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Paradyne Jetstream CPX-1000 Installation And Operation Manual

Voice services platform
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Jetstream
®
CPX-1000
Voice Services Platform

Installation and Operation

Release 2.5
Document No. 1000-A2-GN22-00
February 2003

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Summary of Contents for Paradyne Jetstream CPX-1000

  • Page 1: Installation And Operation

    Jetstream ® CPX-1000 Voice Services Platform Installation and Operation Release 2.5 Document No. 1000-A2-GN22-00 February 2003...
  • Page 2 Paradyne worldwide office locations, use one of the following methods: Internet: Visit the Paradyne World Wide Web site at www.paradyne.com. (Be sure to register your warranty at www.paradyne.com/warranty.) Telephone: Call our automated system to receive current information by fax or to speak with a company representative.
  • Page 3 The authority to operate this equipment is conditioned by the requirements that no modifications will be made to the equipment unless the changes or modifications are expressly approved by Paradyne Corporation. In order to maintain compliance with Part 15 limits, the supplied RJ21X cable must be used. Refer to the installation instructions.
  • Page 4 Canada. CE Marking When the product is marked with the CE mark on the equipment label, a supporting Declaration of Conformity may be downloaded from the Paradyne World Wide Web site at www.paradyne.com. Select Library CE Declarations of Conformity.

  • Page 5: Table Of Contents

    Preface Audience ...vii Organization ...vii Related Documents... viii Conventions ... viii Chapter 1 Local Access Network Architecture ...1-1 CPX-1000 Voice Services Platform...1-3 Packet Network Configuration...1-4 Call Origination and Completion ...1-6 CPX-1000 Calling Features ...1-8 CPX-1000 Management Tools and APIs ...1-9 Chapter 2 Equipment Operational Features...2-2 Traffic Capacity...2-2...
  • Page 6 Table of Contents PSTN Modules...2-20 Chapter 3 Installation Checklist ...3-2 Turn-up Checklist ...3-4 Installation Requirements...3-5 CPX-1000 Shelf ...2-10 System Alarm Panel ...2-10 Line Modules with T1 ...2-12 Line Modules with STS-1...2-12 Call Processor Modules...2-13 Management Processor Module ...2-17 T1 Load Sharing ...2-20 Octal T1 Module...2-21 12-Port T1 ECAC Module ...2-23 STS-1 Module...2-25...
  • Page 7 1000-A2-GN22-00 Unpack and Inspect the CPX-1000 ...3-10 Inventory CPX Components ... 3-11 Attach the Mounting Flanges...3-12 Rack Mount the CPX ...3-13 Mount the Splitter Assembly ...3-16 Connect Plant Battery and Frame Ground...3-16 Install Modules in CPX ...3-19 Verify Hardware Installation...3-23 Attach OC-3 ATM Cables ...3-24 Attach Ethernet Cables...3-25 Attach CP Redundancy Cable...3-25...
  • Page 8 Table of Contents Chapter 4 General Troubleshooting Guidelines ...4-2 System Trouble Shooting ...4-3 Using the JetCraft Alarm Window ...4-3 Troubleshooting the CPX Shelf ...4-3 Chapter 5 Recommended Power Off...5-1 Emergency Power-Off ...5-1 Power Supply/Fan Module Removal...5-2 Replacing Inoperative Fans ...5-2 Alarm Panel ...5-4 Power Distribution Panel...5-5 Module Removal and Installation ...5-7...
  • Page 9 1000-A2-GN22-00 Appendix A Using the Console February 2003 Logging In ...A-1 Console Commands...A-4 ?...A-5 clocking...A-5 crv...A-6 exit ...A-6 help...A-6 setpassword ...A-6 showadminstate ...A-6 showclock...A-6 showecac ...A-7 showport ...A-7 showportgroups ...A-7 showpps ...A-7 showpstnpg...A-7 stats ...A-7 status ...A-7 sub ...A-8 Admin Console Commands ...A-8 clearstats ...A-8 fan...A-8 portloop ...A-9...
  • Page 10 Table of Contents Appendix B Pin Assignments and Indicators System Alarm Connection Requirements ... B-7 Appendix C Replacement Parts Appendix D Specifications Index 1000-A2-GN22-00 February 2003...

  • Page 11: Preface

    Audience This manual is for technicians and engineers who install and put into service (turn-up) the CPX-1000 Voice Services Platform or who perform routine diagnostic testing, troubleshooting, and repair of the equipment. Organization The CPX-1000 Voice Service Platform Installation and Operation is organized as follows: February 2003 Note...

  • Page 12: Related Documents

    Complete documentation for this product is available online at Documents www.paradyne.com. Select Support Jetstream Media Gateway To order a paper copy of a Paradyne document or to talk to a sales representative, please call 727-530-2000. Conventions This document uses the following symbols to identify important notes, and hazardous or dangerous tasks.
  • Page 13 1000-A2-GN22-00 February 2003 Note The pointing finger highlights important information. Be sure to read this information before continuing. Warning Alerts you to an action or inaction that could lead to an injury to yourself or damage to the CPX-1000. CAUTION CLASS 1 LASER Alerts you to a laser hazard—never look directly into the source of a laser beam, which may be invisible.
  • Page 14 Preface 1000-A2-GN22-00 February 2003...

  • Page 15: Chapter 1 Voice-Over-Broadband Networking

    This chapter describes the Paradyne Jetstream Voice-over- Broadband (VoBB) product solution, including the following topics: Local Access The modern packet-based local access network enables Integrated Network Communication Providers (ICPs) to deliver a combination of voice and data services to their subscribers over the local loop.
  • Page 16 1. Voice-over-Broadband Networking ccess Multiplexer VoT1 VoDSL Customer Premises Figure 1–1. VoBB Local Access Networks The CPX-1000 Voice Services Platform is a large-scale voice platform that resides in an ICP's Regional Switching Center (RSC). It serves as the gateway between an ICP’s existing Class 5 voice switch and a packet-based local access network Phone Sys I AD...
  • Page 17 1000-A2-GN22-00 The heart of our VoBB solution is the CPX-1000. IADs, supplied by other manufacturers, reside at subscriber premises. Each IAD provides dial tone to standard (POTS) local telephones and data service, using a single transmission link. The network architecture provided by the CPX-1000 enables ICPs to extend local dial tone services from an existing Class 5 switch over a packet-based access network.

  • Page 18: Packet Network Configuration

    1. Voice-over-Broadband Networking Packet The CPX-1000 transports voice traffic via an ATM network. When Network Frame Relay is used, the frames are encapsulated in ATM cells. Configuration In the packet network a minimum of two Permanent Virtual Circuits (PVCs) across the network for each IAD (in both ATM and Frame Relay networks).
  • Page 19 1000-A2-GN22-00 Voice is more sensitive to network latency than data, so this configuration ensures that voice traffic always has priority over data. However, this configuration also enables voice traffic to consume bandwidth when a call is in progress. Typically, few subscriber's telephone lines are simultaneously in use, so the majority of the bandwidth is usually available for data service.

