Foundry Networks AR-Series Installation Manual

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Page 1

Foundry AR-Series Rack-Mounted

Router Installation Guide

2100 Gold Street P.O. Box 649100

San Jose, CA 95164-9100

Tel 408.586.1700

Fax 408.586.1900

June 2004

Page 2

photocopying, recording, taping or storage in an information retrieval system – without prior written permission of the copyright owner.

The trademarks, logos and servi ce marks (“M arks”) displ ayed he rein are the pro perty of Fou ndry or othe r third p arties. You are not permitted to use these Marks without the prior written consent of Foundry or such appropriate third party.

Foundry Networks, BigIron, FastIron, IronView, JetCore, NetIron, ServerIron, TurboIron, IronWare, EdgeIron, IronPoint, AccessIron, the Iron family of marks and the Foundry Logo are trademarks or registered trademarks of

Foundry Networks, Inc. in the United States and other countries. F-Secure is a trademark of F-Se cure Corp oration . All other trade marks mentio ned in th is doc ument are the prop erty of

their respective owners.

Page 3

Contents

CHAPTER 1 G

ETTING STARTED......................................................................................1-1

INTRODUCTION ...........................................................................................................................................1-1

UDIENCE ..................................................................................................................................................1-1

OMENCLATURE ............................... ................................................................ ..........................................1-1

ELATED PUBLICATIONS .............................................................................................................................1-2

IST OF FEATURES .....................................................................................................................................1-2

OW TO GET HELP ........................................................... ....... ...... ...... ....... ....................................... .........1-5

EB ACCESS ...................... ....... ...... ....... ...... ....... ...... ....... ...... ...... ....... ...... ..........................................1-5

MAIL ACCESS .............................................. .......................... ................................ .............................1-5

ELEPHONE ACCESS ............................................................... ............................................................. 1-5

ARRANTY COVERAGE ........................................ ............. ............. ...... ............. ............. ............. ............. ...1-5

CHAPTER 2 P

RODUCT INTRODUCTION ............................................................................ 2-1

AR1208 SERIES SYSTEMS .........................................................................................................................2-1

OUNDRY AR1208-T .................................... ....... ...... ....... ...... ...... ....... ....................................... .........2-1

OUNDRY AR1208-E ................. ...... ....... ...... ....... ...... ....................................... ...... ....... ...... ....... .........2-2

ACK PANEL ..............................................................................................................................................2-3

ACK-PANEL COMPONENTS ........................................................... ....... ...... ....... ...... ....... ...... ....... .........2-3

AR320

X-T-CL SERIES SYSTEMS ................................................................................................................2-3

OUNDRY AR3201-T-CL .... ....................................... ....... ...... ...... ....... ...... ....... ...... .............................2-3

OUNDRY AR3202-T-CL .... ....................................... ....... ...... ...... ....... ...... ....... ...... .............................2-4

ACK-PANEL COMPONENTS ........................................................... ....... ...... ....... ...... ....... ...... ....... .........2-5

AR1216

AND AR320X-T-CH SERIES SYSTEMS ........... ...... ....... ...... ....................................... ...... ....... ...... ...2-6

OUNDRY AR1216-T .................................... ....... ...... ....... ...... ...... ....... ....................................... .........2-6

OUNDRY AR1216-E ....................................................... ....................................... ...... ....... ...... ................2-7

ACK PANEL ..............................................................................................................................................2-8

ACK-PANEL COMPONENTS ........................................................... ....... ...... ....... ...... ....... ...... ....... .........2-8

OUNDRY AR3201-T-CH ........... ...... ....................................... ...... ....... ...... ....... ...... ....... ...... ....... ...... ...2-9

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Foundry AR-Series Rack-Mounted Router Installation Guide

FOUNDRY AR3202-T-CH .... ....... ...... ....... ...... ....... ...... ....... ...... ...... ....... ...... ....... .................................2-10

ACK-PANEL COMPONENTS ........................................................... ....... ...... ....... ...... ....... ...... ....... .......2-11

CHAPTER 3 I

NSTALLATION.............................................................................................3-1

SITE PREPARATION .............................................. ............. ................... .................... ................... ................3-1

NVIRONMENT .....................................................................................................................................3-1

ITE SAFETY ....................... ....................................... ....... ...... ...... ....... ...... ....... ...... .............................3-2

OWER REQUIREMENTS .......................................................................................................................3-2

ETWORK CONNECTION ....................................................................................................... ................3-2

QUIPMENT RACK ................................................................................................................................3-3

OOLS AND MATERIALS ................................. ....................................................................... ................3-3

NPACKING THE SYSTEM ......................................................... .......................................................... .........3-3

OUNTING THE SYSTEM .............................................................................................................................3-4

URFACE MOUNT .............................................................. ................................ ................................ ...3-4

ACK MOUNT ......................................................................................................................................3-4

YSTEM POWER ......................................................... ................................................................ ................3-6

DC P

OWER ............................................. ............. ............. ............ ............. ............. ............. ................3-6

AC P

OWER ............................................. ...................................... ................................. ......................3-7

XTERNAL ALARMS ..................................................... ................... ................... .................... ......................3-8

ONNECTING TO THE NETWORK .................................. ................................ ....................................... .........3-9

LAN I

NTERFACE ...................................... ................... ................... .................... ................... ................3-9

T1 WAN I

NTERFACE ......................................................................................................................... ...3-9

CT3 WAN I

NTERFACE .......................................................................................................................3-10

LEAR CHANNEL T3 WAN INTERFACE ........................ ................... .................... ................... .............. 3 -10

PERATOR INTERFACE .............................................................................................................................3-11

OCAL ACCESS .......................... ....................................................................... .................................3-11

EMOTE ACCESS .......................................... ....................................................................... ..............3-12

ELNET ......................... ................... .................... ................... ................... .................... ....................3-12

ONSOLE MESSAGES ........................................................ ...................................... ........................... 3-12

ONNECTING A MODEM ........................... ................................ ................................ ........................... 3-13

CHAPTER 4 C

ONFIGURATION ......................................................................................... 4-1

APPLYING POWER ......................................................................................................................................4-1

OGGING IN ............................... .......................... .......................... .......................... ...................................4-1

OMMAND TIPS ....................................... ............. ...... ............. ............. ............. ............. ............. .........4-2

ONFIGURATION TIPS .................................... .................... ................... ................... .................... ......... 4- 2

HANGING LOGIN PARAMETERS ........ ................................................................ ..........................................4-2

ASSWORD ................................................... .................................................... ...................................4-3

DMINISTRATOR ACCOUNT ...................................................................................................................4-3

YSTEM HOST NAME ...........................................................................................................................4-3

ATE AND TIME .......................... ....................................... ...... ...... ....... ...... ....... ...... ....... ......................4-4

DDING USERS .............................................................................................................. ......................4-4

EMOVING USERS ...............................................................................................................................4-5

Page 5

Contents

DEFAULT CONFIGURATION ..........................................................................................................................4-5

OOT PROCESS .........................................................................................................................................4-8

IC R

ECOVERY ..................... .................................................... ............................................. ................4-8

PGRADING SYSTEM SOFTWARE .................................................... ...... ....... ...... ....... ...... ....... ......................4-9

EFORE DOWNLOADING THE NCM FILE ............................................................. ................................... 4-9

OOTING FROM A NETWORK TFTP SERVER .............................................................................................4-10

IMITED UPGRADE ......................................... ............. ............. ............. ............. ............. ...... ............. . 4-12

ULL UPGRADE ................................ .......................................................... ........................................4-13

CHAPTER 5 T

ROUBLESHOOTING ....................................................................................5-1

ALARMS AND SYSTEM STATUS .................................................................................................................... 5-1

WAN S

TATISTICS ....................................................... ............. ............. ............. ...... ............. ............. ...5-2

ETWORK TESTS ................. ............. ................... .................... ................... ................... .............................5-2

ING TEST .................... ............................................. ............................................. .............................5-2

E1 T

ESTS ..................... ....................................................................... ................................................5-2

T1 T

ESTS ............................................................................................................................................5-3

ERIAL PORT TESTS ............................................................................................................................5-4

E1 M

ONITOR PORT ..............................................................................................................................5-4

T1 M

ONITOR PORT ..............................................................................................................................5-5

IAGNOSTICS TIPS .....................................................................................................................................5-5

ENERAL SYMPTOMS .............................. ................................................... .......................................... 5-5

APPENDIX A S

PECIFICATIONS .........................................................................................A-1

ENVIRONMENT AND POWER ....................................................................................................................... A-1

NTERFACE ................................................................................................................................................ A-2

ABLE PINOUTS ........................................................................................................................................ A-5

MIB

S ...................................................................................................................................................... A-11

APPENDIX B LED S

TATES..............................................................................................B-1

PPENDIX C

AINTENANCE ............................................................................................C-1

AC FUSE ..................................................................................................................................................C-1

ERVICING THE COOLING SYSTEM .............................................................................................................C-2

AN FILTER ............................................. ............. ............. ...... ............. ............. ............. .....................C-2

ANS ............................ ....................................................................... ...............................................C-3

APPENDIX D A

CCESSORIES.............................................................................................D-1

ACCESSORIES ...........................................................................................................................................D-1

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Foundry AR-Series Rack-Mounted Router Installation Guide

APPENDIX E C

OMPLIANCE AND STANDARDS ...................................................................E-1

COMPLIANCE ............................................................................................................................................. E-1

FCC C

ONFORMANCE .............................. ............................................. .............................................. ........E-2

FCC P

ART 15 ..................................................................................................................................... E-2

FCC P

ART 68 ..................................................................................................................................... E-2

NCIDENCE OF HARM ........................................................................................................................... E-3

IGHTS OF THE TELEPHONE COMPANY .................................... ............................................................ E-3

NDUSTRY CANADA .................................................................................................................................... E-3

VCCI C

LASS A ITE ............................................. ....................................... ...... ....... ...... ....... ...... ............... E-3

Page 7

Chapter 1

Getting Started

Introduction

This guide describes how to install and configure the AR1208-T AR1208-E, AR1216-T, AR1216-E, AR3201T-CL, AR3202T-CL, AR3201T-CH, and AR320T-CH rack-mounted routers.

