Motorola SURFboard SBV5322 Guide d'installation

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Page 1 - DOCSIS 3.0

Motorola SURFboard® M-eMTASBV5506 ChassisInstallation GuideOperator’s GuideDOCSIS 3.0®

Page 2 - About This Document

2 M-eMTA Installation GuideEach chassis consists of the assembly to hold the blades, the input connection for the Hybrid Fiber/Coax (HFC) RF connector

Page 3 - Safety Information

Chapter 1: Introduction 3Chassis ComponentsThis section provides an overview of the SBV5506 chassis components.Key Component Name1 Break-resistant win

Page 4 - Regulatory Information

4 M-eMTA Installation GuideBackplane ComponentsThe following illustration provides an overview of the SBV5506 backplane compo-nents.Key Component Name

Page 5

Chapter 1: Introduction 5Rear Chassis ComponentsThe following illustration provides an overview of the SBV5506 rear chassis com-ponents.11 Right AC Su

Page 6

6 M-eMTA Installation GuideWall Bracket ComponentsThe following illustration provides an overview of the SBV5506 wall bracket com-ponents.Conduit/Cabl

Page 7 - Table of Contents

Chapter 1: Introduction 7M-eMTA Component Overview DescriptionsThis section provides an overview of the M-eMTA components.Power SupplyThe chassis can

Page 8

8 M-eMTA Installation GuideBladesThe 2-line blade is based on Motorola’s SURFboard SBV5222 digital voice modem, while the 4-line blade is based on Mot

Page 9 - Introduction

Chapter 1: Introduction 9Hot Swappable and Field Replaceable Chassis ComponentsThe blades and the power supply modules are hot swappable, and the foll

Page 10

10 M-eMTA Installation Guide

Page 11 - Chassis Components

11Chapter 2Pre-InstallationBefore you begin the M-eMTA hardware installation, make sure that you have the required tools and equipment and that you ha

Page 12 - Backplane Components

ii M-eMTA Installation GuideAbout This DocumentThis document provides instructions on installation and connection of cables and wiring for the M-eMTA

Page 13 - Rear Chassis Components

12 M-eMTA Installation GuideCables and WiringThe following cables and wiring are required for the M-eMTA installation:• Coaxial cable – RG6 or RG59 di

Page 14 - Conduit/Cable Grip Components

13Chapter 3Hardware InstallationThis chapter provides information for installing the M-eMTA hardware. Cabling the M-eMTA is eas-ier when placed on a f

Page 15 - Power Supply

14 M-eMTA Installation GuideConnect the Grounding WireThe SBV5506 chassis must be grounded to the facility. Select the grounding instruction applicabl

Page 16

Chapter 3: Hardware Installation 156. Thread the AC power cable downward through the first opening on the Cable Strain Relief Bracket.7. Wrap the exce

Page 17 - Optional Accessories

16 M-eMTA Installation GuidePunch-Down TerminalFollow these steps to connect the punch down terminal:1. Insert telephone cables through the #3 couplin

Page 18 - 10 M-eMTA Installation Guide

Chapter 3: Hardware Installation 17Connect the Power CablesDepending on your situation, there are three options available for supplying power to the S

Page 19 - Pre-Installation

18 M-eMTA Installation GuideConnecting the AC Facility Power Source (Hardwire)Connecting the Power and Jumper Cables (Indoor or Outdoor)Follow these s

Page 20 - Cables and Wiring

Chapter 3: Hardware Installation 195. Connect the other end of each jumper cable to the AC2 terminal block.Hot [black] = screw 1, neutral [white] = sc

Page 21 - Hardware Installation

20 M-eMTA Installation GuideConnecting the AC Facility Power Source (Power Cable to Indoor 120 VAC Outlet)Connecting the Power and Jumper Cables (Indo

Page 22 - Connect the Grounding Wire

Chapter 3: Hardware Installation 214. Connect the power cables and one end of the jumper cables to the AC1 ter-minal block.Place the flats of the wire

Page 23 - Connect the Telephone Cables

M-eMTA Installation Guide iiiSafety InformationCautionThese servicing instructions are for use by qualified personnel only. To reduce the risk of elec