  • Page 20: Call Origination And Completion

    1. Voice-over-Broadband Networking Call These steps describe the network interaction that occurs when a Origination subscriber initiates a call Completion Figure 1–5. Subscriber Initiates a Call (Figure A subscriber initiates the call by taking the telephone off-hook. The IAD notifies the CPX through the Common Channel Signaling (CCS) channel in the voice PVC.
  • Page 21 1000-A2-GN22-00 These steps describe the network interaction that occurs when a subscriber receives a call Figure 1–6. Subscriber Receives a Call February 2003 (Figure The Class 5 switch sends an incoming call request message to the CPX through the PSTN (GR-303) TMC. The Class 5 switch assigns a time slot.

  • Page 22: Cpx-1000 Calling Features

    1. Voice-over-Broadband Networking CPX-1000 The CPX transparently passes all Class 5 switch standard POTS Calling features to subscribers. These include: Features On-hook message delivery, with power ringing (caller ID) On-hook message delivery, without power ringing — Visual Message Waiting Indication (VMWI) —...

  • Page 23: Cpx-1000 Management Tools And Apis

    1000-A2-GN22-00 CPX-1000 We provide several management tools and APIs for use in other Management network management systems. Tools and APIs JetCraft We provide a Windows-based voice service management tool with a graphic user interface, called JetCraft. JetCraft manages one CPX at a time.
  • Page 24 1. Voice-over-Broadband Networking 1000-A2-GN22-00 1-10 February 2003...

  • Page 25: Chapter 2 Cpx-1000 Voice Services Platform Description

    This chapter describes the features, components, and overall specifications of the CPX-1000, including the following topics: The CPX-1000 that resides in an Integrated Service Provider’s (ICP's) Regional Service Center (RSC). Figure 2–1. CPX-1000 (Front View) February 2003 CPX-1000 Voice Services Platform Description Equipment operational features (page 2-2) Capacity (page 2-2)

  • Page 26: Equipment Operational Features

    2. CPX-1000 Voice Services Platform Description A CPX installation is scalable: first by populating an individual shelf, then by adding additional shelves. Each CPX shelf occupies 12 RU (21 inches high) and is 17 inches deep. Using optional mounting brackets, the shelf can be installed in 19-inch EIA310, Bell Wide, Bell Narrow, and NEBS2000 racks.

  • Page 27: Cpx-1000 Operation

    1000-A2-GN22-00 The capacity of the CPX shelf configured with either T1 modules depends on the shelf configuration and the concentration and redundancy options selected. A CPX shelf using either STS-1 or 12-port T1 card with ATM OC-3 can support over 2,000 simultaneous calls and 16,000 subscriber lines (8:1 concentration).
  • Page 28 2. CPX-1000 Voice Services Platform Description MP Module Process Modules PSTN Interface Q.931 (LAPD) Link Layer Control Voice T1 Interface Controller Figure 2–2. CPX Functional Diagram (T1 Interface) Management Process Call Processing Engine Processing T1 Modules Voice Bus Echo Cancellation Compression 1000-A2-GN22-00 CPX-1000...
  • Page 29 1000-A2-GN22-00 Figure 2–3 access to the PSTN via STS-1, using the STS-1 ECAC module. MP Module Process Modules Q.931 (LAPD) Link Layer Control STS-1 Interface Figure 2–3. CPX February 2003 2. CPX-1000 Voice Services Platform Description illustrates this same functionality when providing LAN Connection To/From Network Management System Management...

  • Page 30: Management Processing

    2. CPX-1000 Voice Services Platform Description Management The Management Processor (MP) module is the administrative Processing CPU for the CPX shelf. It acts as a database for the shelf and as an administrative interface for JetCraft, JetVision, and other management interfaces. The MP supports: The Embedded Operations Channel (EOC) process on the MP module handles the interface between the CPX shelf and the GR- 303 interface on the Class 5 switch.

  • Page 31: Packet Interface

    1000-A2-GN22-00 all signaling to both the TMC process and the CP. The PSTN interface controls all time slot mapping and CP functions. The PSTN routes all voice timeslots over the voice bus to the packet interface. The Voice Processing function switches individual timeslots between the TDM (T1/STS-1) ports and the voice bus.

  • Page 32: Physical Description

    2. CPX-1000 Voice Services Platform Description For example, consider three IADs with the VPI/VCI pairs and where the maximum number of VCIs configured for the equipment is 256: A maximum 4,096 IADs can be assigned. However, only 63 simultaneously active calls through IAD unlocked ports are allowed in any one IAD Group.
  • Page 33 1000-A2-GN22-00 Summary Alarm Panel Power Supply/Fan Figure 2–4. CPX-1000 Front and Rear Views February 2003 2. CPX-1000 Voice Services Platform Description Front Module Cage Assemblies Grounding Phillips Screws Rear Module Cage Rear View Power Distribution Plant Battery Terminals 0485...

  • Page 34: Cpx-1000 Shelf

    2. CPX-1000 Voice Services Platform Description CPX-1000 Shelf Each CPX shelf is 12 RU (21 inches) high and 17 inches deep. The shelf can mount in either a 19-inch Electronic Industries Association (EIA) rack or a 23-inch rack. The CPX shelf is a forced-air cooled Network Equipment Building Standard (NEBS) Level 3-compliant platform with: The midplane is the interconnect for all 16 slots, power distribution, and alarm signal distribution.
  • Page 35 1000-A2-GN22-00 Table 2–1. Alarm Indicator Status and Description Alarm Indicator Status Slot Status Unlocked Disabled System Status Alert A Alert B Alert C Telco Status Minor Major Critical The three Telco alarms and a rack alarm are also routed through a dry contact relay to the RJ-45 remote alarm connector.

  • Page 36: Line Modules With T1

    2. CPX-1000 Voice Services Platform Description Line Modules When configured with T1, the CPX may contain the following with T1 module types: The EC and ECAC modules are used only with the Octal T1 module. The 12-port T1 ECAC module provides onboard echo cancellation and compression.

  • Page 37: Call Processor Modules

    1000-A2-GN22-00 Call Processor The CPX shelf supports two CP modules in an active/standby Modules configuration, made up of two cards Figure 2–6. Call Processor Module February 2003 2. CPX-1000 Voice Services Platform Description Call Processing card—contains a processor, plus volatile and non-volatile RAM.
  • Page 38 2. CPX-1000 Voice Services Platform Description Table 2–3 Table 2–3. CP Module Controls, Indicators, and Ports Card Controls, Indicators, and Ports Call Processor (CP) T64 1 ETHERNET Link (green) ACT (Amber) T64 2 ETHERNET LINK (green) ACT (Amber) 10/100 BASE T COM 1 CPCI USB 1...
  • Page 39 1000-A2-GN22-00 The CPX supports redundant CP modules Figure 2–7. Call Processor Redundancy February 2003 2. CPX-1000 Voice Services Platform Description CP-A CP-B CP-A CP-B On power up, the primary CP (in the lower numbered slot — slot 7) is the active CP and the secondary CP (in the higher numbered slot —...
  • Page 40 2. CPX-1000 Voice Services Platform Description This architecture enables two types of CP module switchovers: Upon initiating a switchover, the previously active CP’s calls are assumed by the new active CP. After the switchover, the old active CP assumes the standby role (if all is well). CP switchovers do not automatically revert back.