Audience

This manual is desi gned f or system ad ministrat ors with a working kn owledg e of Layer 2 and Layer 3 switchin g and routing.

If you are using a Foundry Layer 3 Switch, you should be familiar with the following protocols if applicable to your network – IP, RIP, OSPF, BGP4, PIM, and VRRP.

Nomenclature

This guide uses the following typographical conventions to show information: Italic highlights the title of another publication and occasionally emphasizes a word or phrase. Bold highlights a CLI command. Bold Italic highlights a term that is being defined. Underline

highlights a link on the Web management interface.

Capitals highlights field names and buttons that appear in the Web management interface.

NOTE: A note emphasizes an important fact or calls your attention to a dependency.

WARNING: A warning calls your attention to a possible hazard that can cause injury or death.

CAUTION: A caution calls your attention to a possible hazard that can damage equipment.

Page 8

Foundry AR-Series Rack-Mounted Router Installation Guide

Related Publications

The following Foundry Networks documents supplement the information in this guide.

• Release Notes Printed release notes provide th e latest i nformatio n. If releas e notes a re provide d with you r product, fo llow th e

instructions contained within them instead of those provided in other documentation.

• Foundry AR-Series Rack-Mounted Router Quick Installation Guide

This detailed guide provides an abbreviated install guide for those experienced with installing Foundry AccessIron rack-mounted routers.

• Foundry AR-Series Router Configurations Guide . This guide provides examples of A ccessIron configurations

• Foundry AR-Series Router Command Reference Guide

This guide explains the syntax and application of AR-series router CLI commands.

• Foundry AR-Series Router User Guide

This guide explains the AccessIron router features.

To order additional copies of these manuals, do one of the following:

• Call 1.877.TURBOCALL (887.2622) in the United States or 1.408.586.1881 outside the United States.

• Send email to info@foundrynet.com.

List of Features

Table 1.1 on page 1-2 shows the features supported on AccessIron devices.

T a ble 1.1: Fea ture Supporte d in AccessIro n Device s

Category Feature AR1202

AR1204 AR1208 AR1216

AR3201-T-CL AR3202-T-CL

AR3201-T-CH AR3202-T-CH

Interfaces

WAN/LAN 10/100 Fast Ethernet 2 2 2

T1/E1 Yes - Channelized T3 - - Yes Clear Channel T3 - Yes -

WAN Protocols

PPP, PAP, Multilink PPP, Frame Relay, Multilink Frame Relay, (FRF.15, FRF.16.1) BCP, HDLC

Layer 2 Features

802.1Q VLAN tagging and forwarding over WLAN Virtual LAN Domain (VLD) VLAN Double Tagging Transparent Bridging Jumbo Frames (4072 bytes)

Page 9

Getting Started

IP Multiplexing NAT mode Transparent Layer 3 packet forwarding

Layer 3 Features

Routing RIPv1/v2

OSPF BGP4 Static Routing ECMP (IP load balancing) Multicast (PIM-SM, PIM-SSM, IGMP v2/v3)

High Availabi lit y VRRP

BGP4 Multi-homing Bundle Tracking MLPPP Bundle Thresholding LAN Interface Load Sharing with Failover

Security/ Management

Stateful Packet Inspection Firewall with: Layer-3 mode (router and NAT)

Policy-based NAT/PAT Policy-based filters URL and application content filtering Time and rate limiting Denial of Service protection Network attack detection Application Level Gateway support Packet-level logging and syslog support

Table 1.1: Feature Supported in AccessIron Devices (Continued)

Category Feature AR1202

AR1204 AR1208 AR1216

AR3201-T-CL AR3202-T-CL

AR3201-T-CH AR3202-T-CH

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Foundry AR-Series Rack-Mounted Router Installation Guide

ACLs DHCP TFTP PAP RADIUS TACACS+ SSH v2 GRE Tunneling IPSec VPN with integrated IKE

Site-to-site VPN Site-to-remote VPN MD5 & SHA-1 authentication Hardware accelerated encryp tio n 3DES (168 bit), DES (56 bit), AES (256 bit) encryption

VPN optional on the AR1202 and AR1204

QoS/Traffic Management

RED

DiffServ Class-based Queuing per:

IP address Flow VLAN tag Application port

Frame Relay traffic shaping and policing VLAN-802.1P 8 queue prioritization of VLAN frames

Service Provisioning

Management (in-band, serial, Telnet, or modem) by: CLI SNMP

Monitoring syslog Statistics Alarms

Diagnostics BERT Loopback testing Traceroute Reverse Telnet

Specialized Features

Hospitality Web Redirection

Table 1.1: Feature Supported in AccessIron Devices (Continued)

Category Feature AR1202

AR1204 AR1208 AR1216

AR3201-T-CL AR3202-T-CL

AR3201-T-CH AR3202-T-CH

Page 11

Getting Started

How to Get Help

Foundry Networks technical support will ensure that the fast and easy access that you have come to expect from your Foundry Networks products will be maintained.

Web Access

• http://www.foundrynetworks.com

Email Access

Technical requests can also be sent to the following email address:

• support@foundrynet.com

Telephone Access

• 1.877.TURBOCALL (887.2622) United States

• 1.408.586.1881 Outside the United States

Warranty Cove rage

Contact Foundry Networks using a ny of the methods listed above for informati on about t he sta ndard and extended warranties.

Timed Access List

Table 1.1: Feature Supported in AccessIron Devices (Continued)

Category Feature AR1202

AR1204 AR1208 AR1216

AR3201-T-CL AR3202-T-CL

AR3201-T-CH AR3202-T-CH

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Foundry AR-Series Rack-Mounted Router Installation Guide

Page 13

Chapter 2

Product Introduction

This chapter provides informat ion about f ront and back panels for Foundry rack-mounted systems. In addition, information is provided about cable connection ports and panel components.

AR1208 Series Systems

This section describes front- and back-panel components of the Foundry® AR1208 series systems. Additional information is also provided about external cables, wiring, and connection points.

The AR1208 series systems operate on single AC, dual AC, single DC, or dual DC power.

Foundry AR1208-T

The AR1208-T front panel prov ide s co nne cti on s for one mon ito r port, eigh t T1 port s , tw o 10 /100 Base -T Ethe rnet ports, and one console port.

Figure 2.1 AR1208-T System Front Panel

1400

Link Status Ethernet 0 Ethernet 1 Console Unit

12345678

Status

Mon.

5678

1234

DupHSLink

ColRXTX

Power

Summary

DupHSLink

ColRXTX

Octal T1 WAN

ESD Gnd

T1 Ports (8)

Monitor Port

10/100 Base-T Ethernet Ports

Console Port

ESD Ground

WAN Status LED

T1 Status LEDs

LAN Status LEDs

Summary and Power LEDs

Page 14

Foundry AR-Series Rack-Mounted Router Installation Guide

Foundry AR1208-E

The AR1208-E front pa ne l pro vides c onn ec tion s f or on e m on itor port, eight E1 ports, two 1 0/1 00 Ba se -T Eth erne t ports, and one console port. The AR1208-E can operate on AC, single DC, or dual DC power.

Figure 2.2 AR1208-E System Front Panel

Table 2.1: AR1208-T Connectors

Connector Description

Monitor Port One RJ-48C connector T1 Ports Eight RJ-48C connectors Ethernet Ports

(2)

One RJ-45 connector per port

Console Port DB-9 female connector

Use this port to set up a connection between a VT-100 (or equivalent) terminal (or modem) and the AR1208 system.

ESD Ground Banana plug connector

Table 2.2: AR1208-E Connectors

Connector Description

Monitor Port One RJ-48C connector E1 Ports Eight RJ-48C connectors Ethernet Ports

(2)

One RJ-45 connector per port

Console Port DB-9 female connector

Use this port to set up a connection between a VT-100 (or equivalent) terminal (or modem) and the AR1208-E system.

ESD Ground Banana plug connector

1400E

Link Status Ethernet 0 Ethernet 1 Console Unit

12345678

Status

Mon.

5678

1234

DupHSLink

ColRXTX

Power

Summary

DupHSLink

ColRXTX

Octal E1 WAN

ESD Gnd

E1 Ports (8)

Monitor Port

10/100 Base-T Ethernet P o rt s

Console Port

ESD Ground

WAN S tatus LED

E1 Status LEDs

LAN Status LEDs

Summary and Power LEDs

Page 15

Product In troduction

Back Panel

The system back panel provid es co nnecti on points for power, gr oun di ng , and al arm s. Th e power s wi tc h is locat ed on the system back panel. Each system also has an AC power plug, removable AC fuse module, and a terminal block. The terminal block provides connections for DC power inputs, external alarms, and ground connections.

Back-Panel Components

The back-panel components for the Foundry AR1208 series systems (with AC power) are shown in the following figure.