Page 24 - Connect the RF Cable

22 M-eMTA Installation Guide6. Secure the cables using the bushing. For more information, see “Securing the Cables” on page 31.7. Slide the AC power s

Page 25 - Connect the Power Cables

Chapter 3: Hardware Installation 23Connecting the AC HFC Power SourceConnecting the M-eMTA From the HFC PlantThe M-eMTA has two AC inputs. Each input

Page 26

24 M-eMTA Installation Guide6. Secure the power cables using the cable strain relief bracket. For more infor-mation, see “Securing the Cables” on page

Page 27

Chapter 3: Hardware Installation 25Connecting the UPS DC Power SourceFollow these steps to connect the UPS DC power source:1. Connect the ground wire.

Page 28 - 120 VAC Outlet)

26 M-eMTA Installation Guide9. Insert the blade(s) into the chassis. For more information, see “Installing the Blades” on page 29.10. Reattach the pro

Page 29

Chapter 3: Hardware Installation 27For a cinder block installation, use a screwdriver to tighten the anchors.Wall Bracket InstallationFollow these ste

Page 30

28 M-eMTA Installation Guide5. Drill the pilot holes. (Skip this step if the surface is wood.)Due to the expansion and contraction of vinyl and alumin

Page 31

Chapter 3: Hardware Installation 29Mounting the Chassis Onto the Wall BracketPrior to mounting the SBV5506 chassis onto the wall bracket, verify the f

Page 32

30 M-eMTA Installation Guide3. Insert the blade into the first slot in the SBV5506 chassis.4. Push the blade into place using the ejector handles.5. L

Page 33

Chapter 3: Hardware Installation 31Securing the CablesAfter the SBV5606 chassis has been mounted on the wall, installers must secure all cables in the

Page 34 - Installing the Wall Bracket

iv M-eMTA Installation GuideRegulatory InformationFCC ComplianceThis device complies with part 15 of the FCC Rules. Operation is subject to the follow

Page 35 - Wall Bracket Installation

32 M-eMTA Installation GuideSpace the cable ties approximately 2 inches from each other. Do not fully tighten the bundle cable ties.6. Feed the secure

Page 36

33Chapter 4TroubleshootingThis section provides basic solutions for problems that installers might encounter. For additional assistance, please contac

Page 37 - Installing the Blades

34 M-eMTA Installation GuideTELEPHONE• Telephone lines are not provisioned as indi-cated by blade indicators. • Blade telephone indicators are normal,

Page 38 - Push to lock

35Appendix ATechnical SpecificationsThe M-eMTA has the following technical specifications. Note that these specifications are subject to change withou

Page 39 - Securing the Cables

36 M-eMTA Installation GuideDownstreamModulation 64 or 256 QAMMax. Data Rate**. When comparing download speeds with a traditional 28.8k analog modem.

Page 40 - Replacing the Fuses

Appendix A: Technical Specifications 37SoftwareSIP**. SBV56xx modules will support either SIP OR NCS, not both at the same time.Support Session Initi

Page 41 - Troubleshooting

38 M-eMTA Installation GuideThe maximum ring load should not exceed 5REN per port, 10REN per blade, or 20REN per SBV5506 chassis (12 or 24 lines).Tele

Page 42 - 34 M-eMTA Installation Guide

MOTOROLA and the stylized M logo are registered in the US Patent andTrademark office. All other product and service names are the property of theirres

Page 43 - Technical Specifications

M-eMTA Installation Guide vCaring For the Environment by RecyclingWhen you see the following symbol on a Motorola product, do not dispose of the produ

Page 44 - Upstream

vi M-eMTA Installation Guide

Page 45 - Configuration

M-eMTA Installation Guide viiChapter 1Introduction ...

Page 46 - Telephony

viii M-eMTA Installation GuideConnecting the AC Facility Power Source (Power Cable to Indoor 120 VAC Outlet) ... 20Connecting the Power and Jum

Page 47 - 558005-002-z1

1Chapter 1IntroductionThis document provides installation and cabling instructions for the M-eMTA device, not cabling to the facility or external netw

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