  • Page 41: Management Processor Module

    1000-A2-GN22-00 Management The Management Processor (MP) module contains a processor, Processor volatile and non-volatile RAM, and an Ethernet interface for administration. Module The MP module is the administrative engine of a CPX shelf. It acts as a database for the shelf and as the administrative interface for JetCraft, JetVision and other management interfaces.
  • Page 42 2. CPX-1000 Voice Services Platform Description Management (Shelf Front) Transmit Link Status LEDs Receive Figure 2–8. Management Processor Module 2-18 Processor 10/100 ETHERNET RESET 1000-A2-GN22-00 Management Processor Transition Card (Shelf Rear) ETHERNET 2 ETHERNET 1 0449 February 2003...
  • Page 43 HyperTerminal. Press to restart processor Hot swap MP and MP transition cards powered Not used Not used Connects to a modem for Paradyne support only Not used Connects to LAN or PC for access to network management systems. 2-19...

  • Page 44: Pstn Modules

    2. CPX-1000 Voice Services Platform Description PSTN Modules The CPX provides complete support of the GR-303 protocol, including full GR-303 line concentration, all CLASS and calling features, full EOC, TMC, and path protection switching. The CPX supports eight T1 interface groups (IGs). Each T1 port is independently assigned to an interface group, and each interface group supports up to 28 T1 ports.

  • Page 45: Octal T1 Module

    1000-A2-GN22-00 T1 Modules (all operational) A. Full Capacity (all TDM modules operational) Figure 2–9. Figure 2–10. T1 Port Failure Protection Octal T1 Module The Octal T1 module supports eight T1 interfaces to the Class 5 switch. The T1 module consists of two separate cards February 2003 2.
  • Page 46 2. CPX-1000 Voice Services Platform Description Table 2–5 T1 module ports and indicators. Figure 2–11. Octal T1 and Transition Cards 2-22 T1 Processing card—processor that controls T1 processing. T1 Transition card—provides eight T1 interfaces via RJ- 48C jacks (1 through 8), plus a Line Interface Unit (LIU) to insert framing and supervision signals into the T1 data stream.

  • Page 47: 12-Port T1 Ecac Module

    1000-A2-GN22-00 Table 2–5. Octal T1 Module Controls, Indicators, and Ports Cards Controls, Indicators, and Ports Octal T1 FAIL T1 Port Indicators (8) LINK Ethernet DIAG T1 Transition Power RJ-48C jacks 12-Port T1 ECAC The 12-port T1 Echo Cancellation And Compression (ECAC) Module module supports twelve T1 connections to the Class 5 switch via an RJ-21X port, plus onboard echo cancellation and compression.
  • Page 48 2. CPX-1000 Voice Services Platform Description Figure 2–12. 12-port T1 ECAC and T1 Transition Cards 2-24 TDM-12E1/T1 RJ-21X 12-port T1 ECAC Card SWAP 0478 1000-A2-GN22-00 12 PORT T1 Port 12-port T1 ECAC 10 BT ETH BITS PCM TEST RS-232 February 2003...

  • Page 49: Sts-1 Module

    1000-A2-GN22-00 Table 2–6. 12-port T1 ECAC Module Controls, Indicators, and Ports Cards Controls, Indicators, and Ports 12-port T1 ECAC STAT T1 Port Indicators (12) Hot Swap 12-port T1 Transition RJ-21X PORT for 12 T1s 10 BT ETH BITS PCM TEST RS-232 STS-1 Module The STS-1 module consists of two cards...
  • Page 50 2. CPX-1000 Voice Services Platform Description STS-1 Card Status Hot Swap Indicator Figure 2–13. STS-1 Module As with a T1-based configuration, the STS-1 configuration provides complete support for the GR-303 protocol including full GR-303 line concentration, CLASS and calling features, full EOC, TMC and path protection switching.
  • Page 51 1000-A2-GN22-00 A single CPX shelf supports eight interface groups (IGs) with each port independently assigned to an interface group. Each interface group supports up to 28 DS1 ports. The CPX also supports path protection switching for the control channels in the GR-303 Interface group.

  • Page 52: Sts-1 Ecac Card

    2. CPX-1000 Voice Services Platform Description STS-1 ECAC Card The optional STS-1 ECAC module consists of two cards (Figure (28 DS1s) in a single physical interface, and includes onboard echo cancellation and compression. This interface may be connected directly to the Class 5 Switch, or it may be routed through an external STS-1 mux before being connected to the switch.
  • Page 53 1000-A2-GN22-00 The STS-1 ECAC module increases the traffic capacity of the CPX over what can otherwise be obtained by T1 modules. When configured for redundancy (1 + 1), these modules occupy shelf slots 11-16 in pairs. As with a T1-based configuration, the STS-1 configuration provides complete support for the GR-303 protocol including full GR-303 line concentration, CLASS and calling features, full EOC, TMC and path protection switching.

  • Page 54: Splitter Assembly For Sts-1

    2. CPX-1000 Voice Services Platform Description Table 2–8. STS-1 ECAC Module Controls, Indicators, and Ports (Continued) Cards Controls, Indicators, and Ports RS-232C Protection Switching TX STS-1 Port RX STS-1 Port Splitter The CPX offers equipment protection for the STS-1 connection Assembly for through 1+1 Y-cable redundancy via the STS-1 splitter assembly, Figure...
  • Page 55 1000-A2-GN22-00 This architecture enables two types of STS-1 module switchovers: Each pair of redundant STS-1 cards has the following connections at the STS-1 splitter assembly Table 2–9. STS-1 Splitter Connections February 2003 2. CPX-1000 Voice Services Platform Description Automatic/forced switchover—the system detects a problem such as loss of signal and performs a forced switchover to the standby STS-1 module in the protection group.
  • Page 56 2. CPX-1000 Voice Services Platform Description ATM OC-3 The ATM OC-3 module (coming in through the transition card) is Module the WAN interface that connects a CPX shelf to an ATM access network using an OC-3 optical interface. The ATM module performs real time circuit-to-packet conversion that allows an ATM-based access network to deliver local telephone service.
  • Page 57 1000-A2-GN22-00 The OC-3 ATM module includes the processing card only (Figure information and can handle 1,024 simultaneous calls (DS0s). Table 2–10 OC-3 redundancy uses 1 + 1 protection, with a primary port that is active in the normal operating state and a secondary port in the hot standby state.

  • Page 58: Atm Oc-3 Module

    2. CPX-1000 Voice Services Platform Description Status LEDs Figure 2–16. ATM OC-3 Module 2-34 Status ATM 155 ATM OC-3 SC Ports 0160 1000-A2-GN22-00 Dust Cover February 2003...