Figure 2.3 AR1208 Series System Back Panel

AR320x-T-CL Series Systems

This section des cribes fr ont- and b ack-p anel compo nent s of the F oundry AR32 0x-T-CL series systems. Additional information is also provided about external cables, wiring, and connection points. In addition to AC power, the AR320x-T-CL series systems can operate on single or dual DC power.

Foundry AR3201-T-CL

The front panel on th ese s ystems provi des conn ectio ns for one c lear c hannel T3 po rt, two Eth ernet p orts , and one console port.

Table 2.3: AR1208 Back Panel

Component Description

Power Switch Rocker switch to turn system power on ( | ) or off (O) AC Power Receptacle Connector for AC power cord Terminal Block Connections for external alarm devices, DC power, and

ground

Removable AC Fuse Module

Removable module containing the AC line fuse

See “AC Fuse” on pageC-1 for more information ESD Ground Banana plug connector for electrostatic discharge wrist strap Chassis Ground Chassis ground stud

SUMMARY

POWER

ESD GND

1234567

SEE PRODUCT MANUAL

40 - 60V , 3.0A

CAUTION: TO PROTECT AGAINST RISK OF ELECTRICAL SHOCK, DISCONNECT BOTH AC POWER CORD AND DC WIRING BEFORE SERVICING.

100-240V , 2.5A, 50-60Hz

AUX. PORT

FUSE: T3A, 250V SLOW BLOW

CAUTION: TO PROTECT AGAINST RISK OF FIRE, REPLACE WITH THE SAME TYPE AND RATING OF FUSE ONLY.

5 - 7 in-lbs

0.57 - 0.79 N-m TORQUE

1 - 48B RTN 2 - 48B 3 - 48A RTN 4 - 48A 5 6 - ALARM CONTACT 7 - ALARM COMMON

FOR CENTRALIZED DC POWER, INSTALL ONLY IN RESTRICTED ACCESS AREAS

Terminal Block

ESD Ground

Dial-Out Modem Port

AC Power Receptacle

Removable AC Fuse Module

Power Switch

Chassis Ground

Power Cord Retention Clip

Summary LED

Power LED

Page 16

Foundry AR-Series Rack-Mounted Router Installation Guide

Figure 2.4 AR3201-T-CL System Front Panel

Foundry AR3202-T-CL

The front panel on these systems provides connections for two DS3 ports, two Ethernet ports, and one console port.

Table 2.4: AR3201-T-CL System Front-Panel Connectors

Connector Description

ESD Ground Banana plug connector Console Port DB-9 female connector

Use this port to set up a connection between a VT-100 (or equivalent) terminal (or modem) and the AR3201-T-CL system.

Ethernet Ports (2)

One RJ-45 connector per port

T3 Port Two BNC connectors

4100

Ethernet 0 Ethernet 1 Console Unit

ESD Gnd

DupHSLink

ColRXTX

Power

Summary

DupHSLink

ColRXTX

Clear Channel T3 WANDS3

Frame

Yellow

Signal

AIS

Error

Test

TXRX

Status

Clear Channel T3 Port

WAN Status LED

LAN Status LEDs

Summary and Power LEDs

Status LEDs

10/100 Base-T Ethernet Ports

Console Port

ESD Ground

Page 17

Product In troduction

Figure 2.5 AR3202-T-CL System Front Panel

Back-Panel Components

The back-panel components for the AR320x-T-CL series systems (with AC power) are shown in the following figure.

Table 2.5: AR3202-T-CL System Front-Panel Connectors

Connector Description

ESD Ground Banana plug connector Console Port DB-9 female connector

Use this port to set up a connection between a VT-100 (or equivalent) terminal (or modem) and the AR3201-T-CL system.

Ethernet Ports (2)

One RJ-45 connector per port

T3 Ports Two BNC connectors

4102

Ethernet 0 Ethernet 1 Console Unit

ESD Gnd

DupHSLink

ColRXTX

Power

Summary

DupHSLink

ColRXTX

Clear Channel T3-2 WANDS3

Frame

Yellow

Signal

AIS

Error

Test

TXRX

Status

Clear Channel T3-1 WANDS3

Frame

Yellow

Signal

AIS

Error

Test

TXRX

Status

Clear Channel T3 Ports

WAN Status LED

LAN Status LEDs

Summary and Power LEDs

Status LEDs

10/100 Base-T Ethernet Po rts

Console Port

ESD Ground

Page 18

Foundry AR-Series Rack-Mounted Router Installation Guide

Figure 2.6 AR320x-T-CL Series System Back Panel

AR1216 and AR320x-T-CH Series Systems

This section desc ribes fro nt- and ba ck-pan el comp onents of the F oundry AR32 0x-T -C H series system s. Additio nal information is also provided about external cables, wiring, and connection points. In addition to AC power, the AR320x-T-CH series systems also operate on single DC or dual DC power.

Foundry AR1216-T

The AR1216-T front panel provides connections for two monitor ports, 16 T1 ports, two 10/100 Base-T Ethernet ports, and one console port.

Table 2.6: AR320x-T-CL Series System Back-Panel Components

Component Description

Power Switch Rocker switch to turn system power on ( | ) or off (O) AC Power

Receptacle

Connector for AC power cord

Terminal Block Connections for external alarm devices, DC power, and ground Removable AC Fuse

Module

Removable module containing the AC line fuse

See “AC Fuse” on page C-1 for more information. Chassis Ground Chassis ground stud ESD Ground Banana plug connector for electrostatic discharge wrist strap Dial-Out Port

(AR3201-T-CL and AR3202-T-CL only)

Dials out to a predetermined phone number when an SNMP trap

occurs.

SUMMARY

POWER

ESD GND

1234567

SEE PRODUCT MANUAL

40 - 60V , 3.0A

CAUTION: TO PROTECT AGAINST RISK OF ELECTRICAL SHOCK, DISCONNECT BOTH AC POWER CORD AND DC WIRING BEFORE SERVICING.

100-240V , 2.5A, 50-60Hz

AUX. PORT

FUSE: T3A, 250V SLOW BLOW

CAUTION: TO PROTECT AGAINST RISK OF FIRE, REPLACE WITH THE SAME TYPE AND RATING OF FUSE ONLY.

5 - 7 in-lbs

0.57 - 0.79 N-m TORQUE

1 - 48B RTN 2 - 48B 3 - 48A RTN 4 - 48A 5 6 - ALARM CONTACT 7 - ALARM COMMON

FOR CENTRALIZED DC POWER, INSTALL ONLY IN RESTRICTED ACCESS AREAS

Terminal Block

ESD Ground

Dial-Out Modem Port (AR3201-TCL and AR3202-T-

AC Power Receptacle

Removable AC Fuse Module

Power Switch

Chassis Ground

Power Cord Retention Clip

Summary LED

Power LED

Page 19

Product In troduction

Figure 2.7 AR1216-T System Front Panel

Foundry AR1216-E

The AR1216-E front panel provides connections for two monitor ports, 16 E1 ports, two 10/100 Base-T Ethernet ports, and one console port. The AR1216-E can operate on AC, single DC, or dual DC power.

Table 2.7: AR1216-T System Front-Panel Connectors

Connector Description

Monitor Ports (2) One RJ-48C connector per port T1 Ports 16 RJ-48C connectors Ethernet Ports (2) One RJ-45 connector per port Console Port DB-9 female connector

Use this port to set up a connection between a VT-100 (or equivalent) terminal (or modem) and the AR1216 system.

ESD Ground Banana plug connector

6200

12345678

910111213141516

Link Status Ethernet 0 Ethernet 1 Console Unit

Status

Mon.

13 14 15 16

9101112

DupHSLink

ColRXTX

Power

Summary

DupHSLink

ColRXTX

Octal T1 WAN

Status

Mon.

5678

1234

Octal T1 WAN

ESD Gnd

10/100 Base-T Ethernet Ports

Console Port

Monitor Port

T1 Ports (1-8) T1 Ports (9-16)

Monitor Port

ESD Ground

WAN Status LEDs

T1 Status LEDs

LAN Status LEDs

Summary and Power LEDs

Page 20

Foundry AR-Series Rack-Mounted Router Installation Guide

Figure 2.8 AR1216-E System Front Panel

Back Panel

The system back panel provides connection points for power, grounding , alarms, and dial-out capability (1450 only). The power switch is lo ca ted on the sy stem back pa nel. Ea ch sy stem also has a n AC p ower plug, r emova ble AC fuse module, and a terminal block. The terminal block provides connections for DC power inputs, external alarms, and ground connections.

Back-Panel Components

The back-panel components for the Foundry AR1208-E, and AR1216-E systems (with AC power) are shown in the following figure.

Table 2.8: AR1216-E System Front-Panel Connectors

Connector Description

Monitor Ports (2) One RJ-48C connector per port E1 Ports 16 RJ-48C conne cto rs Ethernet Ports (2) One RJ-45 connector per port Console Port DB-9 female connector

Use this port to set up a connection between a VT-100 (or equivalent) terminal (or modem) and the AR1216-E system.

ESD Ground Banana plug connector

6200E

12345678

910111213141516

Link Status Ethernet 0 Ethernet 1 Console Unit

Status

Mon.

13 14 15 16

9101112

DupHSLink

ColRXTX

Power

Summary

DupHSLink

ColRXTX

Octal E1 WAN

Status

Mon.

5678

1234

Octal E1 WAN

ESD Gnd

10/100 Base-T Ethernet Po rts

Console Port

Monitor Port

E1 Ports (1-8) E1 Ports (9-16)

Monitor Port

ESD Ground

WAN Status LED

E1 Status LEDs

LAN Status LEDs

Summary and Power LEDs

Page 21

Product In troduction

Figure 2.9 E1 Systems Back Panel

Foundry AR3201-T-CH

The front panel on these systems provides connections for one CT3 port, one monitor port, two 10/100 Base-T Ethernet ports, and one console port.

