Number ITU Frequency THz Wavelength nm Tx Power dBm MU Attenuation Splitter Ratio Table B 13 ONS 15201 SCU Wavelength and Output Power Data Output Port Wavelength Expected nm Wavelength Reading from Freque...

Page 126: ... or Fail Valid Range 8 to 10 dBm Table B 16 ONS 15201 CLIP Switchmode CLIP Serial Number Switchmode Table B 17 ONS 15200 System Span Test Procedure Checklist Related Step in Chapter 4 Description Pass Fail 12 BER test error free for 2 hours unprotected 13 BER test error free for 2 hours A side 14 BER test error free for 2 hours B side Table B 18 ONS 15200 Hub Span DWDM Transmit and Receive Measure...

Page 127: ...est Plan Table B 19 ONS 15200 Remote Span DWDM Transmit and Receive Measurements Location ITU Channel OSA Measured DWDM A Side Tx OSA Measured DWDM A Side Rx OSA Measured DWDM B Side Tx OSA Measured DWDM B Side Rx Table B 18 ONS 15200 Hub Span DWDM Transmit and Receive Measurements continued ...

Page 128: ...he range provided by your network planner Table B 20 ONS 15252 MCU DWDM Receive Measurements ONS 15252 MCU Slot Number DWDM A Side Rx Measured dBm DWDM A Side Rx Expected dBm Rx Measured Within Range Pass or Fail DWDM B Side Rx Measured dBm DWDM B Side Rx Expected dBm Rx Measured Within Range Pass or Fail 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Table B 21 ONS 15200 DWDM Receive Measurements NE Loca...

Page 129: ... CLIP Switchmode CLIP Serial Number Switchmode Table B 21 ONS 15200 DWDM Receive Measurements continued NE Location Remote ITU Number DWDM A Side Rx Measured dBm DWDM A Side Rx Expected dBm Rx Measured Within Range Pass or Fail DWDM B Side Rx Measured dBm DWDM B Side Rx Expected dBm Rx Measured Within Range Pass or Fail ...

Page 130: ...B 12 Cisco ONS 15200 Installation Setup and Test Manual 78 13765 01 Appendix B Acceptance Test Plan ...

Page 131: ... A side HFM installation 3 56 B side HFM installation 3 56 CLIP installation 3 55 MCU to MCU 3 58 MCU to SCU 3 58 NAM installation 3 57 NAM to CLIP connection 3 58 NAM to HFM connection A side 3 57 NAM to HFM connection B side 3 57 checklists B 1 CIM installation 3 29 cleaning fiber adapters 3 6 fiber connectors 3 6 clearance requirements 2 3 client layer fiber connection MCU 3 19 SCU 3 26 client ...

Page 132: ...ing 3 6 client layer connection MCU 3 19 client layer connection SCU 3 26 connectors 5 3 DWDM fiber connection MCU 3 19 DWDM fiber connection SCU 3 26 fiber organizer installation 3 13 floor loading requirements 2 3 G grounding cable installation 3 13 considerations 3 3 dual lug ground connection MCU 3 15 dual lug ground connection SCU 3 22 points 3 4 single lug ground connection MCU 3 14 single l...

Page 133: ... 13 ground cable installation 3 13 ground strip connection 3 16 initialization 4 6 module installation 3 26 mounting 3 7 mount with extension brackets 3 8 non ATO installation 3 26 optical connectors 5 3 power connections to PDP 3 17 power installation 3 17 single lug ground connection 3 14 turn up 4 6 module installation MCU 3 26 SCU 3 47 N NAM installation 3 42 NCB installation 3 28 network conf...

Page 134: ...trip connection 3 23 initialization 4 13 internal bus connections 5 2 management access connections 5 2 mounting 3 20 non ATO installation 3 47 optical connectors 5 4 power connection 3 23 power supply connections 5 3 PS 1 and PS 2 power connection 3 25 redundant power source connection 3 24 single lug ground connection 3 21 turn up 4 13 shelf versions 3 5 shipment verification 2 1 shipping contai...

Page 135: ... Test Manual 78 13765 01 check optical protection MCU 4 12 check optical protection SCU 4 16 initialization MCU 4 6 initialization SCU 4 13 required equipment 4 1 U unpacking equipment 2 4 V verification of equipment 2 1 W warnings 1 1 weight load 2 3 ...

Page 136: ...Index IN 6 Cisco ONS 15200 Installation Setup and Test Manual 78 13765 01 ...

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