  • Page 59: Echo Cancellation Module

    1000-A2-GN22-00 Echo The Echo Cancellation module Cancellation cancellation with tail up to 64 milliseconds per channel for up to 672 DS0s in accordance with ITU G.165 and ITU G.168. Module The Echo Cancellation module is only used when echo cancellation is needed, in conjunction with the Octal T1 module.
  • Page 60 2. CPX-1000 Voice Services Platform Description Echo The ECAC module can be used with the Octal T1 or STS-1 module Cancellation and to provides compression from zero to 100% of calls on the CPX. With compression, maximum capacity is 1,024 calls. When Compression ADPCM compression is used, samples are packed two per byte Module (ECAC)

  • Page 61: Dc Power Supply Fan And Fan Modules

    1000-A2-GN22-00 DC Power Three DC power supply/fan modules at the bottom of the CPX Supply Fan and shelf provide power and forced-air cooling for the system’s line card cage and transition module card cage Fan Modules light indicates when a module is in service and a red light indicates when it is out of service.
  • Page 62 2. CPX-1000 Voice Services Platform Description 1000-A2-GN22-00 Transition Front Cards Cards (CPU & Line) Side-to-Side Side-to-Side Plenum Plenum Shutter 0383 Figure 2–20. Shelf Airflow 2-38 February 2003...

  • Page 63: Dc Power Distribution Panel

    1000-A2-GN22-00 DC Power The DC power distribution panel includes two DC terminal blocks Distribution for connecting to redundant battery) and return branch circuits. An equipment power switch Panel with a resettable circuit breaker provides a local control point for equipment power. Input power circuits are wired so that the power supplies provide redundancy even when power supply A or B fails.
  • Page 64 2. CPX-1000 Voice Services Platform Description 1000-A2-GN22-00 2-40 February 2003...

  • Page 65: Installing The Cpx-1000

    Installing the CPX-1000 This chapter provides steps for installing the CPX-1000—electrical connections and network systems. At logical points in the process, you will verify your work before continuing. 0484 February 2003...

  • Page 66: Installation Checklist

    3. Installing the CPX-1000 Installation Photocopy or print these pages as quick reference to the steps Checklist required for successful installation and turn up. Task Prepare for Installation (safety information, site preparation) Unpack and inspect the CPX Inventory CPX components Attach mounting flanges Mount CPX in rack (optionally mount Splitter Assembly)
  • Page 67 1000-A2-GN22-00 Task Verify cabling Apply power to CPX Check module indicators, alarm panel indicators Check cooling fan operation Verify remote interface Optional: attach bezel to front of CPX. (Use Bezel Install Guide). Connect CPX to JetCraft PC Verify CPX/LAN connnection Provision CPX-1000 - using the JetCraft Documentation Note any discrepancies and corrective actions taken: (Briefly describe below) February 2003...

  • Page 68: Turn-Up Checklist

    3. Installing the CPX-1000 Turn-up Use this checklist when Provisioning and turning up the CPX. For Checklist these steps, work from facilities and deployment information provided by your network operating center to establish service and manage of the CPX. Use the Jetstream software tools where specified.

  • Page 69: Installation Requirements

    Failure to comply with these precautions, or with all warnings in this manual, violates safety standards of intended use of this equipment. Paradyne assumes no liability for the customer’s failure to comply with these requirements. The safety precautions listed below represent warnings of certain dangers.
  • Page 70 3. Installing the CPX-1000 Electro-Static Caution The CPX circuit cards can be damaged by static electricity that builds up on work surfaces and on your body. Static is produced by the everyday movement of your body and is released as an Electro- Static Discharge (ESD) when you touch an object.

  • Page 71: Do Not Service Internal Assemblies

    Equipment of the equipment. To ensure that safety features are maintained, contact your local Paradyne representative for service and repair questions and information. Aisle Maintain at least 30 inches aisle space for equipment mounting and Requirements wiring, and at least 42 inches aisle space for maintenance purposes.

  • Page 72: Power Requirements

    3. Installing the CPX-1000 Power The CPX requires –48 VDC plant battery power through two Requirements separate lines for –48V power and battery return (A and B). The power supply input voltage range is –40 V to –72 VDC, 13A maximum configured system (balanced between the two power supplies).

  • Page 73: Tools And Supplies

    1000-A2-GN22-00 Tools and Supplies You will use the following tools and supplies: Facility Connections Table B–1 and Cabling specific connections and associated cables required for CPX installation. Be sure to obtain or fabricate the required cables before proceeding with installation. February 2003 3/16”...

  • Page 74: Unpack And Inspect The Cpx-1000

    3. Installing the CPX-1000 Unpack and Before unpacking your CPX, site preparation should be complete, Inspect the including installation of the rack, and network cabling ready for connection. CPX-1000 Before accepting delivery of the CPX, you should inspect the containers and the unit. Inspect the shipping container for damage.

  • Page 75: Inventory Cpx Components

    Step 4 into the bottom box lid. Inspect the CPX for damage. Step 5 Step 6 If damaged, return the equipment to Paradyne Service, and Training Information document). With the help of another person, carefully lift the CPX enclosure Step 7 from the box and place it on a firm, stable surface.

  • Page 76: Attach The Mounting Flanges

    3. Installing the CPX-1000 Attach the The CPX ships with a pair of reversible mounting flanges for either Mounting a 19-inch or a 23-inch standard or seismic rack. One orientation of the mounting flanges fits a 19-inch rack, and the reverse Flanges orientation fits a 23-inch rack.

  • Page 77: Rack Mount The Cpx

    1000-A2-GN22-00 Rack Mount You can install up to three CPX shelves in a standard or seismic 7- the CPX foot-tall, 19-inch or 23-inch relay rack. If you plan to install more than one CPX, mount the first unit in the bottom of the rack. Otherwise, select a height consistent with local practices for partially loaded racks.
  • Page 78 3. Installing the CPX-1000 17.2 inches TO NET TO NET TO NET FROM NET FROM NET FROM NET SYSTEM STATUS SYSTEM IN COMPONENT OUT SYSTEM OUT SERVICE OF SERVICE OF SERVICE OUT OF OUT OF OUT OF OUT OF OUT OF OUT OF OUT OF OUT OF...
  • Page 79 1000-A2-GN22-00 Mark the rack for the location of each CPX shelf. Also mark the Step 1 shelf for optional STS-1 Splitter Assembly above each unit. With the help of another person, lift the shelf into position through Step 2 the front of the shelf. Using a flat-blade screwdriver, secure each flange with four 12- Step 3 Reinstall the power supply/fan modules.