Table 2.9: E1 Systems Back-Panel Components

Component Description

Power Switch Rocker switch to turn the system power on ( | ) or off ( O ) AC Power Receptacle Connector for AC power cord Terminal Block Connection points for external al arm dev ices, grou nd, and DC

power

Removable AC Fuse Module

Removable module containing the AC line fuse

See “AC Fuse” on pageC-1 for more information ESD Ground Banana plug connector for electrostatic discharge wrist strap Chassis Ground Chassis ground stud Dial Out Port Dials out to a predetermined phone number when an SNMP

trap occurs.

SUMMARY

POWER

ESD GND

1234567

SEE PRODUCT MANUAL

40 - 60V , 3.0A

CAUTION: TO PROTECT AGAINST RISK OF ELECTRICAL SHOCK, DISCONNECT BOTH AC POWER CORD AND DC WIRING BEFORE SERVICING.

100-240V , 2.5A, 50-60Hz

AUX. PORT

FUSE: T3A, 250V SLOW BLOW

CAUTION: TO PROTECT AGAINST RISK OF FIRE, REPLACE WITH THE SAME TYPE AND RATING OF FUSE ONLY.

5 - 7 in-lbs

0.57 - 0.79 N-m TORQUE

1 - 48B RTN 2 - 48B 3 - 48A RTN 4 - 48A 5 6 - ALARM CONTACT 7 - ALARM COMMON

FOR CENTRALIZED DC POWER, INSTALL ONLY IN RESTRICTED ACCESS AREAS

Terminal Block

Power Switch

AC Power Receptacle

Removable AC Fuse Module

ESD Ground

Dial-Out Modem Port (1450E only)

Summary LED

Power LED

Power Cord Retention Clip

Chassis Ground

Page 22

Foundry AR-Series Rack-Mounted Router Installation Guide

Figure 2.10 AR3201-T-CH System Front Panel

Foundry AR3202-T-CH

The front panel on these systems provides connections for two CT3 ports, two monitor ports, two 10/100 Base-T Ethernet ports, and one console port.

Figure 2.11 AR3202-T-CH System Front Panel

NOTE: The IC card selection switch is used to select one of the two installed CT3 interfaces. Press and release

the toggle switch to select the other CT3 interface. The Select LED illuminates Green when the interface is selected.

Table 2.10: AR3201-T-CH System Front-Panel Connectors

Connector Description

CT3 Port

Two BNC connectors

Monitor Port

One RJ-48C connector

Ethernet Ports (2)

One RJ-45 connector per port

Console Port

DB-9 female connector Use this port to set up a connection between a VT-100 (or equivalent)

terminal (or modem) and the AR3201-T-CH system.

ESD Ground

Banana plug connector

6300

Link Status Ethernet 0 Ethernet 1 Console Unit

12345678

910111213141516

17 18 19 20 21 22 23 24

25 26 27 28

ESD Gnd

DupHSLink

ColRXTX

Power

Summary

DupHSLink

ColRXTX

Channelized T3 WANDS3

Frame

Yellow

Signal

AIS

Error

Test

Mon.TXRX

Status

CT3 Port

Monitor Port

10/100 Base-T Ethernet Ports

Console Port

ESD Ground

CT3 Status LEDs

WAN S tatus LED

T1 Status LEDs

LAN Status LEDs

Summary and Power LEDs

6302

Select

Link Status Ethernet 0 Ethernet 1 Console Unit

12345678

910111213141516

17 18 19 20 21 22 23 24

25 26 27 28

C1 C2

ESD Gnd

DupHSLink

ColRXTX

Power

Summary

DupHSLink

ColRXTX

Channelized T3-2 WANDS3

Frame

Yellow

Signal

AIS

Error

Test

Mon.TXRX

Status

Channelized T3-1 WANDS3

Frame

Yellow

Signal

AIS

Error

Test

TXRX

Mon.

Status

SelectSelect

CT3 Port 2

CT3 Port 1

WAN Status LED

Monitor Port

10/100 Base-T Ethernet Ports

Console Port

ESD Ground

LAN Status LEDs

CT3 Status LEDs

Power and Summary LEDs

T1 Status LEDs

C1/C2 IC Card LEDs

IC Card Selection Switch

Select LED

Page 23

Product In troduction

Back-Panel Components

The back-panel components for the AR320x-T-CH series systems (with AC power) are shown in the following figure.

Figure 2.12 AR320x-T-CH Series System Back Panel

Table 2.11: AR3202-T-CH System Front-Panel connectors

Component Description

CT3 Port (2) Two BNC connectors (each port) Monitor Ports (2) One RJ-48C connector per port Ethernet Ports (2) One RJ-45 connector per port Console Port One DB-9 connector

Use this port to set up a connection between a VT-100 (or equivalent) terminal (or modem) and the AR3202-T-CH system.

ESD Ground Banana plug connector

Table 2.12: AR320x-T-CH Series System Back-Panel Components

Component Description

Power Switch Rocker switch to turn system power on ( | ) or off (O) AC Power

Receptacle

Connector for AC power cord

Terminal Block Connections for external alarm devices, DC power, and ground Removable AC Fuse

Module

Removable module containing the AC line fuse

See “AC Fuse” on page C-1 for more information. Chassis Ground Chassis ground stud ESD Ground Banana plug connector for electrostatic discharge wrist strap

SUMMARY

POWER

ESD GND

1234567

SEE PRODUCT MANUAL

40 - 60V , 3.0A

CAUTION: TO PROTECT AGAINST RISK OF ELECTRICAL SHOCK, DISCONNECT BOTH AC POWER CORD AND DC WIRING BEFORE SERVICING.

100-240V , 2.5A, 50-60Hz

AUX. PORT

FUSE: T3A, 250V SLOW BLOW

CAUTION: TO PROTECT AGAINST RISK OF FIRE, REPLACE WITH THE SAME TYPE AND RATING OF FUSE ONLY.

5 - 7 in-lbs

0.57 - 0.79 N-m TORQUE

1 - 48B RTN 2 - 48B 3 - 48A RTN 4 - 48A 5 6 - ALARM CONTACT 7 - ALARM COMMON

FOR CENTRALIZED DC POWER, INSTALL ONLY IN RESTRICTED ACCESS AREAS

Terminal Block

ESD Ground

Dial-Out Modem Port (AR3201-TCH and AR3202-

AC Power Receptacle

Removable AC Fuse Module

Power Switch

Chassis Ground

Power Cord Retention Clip

Summary LED

Power LED

Page 24

Foundry AR-Series Rack-Mounted Router Installation Guide

The dial-out port on the back panel of the AR3202-T-CH is used to notify the network administrator or other designated person about captured system traps. Notification procedures can be set up to meet the needs of the customer via pager or phone message.

Dial-Out Port (AR3201-T-CH and AR3202-T-CH only)

Dials out to a predetermined phone number when an SNMP trap occurs.

Table 2.12: AR320x-T-CH Series System Back-Panel Components(Continued)

Component Description

Page 25

Chapter 3

Installation

This chapter describes how to install Foundry systems for operation in a network facility. Information is also provided describing the system front and back panels, operator interface, how to mount the chassis, and how to connect network, power, and alarm cables.

Before you install a Foundry system, familiarize yourself with the network interface, power, and ground connections described in the following paragraphs.

Site Preparation

Before installi ng a Foun dry system , ensure that the site condi tions co mply w ith the fo llowing re quirement s and that the mounting equipment, tools, and cables are available at the designated site.

Foundry systems can b e pla ce d on a fl at, s t abl e su rfac e or m oun ted in a standard 48.26 or a 58.42 cm (19- or 23inch) equipment rack. Vertical clearance is not required between units when multiple units are stacked.

See “Tools and Materials” on page 3-3 for information about tools and materials required for installation.

Environment

Site location is important for the proper operation of Foundry systems. Place the unit in a clean, dry environment with adequate air circulation. Allow two to three feet additional clearance around the system for access to the cable connectors on the front and rear panels.

All Foundry systems meet Networking Equipment Building Structure (NEBS) environmental requirements. The selected installation site must meet basic environmental requirements.

Figure 3.1 on page 3-2 shows a top view of the path of cooling air through the chassis. Clearance must be maintained near the air intake and exhaust vents to prevent over-temperature conditions, which could result in system failure or performance degradation.

Page 26

Foundry AR-Series Rack-Mounted Router Installation Guide

Figure 3.1 Chassis Air Flow

See Appendix A for further information about environmental requirements.

Site Safety

Practice these techniques to prevent accidents or injury at the installation site.

• Make sure that the si te is s afe from haza rds su ch as dam p or w et floor s, imp roper or m iss ing ci rcuit b reakers, poor grounds, etc.

• Use two people to lift the system chassis when installing the chassis in an equipment rack.

• Keep your back straight and lift with your legs. Bend only at the knees.

• While lifting, avoid twisting your body.

• maintain solid footing to keep your balance.

• Do not wear jewelry, metal objects, or loose clothing while working on electrical equipment.

Power Requirements

These systems accept power from single AC, dual AC, single DC, or dual DC sources. See Table A.1 on page A1 for additional information about system power.

In addition, up to two – 48 volt (nominal) external DC power supplies may be connected to the terminal block on the back panel of these systems. The acceptable voltage range for power supplied by the external DC power supplies is – 40 to – 60 VDC. For NEBS compliance, these systems must be connected to DC power through an external circuit breaker. Proper grounding must be provided to avoid damage from power surges.

For NEBS compliance, Foundry systems should be connected to DC power through an external circuit breaker. Proper grounding must be provided to avoid damage from power surges and electrical shock.

NOTE: Grounding wires are required to be connected to the terminal block ground terminal when DC power is supplied from external power supplies. See “DC Power” on page 3-6 for more details. See Table A.1 on page A-1 for more information and specifications for DC power supplies.

CAUTION: As a general safety precaution, be sure to provide DC power through a circuit breaker on the equipment rack.

NOTE: For more information, refer to guidel ines prese nted in Articles 110-16, 110- 17, and 110-18 of the National Electric Code, ANSI/NFPA 70.

Network Connection

To successfully complete the installation, these systems must be connected to a network to be able to perform system acceptance. Before you start the installation, make sure that a live network connection is available at the site.

Page 27

Installation

Equipment Rack

These systems are designed to be surface mounted or installed in a 19- or 23-inch Telco equipment rack. These systems can be flush (front), middle, or rear mounted in an equipment rack.

Tools and Materials

The following additional items may be required to install these systems in your operating environment. This is dependent on system configuration and how the system will be managed.

Cables

The following cables may be required for operation of these systems in your environment. The console cable is provided with the system.

• Console cable (for console connection to terminal) See Table A.10 on page A-5 for pinout information.

• Ethernet 10/100, CAT-5 STP cable (for a LAN connection) See Table A.11 on page A-6 for pinout information.

• Null-modem cable (optional for a remote console) See Table A.15 on page A-7 or Table A.16 on page A-8 for pinout information.

• HSSI cable

• V.35 cable

• RG-59 cables for Clear Channel DS3 or CT3

Tools

The following tools are required to install these systems.

• #2 Phillips screwdriver (to attach the rack-mounting brackets to the Foundry system)

• #3 Phillips screwdriver (to attach the Foundry system to the equipment rack)

• Wire stripping tool (for alarm and DC power wiring)

• Small flat-blade screwdriver (DC power, ground, and external alarm)

Materials

The following additional materials are required to install these systems.

• 18 AWG wire (for DC power)

• 18-22 AWG wire (for alarm and ground connections)

• Screws or other fasteners (for rack mounting)

• Cable ties

Unpacking the System

After opening the shipping carton, remove and save all packing materials and boxes.

NOTE: Save the packing materials. If you need to return the product, you will need to repack the unit. Check the packing slip and contents of the shipping carton to ensure that you have received the following:

• Foundry system

• AC power cord (only for systems with AC power)

• Console cable

Page 28

Foundry AR-Series Rack-Mounted Router Installation Guide

• One male DB-9 to RJ-45 cable adapter

• One female DB-9 to RJ-45 cable adapter

• One male DB-25 to RJ-45 cable adapter

• Rack-mount package, including:

• Two 48.26 cm (19 inch) rack brackets

• Two 58.42 cm (23 inch) rack brackets

• Four #6 screws

• Four #6 f lat washers

• Four #6 lock washers

• Surface-mount package (four self-adhering rubber feet)

• Quick start guide

• Foundry Product Documentation CD-ROM

• Product registration card

• Product warranty form

Inspect the Foundry system for damage that may have occurred during shipping. If you discover damage or missing items, contact Foundry Technical Support.

Mounting the System

This section describes how to prepare the Foundry system for operation either as a tabletop or a rack-mounted unit.

WARNING: Do not install the system near a st and ing or runnin g water so urce or in a high-h umidi ty envi ronme nt. See “Specifications” on page A-1 for more information about environmental conditions.

CAUTION: Do not block the fan intake and exhaust vents on the front and sides of the chassis unit.

Surface Mount

Place the Foundry system on a clean, flat, and stable surface with a minimum available footprint of 12 by 19 inches (30.48 or 48.26 cm ). Allow suf fic ient roo m at the fron t, rear, and side of the unit for interface cabling, power cord clearance, and adequate ventilation.

Apply the rubber feet (4 included) to the bottom of the chassis prior to placing the unit on a surface or when stacking several units on a surface.

Rack Mount

Foundry systems can be mounted in either a 19- or a 23-inch (48.26 or 58.42 cm) equipment rack.

Page 29

Installation

NOTE: For problem-free operation , the eq uipment rac k should be locat ed in an are a with suf fic ient cl earanc e for cabling and adequate ventilation.

NOTE: Attach the mounting brackets to the Foundry system before securing the system to the rack. To attach the mounting brackets:

1. Select one of the three possible mounting positions on the sides of the system chassis.

Figure 3.2 Attaching Mounting Brackets

2. Using a #2 Phillips screwdriver, attach a bracket to the desired mounting position on one side of the Foundry system.

Refer to Figure 3.2 on page 3-5. Use two #6 flat washers, #6 lock washers, and #6 screws to mount each bracket. Torque the mounting bracket screws to 12 in-lbs.

3. Attach the other bracket to the corresponding position on the other side of the system.

To secure the system to the rack:

1. Lift the Foundry system a ssem bly into the r ack an d alig n the bra cket h oles wi th the d esired holes on t he rack.

CAUTION: Practice good safety habits. Use two people to rackmount the system.

2. Attach the Foundry system to the rack according to the instructions provided by the rack manufacturer.

T a ble 3.1: R ack Mount Dimens ion s

19-inch rack 23-inch rack

inches centimetersinches centimeters

.83 2.1 .31 .80

6300

Link Status

Ethernet 0

Ethernet 1

Console

Unit

ESD Gnd

Dup

Link

Col

Power

ummary

Dup

Link

Col

#6 Lock Washer

#6 Flat Washer

Select One of Three Mounting Positions

Page 30

Foundry AR-Series Rack-Mounted Router Installation Guide

Figure 3.3 Rackmounting the System

System Power

These systems accept external power from single AC, dual AC, single DC, or dual DC sources. Foundry provides two DC power supplies only for dual AC power systems. For all other systems, DC power

supplies are not provided by Foundry and must be obtained from a third-party vendor.

DC Power

Up to two external DC po wer s upp li es can be connected to the terminal block on the bac k p anel of these systems .

NOTE: Before connecting cables or performing maintenance on a Foundry system, always wear an ESDpreventative w rist str ap. Conn ect the ba nana p lug to the ESD ground co nnecto r on the sy stem ch assis. Make sur e that the wrist strap makes contact with your skin.

CAUTION: As a general safety precaution, be sure to provide DC power through either a fuse or DC circuit breaker with a maximum rating of 3 amps.

To connect DC power:

1. Make sure the DC power source is turned off.

2. Remove 1/2 inch (1.27 cm) of insulation from both ends of two 18 AWG wires. For redundant (dual source) power, use four wires. Refer to Figure 3.6 on page 3-8.

Prepare two 18 A WG wire s for each DC inpu t (A or B) that you in tend to us e. The A inp ut consis ts of conne ctors 3 and 4; the B input consists of connectors 1 and 2.

NOTE: You can use either the A or B input for single-source power. Use both A and B inputs for dual-source power.

1. Insert the stripped ends of the wires into the A and/or B input terminals.

2. Connect the –48 V lead to the –48 V terminal.

3. Connect the +48 V return lead to the appropriate (A or B) +48 RTN terminal.

CAUTION: To avoid equipment damage, make sure that the +48V lead is connected to the appropriate RTN connector (either 1 or 3) on the terminal block.

4. Clamp each inserted wire:

• Insert a small screwdriver in the port above each inserted wire.

• Tighten the screw to within the torque guidelines printed on the back panel.

6300

Link Status

Ethernet 0

Ethern

et 1

Console

Unit

E SD Gnd

Dup

Link

C ol

Po w

S um m

ar y

Dup

H S

Link

C ol

Page 31

Installation

WARNING: Make sure there are no exposed wires.

Figure 3.4 DC Power Terminal Block Connections

5. Use a cable tie to bind the wires. Use at least four cable ties spaced at four-inch intervals. Place the first tie within six inches of the terminal

block. Position the bound wires to prevent accidental contact when passing by the system.

6. Attach the other ends of the leads to a – 48 VDC power source.

7. Secure one end of the ground wire (18 AWG) to either the ground post adjacent to the terminal block or terminal 5 of the terminal block.

8. Attach the other end of the ground wire to either a rack or earth ground.

AC Power

This section describes how to connect AC power to a Foundry system.

Single AC Power

To connect AC power:

1. Insert the female end of the AC power cord in the AC receptacle on the back panel of the Foundry system.

Figure 3.5 Connecting the AC Power Cord

2. Insert the male end of the power cord in a nearby standard 110/220 VAC power outlet.

CAUTION: Only use the AC power cord supplied by Foundry. Do not use an extension cord.

Dual AC Power

Foundry provides a solution for customers who need to power their Foundry systems from two independent AC power sources. This procedure outlines the steps to install the Dual AC Power Kit.

To connect dual AC power:

1. Before proceeding, inspect the contents of the kit. The kit includes the following:

• Two AC/DC power supplies

• Two hook and loop (Velcro) adhesive mounting pads

Page 32

Foundry AR-Series Rack-Mounted Router Installation Guide

• Two Velcro straps for securing coiled cables

• Two AC power cords

2. If this is a new system installation, first mount the system in an equipment rack. Follow the procedures outlined previously in this installation guide.

3. Determine the appropriate mounting location for the AC/DC power supplies. The power supplies can be installed either on the top or bottom of the Foundry system, or on the equipment

rack. Thoroughly clean the mounting surface before mounting the power supplies.