  • Page 80: Mount The Splitter Assembly

    3. Installing the CPX-1000 Mount the After you have installed the CPX shelves, install the STS-1 Splitter Splitter Assemblies if your CPX is configured for STS-1. . Assembly If necessary, reverse the mounting flanges to fit your rack. Step 1 Place the Splitter Assembly into position above the CPX.
  • Page 81 1000-A2-GN22-00 To connect plant battery power and ground to the CPX, follow these steps: Terminate a #6 AWG frame ground wire in an LCC or LCD Step 1 compression lug (with two #10 screw holes). Plant Battery "A" Using two 10-32 Step 2 cable to the two rear panel ground points.
  • Page 82 3. Installing the CPX-1000 Set the rear circuit breaker to the Off/ Step 3 already off). Remove the cover from the plant battery terminal strip. Step 4 Connect the Step 5 − (or larger), stranded or solid wires terminated in #10 size compression ring lugs (Caltronics #RT-117, or equivalents).

  • Page 83: Install Modules In Cpx

    1000-A2-GN22-00 Install Modules Each CPX is usually preloaded with these modules: in CPX Some modules may be packed in a separate shipping container: The EC and ECAC modules can be used with Octal T1 and STS-1 modules to provide echo cancellation, or echo cancellation and compression.
  • Page 84 3. Installing the CPX-1000 ECAC Modules TDM-12E1/T1 SWAP Slot Numbers Figure 3–1. CPX Front—12-port T1 ECAC and OC-3 ATM 3-20 Management Call Processor Processor Module Module Sets 12-Port T1 TDM-12E1/T1 TDM-12E1/T1 TDM-12E1/T1 TDM-12E1/T1 ERROR 10/100 10/100 ETHERNET ETHERNET 10/100 ETHERNET CPCI CPCI RESET...
  • Page 85 1000-A2-GN22-00 Figure 3–2 STS-1 ECAC modules which include on-board echo cancellation and compression. Status ATM 155 Figure 3–2. CPX Front—OC-3 ATM and STS-ECAC February 2003 shows the typical CPX shelf front view configured with Management Call Processor Processor Module Module Sets blank Modules ERROR...

  • Page 86: Installing Additional Cards

    3. Installing the CPX-1000 Installing To install cards that are not yet installed in the CPX: Additional Cards Put on an antistatic wrist strap, and plug the other end of that strap Step 1 into the ESD ground jack in front (or back) of the CPX shelf. Slide each module into the cage slot until its ejector handles engage Step 2 the retention bars at the top and bottom of the CPX.

  • Page 87: Verify Hardware Installation

    1000-A2-GN22-00 Verify Before attaching cables, take this time to check your work: Hardware Verify that: Installation Step 1 wired to the plant battery The RTN A and RTN B rear terminals are wired to the A (+) and B Step 2 (+) terminals of the plant battery source.

  • Page 88: Attach Oc-3 Atm Cables

    3. Installing the CPX-1000 Attach OC-3 After verifying the installation of hardware, proceed to connect the ATM Cables required inter-system cables. To attach OC-3 cables to the CPX: Remove the dust cover from the ATM fiber-optic SC connector Step 1 sockets located on the ATM panel.

  • Page 89: Attach Ethernet Cables

    1000-A2-GN22-00 Attach Connect the MP module to the CP modules via Ethernet. You can Ethernet also connect the CPX shelf to an Ethernet LAN for access via remote system management. Cables Attach MP Card To establish a communication link on a shelf with either a T1 or to CP Cards STS-1 configuration: Connect the Ethernet ports on the MP module (at the front shelf) to...

  • Page 90: Attach The T-1/Ds-1 Cables

    3. Installing the CPX-1000 Attach the T-1/ The CPX connects to host Class 5 switches via multiple T1/DS-1 DS-1 Cables spans. Each T-1 module in the CPX includes a corresponding T1 transition module that is accessible from the rear of the shelf. Attaching Cables Connect the host switch T1 cables to the CPX: to Octal T1...
  • Page 91 1000-A2-GN22-00 Figure 3–3. Octal T1 Transition Card Cabling Dress the T1 and power cables from the rear of the shelf, so the Step 3 cable minimizes interference with the T1 Transition module replacement using the optional CPX cable management assembly. February 2003 MP Transition Module...

  • Page 92: Attaching Cables To 12-Port T1 Modules

    Attaching Cables The 12-port T1 card provides an RJ-21X port to which you connect to 12-Port T1 a customer-supplied 25-pair cable (Paradyne part number 035- 0446-1030) with an RJ-21X jack at one end. The other end is Modules connected to a punchdown block to separate each T1 circuit on the RJ-48C patch panel, or directly to the Class 5 switch.
  • Page 93 1000-A2-GN22-00 Connect the RJ-21X cable to the patch panel: Connect the RJ-21X jack to the RJ-21X port on the back of the Step 1 12-port T1 transition card. Punch down each T1 circuit on the back of the RJ-48C patch panel. Step 2 February 2003 RJ-21X Port Pin Specifications...

  • Page 94: Attach The Sts-1 Cables

    3. Installing the CPX-1000 On the RJ-21X connector, the tip connectors are on the left; the ring connectors are on the right. T1 circuits are numbered from 1 through 12, descending down from the top of the connector. Circuit number 1 transmits on tip pin 1 and ring pin 26; it receives on tip pin 2 and ring tip 27.
  • Page 95 1000-A2-GN22-00 Connect two pairs of STS-1 transmit and receive cables to the STS-1 Step 1 primary and corresponding standby transition modules in the back of the CPX shelf. Connect the other end of these transmit and receive cables from the Step 2 primary and standby transition modules to the corresponding Tx1, Rx1, Tx2 and Rx2 connectors on the back of the Splitter Assembly.

  • Page 96: Verify Cabling

    3. Installing the CPX-1000 Verify Cabling Before proceeding with the final tasks of CPX installation, take time to check your cabling, by verifying the following: ATM cables: The fiber optic OC-3 Transmit and Receive cables Step 1 connect the ATM modules to the ATM network. Ethernet LAN Connection: The MP Transition card connects to Step 2 the MP LAN connection using straight-through cables.

  • Page 97: Check Plug-In Module Indicators

    1000-A2-GN22-00 Check Plug-in After applying power, wait at least five minutes for the CPX to Module initialize. Then, check the indicators on the modules to verify that the modules are powered as described in the sections that follow. Indicators If the indicator states are incorrect on any module, refer to the Service manual for corrective action.

  • Page 98: Alarm Panel Indicators

    3. Installing the CPX-1000 Echo Cancellation Indicators: Verify that the Hot Swap Step 9 indicator is not lit. The STATUS indicator lights yellow when the CPX is using the module. Echo Cancellation and Compression Module Indicators: Step 10 Verify that the Hot Swap indicator is not lit. The STATUS indicator lights yellow when the CPX is using the module.

  • Page 99: Verify Cpx Lan Connection

    1000-A2-GN22-00 In most cases, you should change the IP address of the CPX to one that can be detected by the network management software on your LAN. After you change the IP address, the CPX requires rebooting. To change its default IP address, refer to the JetVision User’s Guide. Verify CPX LAN Validate the cable connections to the CPX Ethernet LAN port by Connection...
  • Page 100 3. Installing the CPX-1000 1000-A2-GN22-00 3-36 February 2003...