WARNING: DO NOT INSTALL the AC/DC po wer s upp li es on the back or si des o f th e F oundry system. Doing so will obstruct the air vent holes and adversely affect equipment cooling.

4. Separate the “loop” portion of the adhesive pad from the “hook” portion that is attached to the power supply. Peel off the protective backing on the Velcro pad and press the pad onto the mounting location. Wait five minutes before attaching the power supply. (Maximum holding strength will be achieved after 24 hours.)

5. Connect the DC power cable of one AC/DC power supply to the back of the Foundry system.

6. Repeat step 5 for the second AC/DC power supply.

CAUTION: Be sure the power source is turned off when installing power cords.

7. Connect the AC power cords from both AC/DC power supplies to a standard 110/240 VAC power source.

8. Power on the Foundry system. System power is now controlled by the external AC source(s).

External Alarms

This section describ es how to c onn ec t ext erna l al arm dev ic es to a Fou ndry sy st em . The a larm co ntacts provide a normally closed relay contact. In the event of a “Summary” alarm, the alarm contacts open.

To attach external alarm equipment:

1. Remove 1/2 inch (1.27 cm) of insulation from both ends of two wires (18-22 AWG) as shown in the following figure.

Figure 3.6 Preparing Alarm, DC Power, and Ground Wires

2. Insert the full lengths of the stripped-wire ends in terminals 6 and 7 on the terminal block located on the system back panel.

Connect pin 7 to ground and pin 6 to the alarm reporting equipment.

1 / 2 “

Page 33

Installation

Figure 3.7 System Alarm Connections

3. Insert a small flat-blade screwdriver in the port above each attached wire. Tighten the screw to within the torque guidelines shown on the back panel.

WARNING: Make sure there are no exposed wires.

Connecting to the Network

This section des cribes h ow to c onnec t the Foundry system to v arious netwo rk int erfaces . Foll ow the pro cedure fo r the interface appropriate for your network facility environment.

LAN Interface

The front panel s o n Fo und ry sy ste ms a ccom mo date two LAN connections. Use a C a teg ory5 STP Ethernet cable with RJ-45 connectors to connect to the LAN.

To connect to the LAN:

1. Insert the RJ-45 connector on one end of th e ca ble in ei the r the Eth ern et 0 or th e Eth erne t1 port on the front panel.

2. Connect the RJ-45 connector on the other end of the cable to the designated LAN. Make sure that th e cab le c onnec tors a re loc ked and sec ure i n the port s. Se e Table A.11 on page A-6 for more

information about this cable.

Figure 3.8 Connecting the LAN Cable

T1 WAN Interface

The front pane ls o n Foun dry s ystems, mode ls AR 1216 and below, accommodate multiple T 1 con necti ons. Use 26 AWG (minimum) Category 5 STP cable with RJ-48C connectors to connect to this interface.

NOTE: To maintain agency approval, use only a properly constructed, shielded cable. To connect to a T1 interface:

Page 34

Foundry AR-Series Rack-Mounted Router Installation Guide

1. Insert the RJ-48C connectors on one end of the cables in the ports on the service provider’s terminal block.

2. Insert the RJ-48C connectors on t he oth er ends of t he ca bles in the T1 po rts on th e fr ont p anel of th e Foun dry system.

Make sure that the cable connecto rs are locke d and secu re in the port s. See Table A.14 on page A-7 for more information about this cable.

Figure 3.9 Connecting T1 WAN Cables

CT3 WAN Interface

The front panels on the Foundry AR3201-T-CH system provide a port for connecting to a Channelized T3 (CT3) WAN interface. The AR3202-T-CH provides two CT3 interface ports.

NOTE: Two RG-59 coaxi al cables wi th BNC connec tors are use d to complet e this conne ction. One cable is used to transmit data. The other cable is used to receive data.

To connect to a CT3 interface:

1. Connect the BNC connectors on one end of two cables to the service provider equipment.

2. Insert the BNC connector in the port and then rotate the connector barrel clockwise until it locks (approximately 1/4 turn).

3. Connect the BNC connectors on the other ends of the two cables to the Channelized T3 WAN interface on the front panel of the Foundry system.

Make sure that one ca ble is on ly connec ted to the transm it port s, and the ot her cabl e is onl y conn ected to the receive ports.

Figure 3.10 Connecting Channelized T3 WAN Cables

Clear Channel T3 WAN Interface

The front panel on the Foundry system provides connection ports for a Clear Channel T3 WAN interface.

NOTE: Two RG-59 coaxi al cables wi th BNC connec tors are use d to complet e this conne ction. One cable is used to transmit data. The other cable is used to receive data.

To connect to a Clear Channel T3 interface:

1. Connect the BNC connectors on one end of two cables to the service provider equipment.

Status

Mon.

Page 35

Installation

2. Insert the BNC connector in the port and then rotate the connector barrel clockwise until it locks (approximately 1/4 turn).

3. Connect the BNC connectors on the other ends of the two cables to the Clear Channel T3 WAN interface on the front panel of the Foundry system.

Make sure that one ca ble is on ly connec ted to the transm it port s, and the ot her cabl e is onl y conn ected to the receive ports.

Figure 3.11 Connecting Clear Channel T3 WAN Cables

Operator Interface

To configure and manage the system, an operator console must be connected to the Foundry system. The operator console can be connected with either a local or a remote connection.

Local Access

A terminal (VT-100 or equivalent) or workstation with terminal emulation software can be used for the operator console. Connect the console to the Foundry system with an RJ-45 cable with switched ends.

Also, if your terminal equipment requires a special cable, see Table A.10 on page A-5 for connector pinout information.

To assemble and connect the console cable:

1. Connect the RJ-45, 8-conductor, male/male cable with reversed connectors to the two supplied adapters.

2. Make sure that the connectors are firmly locked in the RJ-45 sockets in the adapters.

3. Connect the adapter with the male DB-9 connector to the console port on the Foundry system.

4. Connect the adapter with the female DB-9 connector to the communications port on the workstation or terminal.

Figure 3.12 Connecting a Local Console

The next step is to connect the network cables.

Terminal or Workstation (DTE)

Female Modular Adapter

Male Modular Adapter

Foundry System Console Port (DCE)

RJ-45 Console Cable

Page 36

Foundry AR-Series Rack-Mounted Router Installation Guide

Remote Access

The Foundry system a nd a te rminal can be conne cte d t o m od em s a nd ph one li nes fo r re mote access. (Use a nul lmodem cable at the Foundry system to establish a modem connection.) This configuration allows you to dial into the system from a remote location.

NOTE: Do not configure the modem to “send result codes” or “echo” commands. Doing so may cause the system to hang.

Refer to your modem documentation for guidelines about establishing an asynchronous DCE-to-DCE connection between these two devices throug h the pu bli c swit ch telep hon e netw o rk (PSTN) . See Table A.15 on page A-7 for more information.

To connect a remote console:

1. Connect the DB-9 male end of the cable to the Foundry system.

2. Connect the other end of the cable to the modem.

3. Connect the modem to a telephone line using a standard twisted-pair cable with modular RJ-11 connectors.

4. Repeat steps 2 and 3 on the remote terminal or workstation side.

5. Configure modems for 9600 bps, 8 data bits, 1 stop bit, no parity, and XON/XOFF flow control. Refer to your modem documentation if necessary. If a workstation is used for the console, use VT-100 terminal emulation software or equivalent, and configure the software as specified for modems.

NOTE: A modem connected to the Console port of a Foundry system and set for verbose mode (configured to “send result codes” or “ech o” com mands) c an prev ent th e system from boo ting up properl y. Foundry recommends that the user configures the modem for quiet (non-verbose) mode when it is connected to the system Console port.

Figure 3.13 Remotely Accessing a Foundry System

Telnet

An alternative to dial-up console access is to telnet to the Foundry system. A terminal connected to the Ethernet LAN is required, and you must know the IP address for the Foundry system.

NOTE: After three failed attempt s to log in, the Telnet session termi nates. You must reconnect to attempt an other log in.

Console Messages

Alarm messages a re d is pla ye d at the console whe n system logging is c onfi gu r ed. R efe r to th e confi gure system logging console command and re late d s ys tem log gin g co mm an ds in the C omm an d R efe ren ce G ui de: Do me sti c

Products for more information about how to configure specific alarm events.

Page 37

Installation

Connecting a Modem

The following figure shows how to connect a modem to the Foundry router.

Figure 3.14 Connecting a Modem

Table 3.2: DB-25 to DB-9 Pinout

Hayes Compatible Modem Configuration

1. Send the following initialization string to the modem :

• AT S0=1 &C0 &D0 &S0 S37=9 &K4 Q1 V0 &W Z

2. Cycle the modem power switch.

Signal Name

DB-25 DCE Pin

Connect

DB-9 DCE Pin

Signal Name

Frame Ground 1 Transmit Data 2 <-------> 2 Receive Data Receive Data 3 <-------> 3 Transmit

Data Request to Send 4 Clear to Send 5 Data Set Ready 6 Signal Ground 7 <-------> 5 Signal

Ground Data Carrier

Detect

Data Terminal Ready

Ring Indication 22

Pin 1

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Foundry AR-Series Rack-Mounted Router Installation Guide

Command Meaning

AT Starts a command string. Each new string must start wit “AT.” S0=1 Determines the answer ring number. In this case the modem will answer on the

first ring. &C0 Data Carrier Detect (DCD) is always asserted. &D0 Data Terminal Ready (DTR) is ignored. &S0 Data Set Ready (DSR) is always asserted . &K4 Flow control is set to Xon/Xoff. RTS and CTS are ignored. Q1 Sets Quiet mode. No messages from the modem. E0 Modem will not echo any characters. &W This command saves the c onfigu ration an must be the la st com mand u sed in t he

string.