  • Page 101: Troubleshooting

    This chapter describes CPX troubleshooting procedures. Before attempting to troubleshoot the CPX-1000, you should have a thorough understanding of the theory of operation of the CPX and its related management utilities. Topics provided in this section: When the local access network fails, use one of two troubleshooting levels to isolate the source of the problem: February 2003 Troubleshooting...

  • Page 102: General Troubleshooting Guidelines

    4. Troubleshooting General Use the following list as general guidelines: Troubleshooting Guidelines Work from the general specific—start with simple things first —check the power source, check for loose cables, and ensure CPX components are properly seated. Make no assumptions—but, check what is logical to check.

  • Page 103: System Trouble Shooting

    1000-A2-GN22-00 System Trouble To isolate the cause of a problem, start at the network level and Shooting work your way down to the CPX shelf: Using the To resolve CPX problems using the JetCraft alarm window: JetCraft Alarm Window Consult the Statistics Summary section in the JetVision User’s Guide for a description of the error types.
  • Page 104 4. Troubleshooting System Status Indicators ALERT A Alarm DISABLED DISABLED Panel UNLOCKED UNLOCKED Figure 4–1. CPX Alarm Panel Table 4–1. Slot Status Indicators Indicator Color Definition Disabled Lights when card can’t provide service, but isn’t locked (see below). Unlocked Green Green when card is discovered, initialized, and placed in service (able to carry traffic).
  • Page 105 1000-A2-GN22-00 Table 4–2. Telco Status Indicators (Continued) Symptom Possible Cause CP Card CPX Shelf Interface group IG Control Channel Protection Group PSTN CRITICAL indicator is on (continued) T-1 ports ATM Ports MAJOR indicator is on CP Card CPX Shelf IG control channel Protection Group February 2003...

  • Page 106: Module Troubleshooting

    4. Troubleshooting Table 4–2. Telco Status Indicators (Continued) Symptom Possible Cause PSTN MAJOR indicator on (continued) T1 Ports MINOR indicator on Table 4–3 operating conditions. Table 4–3. Normal Activity Indicator Usage Module Normal Usage Active ATM modules have CP/HSC Active CP/HSC module have All unlocked EC modules are lit ECAC All unlocked ECAC modules are lit...
  • Page 107 1000-A2-GN22-00 Table 4–4. CP Module Troubleshooting Symptom indicator is off. February 2003 Refer to Table 4–4 when troubleshooting the CP module. Voice/Data Interruption Do not press the button on the CP module. Doing so resets the CPX shelf and interrupts all calls. Refer to Table 4–5 when troubleshooting the MP module.
  • Page 108 4. Troubleshooting Table 4–5. MP Module Troubleshooting Symptom Probable Causes indicator is CPX is not powered off. MP module did not initialize properly upon CPX power-up. MP module is faulty. Ethernet green MP-to-LAN interface is indicator is off. faulty. Corrective Action Verify that the CPX is receiving –48 VDC from the plant battery.
  • Page 109 1000-A2-GN22-00 Table 4–6. PSTN Module Troubleshooting Symptom Probable Causes No indicators are lit on CPX is not powered. the T1/STS-1 module. Software error occurred on the CP module, preventing the T1/STS-1 module from initializing. T1/STS-1 module is faulty. indicators are lit Software error occurred FAIL and/or...
  • Page 110 4. Troubleshooting Table 4–6. PSTN Module Troubleshooting (Continued) Symptom Probable Causes Blue indicator is lit at T1/STS-1 module is not the bottom of a T1/STS- fully inserted in its card 1 module. cage slot. T1/STS-1 module was locked and removed, using the Remove Resources command Primary Timeslot...
  • Page 111 1000-A2-GN22-00 Table 4–6. PSTN Module Troubleshooting (Continued) Symptom Probable Causes Secondary EOC PPS CPX and Class 5 switch Link is down connection has been lost. Receive data on inactive Switch and CPX do not link agree on which link is active on TMC or EOC.

  • Page 112: Power System Troubleshooting

    4. Troubleshooting Power System The CPX requires Troubleshooting − to the system fails, the other maintains power. Input A delivers power to the left and center power supply modules; Input B delivers power to the center and right power supply modules. The CPX has three load-sharing power supplies, which deliver dc voltage to all of the plug-in modules.
  • Page 113 1000-A2-GN22-00 Check the CPX plug-in module indicators to verify that they are Step 2 operating correctly. If any indicator states are incorrect, identify the module type and refer to the appropriate table for action. Table 4–9. Power Failure Troubleshooting Symptom Probable Causes All CPX plug-in A power surge tripped the...

  • Page 114: Loopbacks

    4. Troubleshooting Loopbacks The CPX supports near-end loopback on T-1 ports as a diagnostic tool to test connectivity to external devices. During a loopback procedure, the transmitted signal is returned to the sending device to verify that there were no transmission errors. Use these steps to perform a loopback from JetCraft or JetVision: Lock the card.

  • Page 115: Repair Procedures

    Use these procedures when removing or installing components: Recommended Power Off cuts input power to all power supplies. In dual- Power Off configured systems, both domains lose input power. This procedure is recommended when powering off the CPX: Shut down all software operations (JetVision, JetCraft). Step 1 Flip the rocker switch in the rear of the shelf to the “0”...

  • Page 116: Power Supply/Fan Module Removal

    5. Repair Procedures Power Supply/ Each CPX is equipped with 3 power supply/fan modules. Fan Module Removing a single power supply does not interrupt system operation. To remove a power supply/fan module, see Removal and follow these steps: Loosen the two screws located at the bottom of the module. Step 1 Figure 5–1.

  • Page 117: Install Power Supply/Fan Module

    1000-A2-GN22-00 Insert the new fan into the power supply/fan module. Step 4 Tighten the four screws that attach the fan to the power supply. Step 5 Reinstall the front fan filter on the module. Step 6 Install Power To install a power supply/fan module, see Supply/Fan Module Slowly slide the module into the chassis.

  • Page 118: Alarm Panel

    5. Repair Procedures Alarm Panel The alarm panel is hot-swappable—you can remove it without adversely affecting system functions or performance. Removing the To remove the alarm panel, see Alarm Panel Loosen the two captive screws at the top of the alarm panel. Step 1 Pull the top of the alarm panel away from the chassis.

  • Page 119: Installing The Alarm Panel

    1000-A2-GN22-00 Installing the To install the Alarm panel, see Alarm Panel Insert the alarm cable connector into header J4 on the alarm panel. Step 1 The cable connector and header are keyed—they fit together only in one direction. The retaining clips close as the connector seats. Gently squeeze the retaining clips towards each other to ensure Step 2 that they are fully closed and that the connector is fully seated.

  • Page 120: Installing Power Distribution Panel

    5. Repair Procedures Pull the Power Distribution Panel straight out of the chassis. Step 5 Figure 5–3. Power Distribution Panel Removal Installing Power To install the power distribution panel: Distribution Panel Insert the Power Distribution Panel straight into the chassis. Step 1 Ensure that the panel’s connectors are aligned with the power supply connectors and that they seat firmly.

  • Page 121: Module Removal And Installation

    1000-A2-GN22-00 Tighten the four captive screws in the corners of the panel. Step 2 Replace the power cable. Step 3 Turn on the CPX. Step 4 Module Use this procedure to replace a CPX plug-in module by removing Removal and it from the shelf and installing another module.
  • Page 122 5. Repair Procedures Electro-Static Caution CPX circuit cards can be damaged by static electricity. Static is produced by the everyday movement of your body and is released as an Electro-Static Discharge (ESD) when you touch an object. Observe these precautions whenever you work with the CPX: Always wear a grounded wrist strap to prevent ESD.

  • Page 123: Removing And Replacing Cards

    1000-A2-GN22-00 Removing and To remove and replace cards: Replacing Cards Remove the inter-module cables, as necessary. Step 1 Put on an anti-static wrist strap, and plug the other end of that Step 2 strap into the ESD ground jack in front (or back) of the CPX. Use a Phillips screwdriver to loosen the top and bottom captive Step 3 screws on the front panel of the module.

  • Page 124: Hot Swapping

    5. Repair Procedures Snap the card ejectors into the locked position. Step 8 Hot Swapping Hot swapping lets you remove and replace cards without shutting down and reconfiguring the CPX. To hot swap: Hot Swapping To hot swap an MP card, refer to JetVision User’s Guide and: an MP Card Back up the current CPX database.

  • Page 125: Hot Swapping Cp And Hsc Cards

    1000-A2-GN22-00 Hot Swapping HSC cards are paired with CP cards. When you hot swap the CP-A CP and HSC card, you also need to swap the HSC-A card. After the HSC card is replaced, pairing with the CP card is automatically restored. Cards To hot swap CP and HSC cards, refer to JetVision User’s Guide and: Click the CP card icon in the Tree or Shelf view.

  • Page 126: Planned Hot Swap

    5. Repair Procedures Planned Hot Swap To hot swap a line card, refer to JetVision User’s Guide and: Click the line card in the Tree or Shelf view. Step 1 Place the selected line card in the Locked state. Step 2 Select Configuration >...

  • Page 127: Hot Growth

    1000-A2-GN22-00 Hot Growth You can add cards to the CPX without losing calls or rebooting the CP or MP cards or the CPX-1000. To add a card, refer to JetVision User’s Guide and: Insert a card to its assigned slot. Step 1 Snap the card ejectors into the locked position.
  • Page 128 5. Repair Procedures 1000-A2-GN22-00 5-14 February 2003...

  • Page 129: Appendix A Using The Console

    The CPX core console enables remote troubleshooting of the CPX. There are two default types of access and default usernames and passwords assigned to them: The default Telnet port numbers: Logging In To log in to the control console: Click the Start button, then click Run. Step 1 –...
  • Page 130 A. Using the Console Type the target IP address and the CP port number (5050 for CP-A Step 2 or 6050 for CP-B). The Console window appears. Enter the user or admin name and password Step 3 Enter user name and password here Indicates the current CP selected and its...
  • Page 131 1000-A2-GN22-00 Type ? to see what commands are available to your username (user Step 4 or admin). Figure A–2. A Sample Listing of Console Commands Cpx> ? — Displays a summary of all user or admin Cpx> ? <command name> — Displays detailed help on Cpx>...

  • Page 132: Console Commands

    A. Using the Console Type exit to quit the Telnet session. Step 5 Console The following is a list of user commands with a brief description. Commands clocking exit help setpassword showadminstate showclock showecac showport showportgroups showpps showpstngp stats status 1000-A2-GN22-00 Displays command summary or usage information...

  • Page 133: Clocking

    1000-A2-GN22-00 To see what commands are available to your user name (user or Step 6 admin) type ? and the following screen appears: The key to gathering Telnet info is the ? : Step 7 Cpx> Cpx> Cpx> Displays command summary or usage information clocking Displays the active clock source (BITS, IFG/DS1, or internal clock).

  • Page 134: Crv

    A. Using the Console Displays CRV details. Typing: Cpx> crv <ifg> all Cpx> crv <ifg> <crv> Cpx> crv <ifg> <mincrv> <maxcrv> exit Ends the current console session. help Displays a command summary or usage information. setpassword To change default password; use set password cond. Example: showadminstate Shows the administrative state of the specified component.

  • Page 135: Showecac

    1000-A2-GN22-00 showecac Show resource usage for all ECAC cards. showport Displays information the specified port. showportgroups Lists all ATM portgroups showpps Shows which CCS and EOC links are currently active. showpstnpg Displays information about PSTN protection groups. stats Displays statistics for the component specified. status Displays the operational status of various system components.

  • Page 136: Sub

    A. Using the Console Displays subscriber summary or details. Admin Console The administrator commands include all of the user commands Commands listed above, plus the additional commands available only to administrators: clearstats portloop reboot restartsub setactiveport setcdv setechocancel setlinelen vpath clearstats Clears statistics for the component specified.

  • Page 137: Portloop

    1000-A2-GN22-00 portloop Establishes a voice path between two subscriber ports. reboot Reboots the CP restartsub Sends a restart request to a subscriber Where: setactiveport Sets the active port in an ATM port group setcdv Displays/sets ATM Cell Delay Variation (CDV) Where: setechocancel Sets Echo Cancellation type for a given subscriber port...

  • Page 138: Setlinelen

    A. Using the Console setlinelen Sets the DS1 line length or Line Build Out (LBO) Where: Tap/monitor H.110 time slots Where: vpath Displays active voice path information Where: A-10 Cpx> setlinelen <ifg> [<ds1>] —Shows the Line Length setting for <ifg> Cpx>...
  • Page 139 This appendix identifies the cables, connections and pinouts for connecting the CPX to the external systems during installation. February 2003 Pin Assignments and CPX-1000 connections and cables Ethernet LAN jack pin assignments T1 transition module pin assignments RJ21X Pin assignments and wire colors Remote alarm connector pin assignments Indicators (Table...
  • Page 140 B. Pin Assignments and Indicators Table B–1. Connection Requirements and Physical Layer Specifications Connections ATM packet network (OC-3 fiber optic cables) ATM packet network (DS-3 coaxial cables) Cables, Connectors, and Specifications Physical interface: Short-haul, SMF or MMF, OC-3 fiber optic cable ATM module is a 155-Mbps SONET bridge between the cPCI bus in the CPX-1000, and the...
  • Page 141 1000-A2-GN22-00 Table B–1. Connection Requirements and Physical Layer Specifications (Continued) Connections Ethernet LAN (10Base-T or 100Base-T) T-1 PSTN (Host Class 5 switch) STS-1 PSTN (Host Class 5 switch) February 2003 Cables, Connectors, and Specifications Physical interface: CAT-5 or equivalent cable Termination: RJ-45 plug Physical interface:...
  • Page 142 B. Pin Assignments and Indicators Table B–1. Connection Requirements and Physical Layer Specifications (Continued) Connections Ethernet LAN (10Base-T or 100Base-T) Bonding network environment –48 VDC plant battery and return Frame ground Alarm output connections Table B–2. Ethernet LAN Jack Pin Assignments Cables, Connectors, and Specifications Physical interface: CAT-5 or equivalent cable...
  • Page 143 1000-A2-GN22-00 Table B–3. T1 Transition Module Pin Assignments February 2003 Signal Rx Ring Rx Tip Not connected Tx Tip B. Pin Assignments and Indicators Signal Tx Ring Not connected Not connected Not connected...
  • Page 144 B. Pin Assignments and Indicators Table B–4. RJ21X Pin Assignments Wire Color Tip Pin Circuit Blue/White Orange/White Green/White Brown/White Slate/White Blue/Red Orange/Red Green/Red Brown/Red Slate/Red Blue/Black Orange/Black Green/Black Brown/Black Slate/Black Blue/Yellow Orange/Yellow Green/Yellow Tx10 Brown/Yellow Rx10 Slate/Yellow Tx11 Blue/Violet Rx11 Orange/Violet Tx12 Green/Violet...