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Chapter 4

Configuration

This chapter des cribes the pow er-on seq uen ce, l oggin g-in, chang ing t he de fault pas swor d, ba sic sys tem a nd us er configuration, and factory default configuration.

Applying Power

Before applying power to a Foundry system, make sure that the appropriate procedures in Chapter 1 have been completed, and that an operator console has been connected to the system.

To apply power to the system:

1. Ensure that the Foundry system is connected to a power source.

2. Press the rocker switch on the system back panel to the on position ( | ). The fans start, the LEDs cycle, and the system performs a self test. At the successful conclusion of the self-test

sequence, the Link Status LEDs turn red, and then green. The Power LED illuminates green. Other status LEDs will be in various states. This is a normal condition when the system is not configured for specific network line conditions.

NOTE: If the Power LED does not illuminate green, see Table B.8 on page B-5 for more information. The login prompt is displayed on the console screen.

Logging In

If you have not established a local or remote console connection, see “Operator Interface” on page3-11 for more information.

If you are connected to the Foundry system with a modem, verify that the modem is configured correctly. See “Remote Access” on page 3-12 for info rmation ab out modem configuration parameters.

NOTE: For Telnet access, after th ree fa ile d login attempts, t he Telnet session te rminates. You must reconnect to attempt another login. If you are accessing the Foundry system using the console port, there are no limits.

The following figure shows the login sequence and related prompts.

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Foundry AR-Series Rack-Mounted Router Installation Guide

Figure 4.1 Initial CLI Prompt

NOTE

The default host name is Foundry-model number, e.g., Foundry#.

Command Tips

Use the following command tips and shortcuts with command line interface commands.

• To display all commands, type tree.

• To access help associated with a command, type help <command name>. You may also use the ? key after any command.

• To exit back one level in the command hierarchy, type exit and press Return.

• To exit the command mode and/or return to the base CLI prompt, press the key combination Ctrl-Z.

• Type the first two letters of a command, and then press the Tab key to automatically spell out the command.

• Scroll through the available commands using the Tab key.

Configuration Tips

The following tips will help you avoid some common configuration-related problems.

HSSI and V.35 Interface

Once a Foundry system is initially configured for either HSSI or V.35, it is rare that a user would switch to the other interface. However , if this is the case, the re are things to be awa re of if you plan to switch a confi gured syste m from HSSI to V.35 or vice-versa.

When rebooting after changing mode, the system.cfg file will not execute properly. This file will stop execution when it incurs configuration settings that are regarded as invalid since the system is in th e opposite mode. Once this occurs, T1 bundles, ip routes, and other settings will not be configured.

You should be aware that this will happen and save the new configuration to an external server; or take other steps that would allow you to reconfigure the system after the reboot is completed.

Ethernet

To avoid Ethernet mismatch problems, the Foundry system and the network device to which it is attached should both be configured identically for speed and duplex. For example, if the Foundry system is configured for auto-negotiation and the far end is configured manually, the Foundry system detects the speed, but defaults to half-duplex mode. To ensure correct operation, either manually configure each device for speed and duplex settings, or configure both devices to autonegotiate.

Changing Login Parameters

The System Adminis trato r l ogi n con si sts of two componen t s: th e a cc ou nt nam e and th e p as sword. The initial login n am e i s always foundry, but you can change this to suit the needs of your facility after logging in for the first time. The default

Initial CLI Prompt

password:

username logged in on Fri May 7 05:28:01 2004 from console

Foundry CLI

company-model#

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Configuration

administrative password, foundry, should be changed as soon as possible to ensure only authorized access to the system.

For more information a bout com mand usa ge, see t he Comman d Referen ce Guid e: Dome stic Produ cts. T his guid e is available on the Foundry Product Documen tation CD-ROM that ships with each product as well as on the Foundry website.

Password

This procedure enables the system administrator or any user to change their password on a Foundry system. To change the password:

1. Access the password configuration mode.

Foundry# password

The system prompts for the current user name.

2. Type foundry, and then press Return. The system prompts for the old password.

3. Type foundry, and then press Return. The system prompts for the new password.

4. Type your new password, and then press Return. The system prompts you to verify the new password.

5. Type the new password again and then pres s Return. A message is appears confirming that the password has been changed.

Administrator Account

This procedure changes the administrator login name (Level 1 access) to a user-specified name. The system default is Foundry.

To change the account name:

1. Access the configure mode.

example:

Foundry# configure term

2. Change the account name.

example:

Foundry/configure# admin_name SAbob

This example changes the Level 1 user name to SAbob. The system displays a confirming message: Administrator account name changed to SAbob.

System Host Name

Use the configure hostname command to assign a host name to the Foundry system. Once assigned, the host name becomes the command line interface (CLI) prompt name.

To configure the host name:

1. Access the terminal configuration mode: Foundry# configure term

2. Type hostname, and then type a new host name.

3. Press Return.

example:

Foundry/configure# hostname Fremont

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Foundry AR-Series Rack-Mounted Router Installation Guide

In the above example, the new host name for the system is Fremont. The CLI prompt changes to Fremont, accordingly.

example:

Fremont/configure#

Date and Time

Date and time is set using the configure date command. You must specify the offset direction, hours, and minutes before entering the exact date and time. The number of hours and minutes is offset from (earlier than or later than) a Universal Time Coordinated clock (UTC).

NOTE: Universal Time Coordinated (UTC), the internationally recognized measure of time, is also known as Greenwich Mean Time (GMT).

To set the date and time:

1. Enter the terminal configuration mode: Foundry# configure term

2. Press Return.

3. Use the date command to enter the hours and minutes offset from UTC, followed by the current month, day, year, hour (24-hour format), minute, and second.

To enter the date and time: March 19, 2003, 2:40:35 pm, see the following example:

example:

Foundry/configure# date + 0 0 mo 3 d 19 y 2003 h 14 mi 40 s 35

NOTE: The hour, minute, and second entries are optional.

The system confirms the setting by automatically displaying the date and time. To confirm the date and time parameters, use the display date command.

Adding Users

The configure user command allows the system administrator to add up to 15 users (login ID) and assign each user an access privilege (levels 2-4). Only the System Administrator (level 1) can add, modify, or remove this information.

To add a new user:

1. Enter the terminal configuration mode: Foundry# configure term

2. Type user name, enter the name that you want to add, and th en enter th e acce ss level to be assi gned to th at name (optional).

• For non-root user: user name length: 3-38 characters

password length: 3-10 ch aracters

• For Admin user: user name length: 3-39 characters

password length: 3-10 ch aracters

example:

Foundry/configure# user name John level 2

The system prompts you to enter a new password.

1. Enter the new password. The system prompts you to re-enter the new password.

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Configuration

2. Re-enter the new password. The system confirms that the password is set and confirms the name of the added user.

You can use the display user_accounts command to view user information.

Removing Users

The no use r name com mand all ows the sy stem adm inistrato r to remov e configu red user names fr om the Fou ndry system.

To remove a user name:

1. Type no user name, followed by the user’s name.

2. Press Return.

The user name is removed from the system.

Default Configuration

For more information about command usage, see the Command Reference Guide: Domestic Products. There are three ways to restore factory default configuration settings:

• Clear the contents of the system.cfg file. Use the clear cfg_file command, and then use the reboot command to restore the factory default settings.

To save the factory default settings to the system.cfg file, execute the write mem command after rebooting the system.

NOTE: After performing either of the following two options, the system.cfg file no longer exists. Subsequently, a “file not found” error message is displayed upon rebooting the system. This message will not impact operation, and it should be ignored.

• Delete the system.cfg file. Then reboot the system to revert to the factory default settings.

• Rename the system.cfg file.

After renaming the system.cfg file, reboot the system to revert to the factory default settings. Renaming the original file enables you to revert back to the settings in this file at a later time, if desired.

The following tables show the factory default configuration for these systems.

Table 4.1: General Defaults

Parameter Default

speed auto (negotiates 10 Mbps or 100 Mbps) address uses the current address stored in non-volatile memory duplex auto (negotiates half-duplex or full-duplex)

Table 4.2: IP Routing Defaults

Parameter Default

IP routin g

disabled

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Foundry AR-Series Rack-Mounted Router Installation Guide

IP multiplexing

enabled

1, 2 IP routing and IP multiplexing are mutually exclusive of each other. Only one can be enabled at a time.

T a ble 4.3: Short Cable b3z s Defaults

Parameter Default

cable_length 1 (0-225 ft.) clock_source internal linecode b3zs framing c-bit mdl idle

Table 4.4: Long Cable b3zs Defaults

Parameter Default

cable_length 1 (1-225 ft.) clock_source internal linecode b3zs framing c-bit mdl idle scrambling disable

T a ble 4.5: Short Cable b8z s Defaults

Parameter Default

framing esf linecode b8zs clock_source internal linemode csu lbo 0 dB cable length 1 (0-133 ft.)