  • Page 145: System Alarm Connection Requirements

    1000-A2-GN22-00 System Alarm The CPX-1000 includes an Alarm board in the summary alarm Connection panel at the top of the shelf. This Alarm board continuously monitors various internal system operating parameters and Requirements reports alarms (if failures are detected). Dry Form-A closures provided for critical, major, and minor alarm connections to external local alarm surveillance equipment.
  • Page 146 B. Pin Assignments and Indicators Table B–6. T1 Transition Module Pin Assignments Table B–7. Ethernet LAN Jack Pin Assignments Signal Rx Ring Rx Tip Not connected Tx Tip Signal Tx (+) to LAN Tx ( ) to LAN − Rx (+) from LAN Not connected 1000-A2-GN22-00 Signal...

  • Page 147: Replacement Parts

    This appendix lists part numbers for CPX-1000 replacement parts. Part Component Number 1000-B1-502 CPX-1000 Chassis 1002-B1-001 ATM-OC3S 1002-B1-002 ATM-OC3M 1001-B1-001 TDM-8T1-HS 1001-B1-003 TDM-12 Port 1001-B1-004 TDM-STS1-1 1001-B1-002 TDM-STS1-2 1000-A1-000 STS-1 Splitter Assembly 1003-B1-001 1003-B1-002 ECAC 1000-F1-201 CP2 HA February 2003 Replacement Parts Description CPX-1000 chassis, empty...
  • Page 148 C. Replacement Parts Part Component Number 1000-F1-202 1000-F1-203 MP-HA/HS 1000-F1-803 Power Supply Module 1000-F1-802 Power Distribution Module 1000-F1-804 Alarm Module 1000-F1-805 Fan Filter 1000-F1-510 Cableset, CP2 Description Hot Swap Controller Card for HA system (processing card only) Management Processor Module for HA system (processing and transition cards) Integrated 48VDC Power Supply/Fan module Power Distribution module...

  • Page 149: Specifications

    The CPX-1000 has been tested to meet the requirements of the Telcordia (Bellcore) Network Equipment Building Standard (NEBS) including: The tables below provide CPX-1000 specifications for the following categories: Physical specifications for the STS-1 Splitter Assembly is shown in Table D–6 February 2003 Specifications Physical protection...
  • Page 150 D. Specifications Table D–1. CPX-1000 Physical Specifications Parameter Specification Dimensions: 21” high flanges) Weight 90 lbs. with fully populated shelf 126 pound shipping weight Aisle Requirements Minimum of 30 inches of aisle space for equipment mounting, and 42 inches of aisle space for maintenance purposes.
  • Page 151 1000-A2-GN22-00 Table D–2. CPX-1000 Environmental Specifications Parameter Operating temperature Operating humidity Storage and transit temperature Storage and transit humidity Altitude without temperature derating with temperature derating Airborne contaminant Table D–3. CPX-1000 Electrical Specifications Parameter Electrical safety criteria Bonding and grounding Input voltage range Corrosion February 2003...
  • Page 152 D. Specifications Table D–3. CPX-1000 Electrical Specifications (Continued) Parameter Primary power Input Voltage Max power Max BTU Frame Grounding Input breaker Electro-static Discharge (ESD) grounding System level Electrostatic Discharge Alarm output connections Specification –48VDC @ 15A, 624W (2480 BTU) from plant battery and return.
  • Page 153 1000-A2-GN22-00 Table D–4. CPX-1000 Electronic Specifications Parameter T1 PTSN Connections Physical interface Impedance DS1 max. span length Line Build Out T1 Max span length Termination Signal amplitude Rcv Attenuation Framing Line coding Clock STS-1 PSTN Connections Physical interface Impedance max. length Line Build Out STS-1 Max span length Termination...
  • Page 154 D. Specifications Table D–4. CPX-1000 Electronic Specifications (Continued) Parameter ATM Connection OC-3 Optical Physical interface Termination Xmt power Rcv power Wave length Logical interface Max. span length Ethernet LAN Physical interface Termination Alarm Output Connection Wiring requirement Telco alarm signaling Rated resistive load Operating voltage Continuous load...
  • Page 155 1000-A2-GN22-00 Table D–5. CPX-1000 Operating Specifications Parameter Specification Shock (Category A) Packaged 450 mm (18 in.) drop height Unpacked 25 mm (1 in.) drop height Earthquake Zone 4 Vibration - Office 0.1g @ 5 to 100 Hz with 0.1 Octave/min. In Transit 3 axis, Curve 1 Maximum BTU...
  • Page 156 D. Specifications 1000-A2-GN22-00 February 2003...
  • Page 157 Numerics –48Vdc plant battery 3-8, B-2 checking voltage levels 3-23 connecting 3-16, 3-17 address changing 3-35 default 3-34 air circulation fans checking 3-34 troubleshooting aisle clearance Alarm module status indicators 3-34 verifying indicators on alarm panel 2-10 alarms external output connections B-4, D-4 relay contact specifications remote connector pin assignments...
  • Page 158 Index Control Processors troubleshooting 4-7, 4-8 controls and indicators, ACE module CP module Ethernet LAN connections 3-25 hot swap 5-11 troubleshooting 4-7, 4-8, 4-11 CPX-1000 assigning IP address 3-34 attaching power source to 3-16, 3-17 connection requirements features of grounding 3-17 installing multiple NEBS requirements...
  • Page 159 1000-A2-GN22-00 indicators alarm status 3-34 3-34 indicators. See status indicators inoperative fans installation multiple units precautions 3-17 interface-specific connections IP address 3-34 changing 3-35 default 3-34 JetCraft terminals 3-34 connecting to CPX-1000 3-34 labeling cables 3-26, 3-30 LAN hub 3-25 LAN routers 3-25 LCC connector...
  • Page 160 Index remote alarm connector pin assignments remote system management 3-25 requirements alarms environment power racks supplies tools reversing the mounting flanges 3-12 RTN A and RTN B terminals 3-18 RX indicator (ACE module) 2-33 safety precautions shock 3-16 shock hazards -ix, 5-2 status indicator ACE module...

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