Table 4.2: IP Routing Defaults

Parameter Default

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Configuration

fdl ANSI and ATT unit protocol enabled yellow_alarm disable

Table 4.6: HDB3 Defaults

Parameter Default

framing crc linecode HDB3 clock_source internal linemode short_haul jitter enabled cabletype 75 ohm (unbalanced) yellow_alarm disabled

Table 4.7: Defaults for 52 Mbps

Parameter Default

crc 32 clock rate 52 Mbps tx_clock_source normal_terminal rx_clock_source normal_terminal control_signal process mode DTE data_mode normal

Table 4.8: Defaults for 8 Mbps

Parameter Default

crc 32 clock rate 8 Mbps data_mode normal flow_control off

T a ble 4.5: Short Cable b8z s Defaults

Parameter Default

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Foundry AR-Series Rack-Mounted Router Installation Guide

Boot Process

The Foundry operating system consists of two software files, R#####.Z and C#####.Z. The R#####.Z file contains Layer 2, Layer 3, CLI, and SNMP software for the motherboard processor. The C#####.Z file contains Layer 1 software for the interface card(s).

When power is appli ed to th e Foundry system, the boot RO M first ch ecks the fla sh memo ry to determ ine if an other version of the boot image is available. If another version is available, the boot image is loaded into RAM from the downloadable boot area in flash memory. The R#####.Z and C#####.Z files are then loaded into NCM RAM and IC RAM, respectively, and the system is automatically booted.

If another version of the boot image is not available, the boot image is loaded into RAM from the boot ROM. The R#####.Z and C#####.Z files are then loaded into the NCM RAM and IC RAM, respectively, and the system boots.

Figure 4.2 on page 4-8 shows the boot process sequence in a flow chart.

Figure 4.2 Boot Process Flow Chart

IC Recovery

When attempting to boot the system, if the C#####.Z file is not available in IC flash memory, the system will appear to be in a hung state.

The interface card will load C#####.Z from the motherboard (NCM) flash memory automatically. This could take up to five minutes depending on the Foundry model.

NOTE: When this happens, do not turn the system power off!

mode DTE clock_source line

Table 4.8: Defaults for 8 Mbps

Parameter Default

Turn Power On

NCM boot ROM

checks flash memory

for an available boot

image.

IC boot ROM checks

flash memory for an

available boot image.

Boot image is

loaded from

flash memory

Boot image

is loaded from boot

ROM

Load NCM.Z file

into RAM

NCM.X is

started

Reset is released to

the interface cards

Yes No

Boot image is

loaded from

flash memory

Boot image is

loaded from

boot ROM

Yes No

Is IC.Z present

on IC flash

memory?

IC.Z file is loaded

from local flash

IC.Z file is loaded

from NCM

IC.Z is started

NoYes

This could

take several minutes

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Configuration

When the system appears to be in a hung state, the interface card is loading the C#####.Z file directly into IC RAM. An attempt is th en ma de to w rite th e C# ####.Z file to IC flash fro m IC RAM to repla ce the corrup ted/mi ssing file.

If it takes a long time to load the C#####.Z file (described above), do the following after the boot process completes:

1. Verify that the C#####.Z file was copied to the IC card.

example:

Foundry# file ls IC 1

(slot number 1 or 2)

The following information is displayed: CONTENTS OF /flash:

1. Re-establish the location from which the system initiates the boot process.

example:

Foundry/configure

# bootIC LOCAL 1 (slot number 1 or 2)

Upgrading System Software

The Foundry system Command Line Interface (CLI) provides commands that allow you to upgrade a system with new software. Eve ry sys tem is fu rnished w ith so ftw are ima ge file s (R##### .Z and C #####. Z) and boo t image files (B#####.bin and C##### .bin ) for it s net wo rk c ont roll er mo dul e (N CM) an d in terfa ce card (IC ). Up grad ed version s of these files can be loaded ont o the Fou ndry sy stem, using the TFTP protoco l, from any accessib le TFTP serv er.

A full software upgrade consists of four files: R#####.Z, B#####.bin, C#####.Z, and C#####.bin. The .Z files are the operating system for the Foundry system and the .BIN files contain the downloadable boot images. Software upgrades may or may not include new boot image (.BIN) files. Refer to the release notes that accompany the software upgrade to determine which files must be upgraded. This information will dictate which of the following software upgrade procedures you should follow.

These files should be downloaded and placed on a server that is running a TFTP daemon. Issuing the file download commands moves the files to the main board (NCM) in the Foundry system. Then the C#####.Z and C#####.bin files are transferred to the interface cards (IC).

Ensure that network con nec tiv it y e xi st s be twee n th e Fo un dry sy st em bei ng upgraded and the TFTP se rver where the new files reside. Pinging the server from the Foundry system is a good method to prove connectivity.

NOTE: Foundry systems do not support two simultaneous downloads.

NOTE: Refer to the Command Reference Guide: D om est ic Products for s pec ifi c co mm an d parameters, options ,

and context.

Before Downloading the NCM File

If you must issue the file downloadNCM command, do so only when the source of the download file is currently answering a ping command and there is no immediate concern about unscheduled power outages. This situation is a cause for concern because a problem ca n arise when there is ins uffic ient RAM to hold an in termediat e copy of the downloaded NCM file. When this occurs, the NCM file can be downloaded directly into flash (at the user’s discretion, by choos ing “yes”). However, if power fails or there are network probl em s du rin g the file download, the system may not be able to boot from flash because the file may be incomplete or corrupt. If this occurs, you can boot using FTP.

size date time name

647963 JAN-28-2004 15:20:12 C#####.Z

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Foundry AR-Series Rack-Mounted Router Installation Guide

Booting From a Network TFTP Server

In the rare and unlikely situation where a software version upgrade fails, a network boot may be performed as described in the following procedure.

1. Assume that the new R08000.Z download failed when the following command was issued:

This command line is appropriate when the new upgrade R08000.Z file resides on a tftp server host with IP address 192.168.10.1, in a directory named tftpdir/8.0.

Upon a download failure (and corruption or deletion of the R08000.Z file in Flash), the router may not be able to boot.

1. Make note of which Ethernet interface (0 or 1) connects the system to the tftp server host.

2. Connect a terminal or terminal emulator to the console port of the Foundry system using the cable supplied. Configure the terminal for 9600 bps, 8 data bits, 1 stop bit, no parity, and XON/XOFF flow control.

3. Pow er cycle the router.

4. Press and hold the Enter (Return) key while the system boots (usually 10-15 seconds).

5. The following (or similar) text is output to the terminal:

6. Type c, and press the Enter key.

NOTE: At any point in this procedure, online help can be accessed by typing ? and pressing the Enter key.

7. If Ethernet 0 is connected to the tftp server host, change fl0 (flash boot) to InPci0. The following text is output to the terminal:

8. Press the Enter key.

Router# file download 192.168.10.1 tftpdir/8.0/R08000.Z

CPU: Foundry Variation: 8.3.2 RSP Version 1.1/2 Creation date Sep 8, 2003, 19:14:24

Press any key to stop auto-boot....

1 [Foundry Boot. reboot in 1 minute if CR not pressed]: [Foundry Boot]: [Foundry Boot]: . . . [Foundry Boot]:

[Foundry Boot]: c

‘_’= clear field; ‘=’ = go to previous field; ^D = quit

boot device : f10 InPci0 processor number ) 0

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Configuration

The following text is output to the terminal:

10. To keep this parameter, press the Enter key The following text is output to the terminal:

11. Enter the path-qualified file name: type /tftpdir/r4.6/R08000.Z (or whatever is consistent with the file download command in the above example) and press the Enter key.

The following text is output to the terminal:

12. Input the address for the Foundry system to use as an tftp client to the tftp host. Type 111.2.3.3:ffffff00 (or whatever is appropriate for your network configuration) and press the Enter key.

Note that the netmask is specified in hexadecimal after a colon (here a 24-bit netmask). You must be in the same subnet as the tftp host or the same subnet as the default router through which you will access the tftp host.

The following text is output to the terminal:

13. Press the Enter key. The following text is output to the terminal:

14. At this point, the tftp host address must be entered. Type 192.168.10.1 (or whatever is consistent with the downloadNCM command in the above example) and press the Enter key.

The following text is output to the terminal:

15. If a ga teway does not exist between the Foundry router and the tftp server, then this can be left blank. However, it is required if the router and the tftp server reside in different subnets. For this example you would enter 111.2.3.254.

The following text is output to the terminal:

16. Make sure to type wind. Then set the password also to wind. Press the Enter key. The following text is output to the terminal:

17. Set the flags. Type 0x8a. Press the Enter key. The following text is output to the terminal:

host name : host

file name : /flash1/R08000.Z

1net on ethernet [e] : 10.1.0.1:fff0000

1net on backplane [b] :

host 1net [h] : 10.11.12.13

gateway 1net [g] : 10.11.12.13

user [u] : wind

ftp password [pw] [blank = use rsh] : wind

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Foundry AR-Series Rack-Mounted Router Installation Guide

Set the target name. Press the Enter key. The following text is output to the terminal:

The name that you use to configure the Foundry router will become the system prompt. Ensure that the startup script parameter is blank. The “other” parameter may be blank or left as “inPci.” After entering all the parameters described above, the Foundry boot prompt, “[Foundry Boot]” is displayed.

18. Verify that the settings are correct. Press the Enter key to display the following text:

19. Type @ and press the Enter key to boot from the network.

20. Download the new images. Refer to “Upgrading System Software” on page 4-9.

Limited Upgrade

This procedure should be observed when the software upgrade only requires the system image files (R#####.Z and C#####.Z).

To upgrade the R#####.Z and C#####.Z files:

1. Download R#####.Z and C#####.Z from Foundry and place them on a server that is running a TFTP daemon.

2. Ensure that network connectivity exists between the Found ry sy ste m bei ng upg rade d and the TFTP server holding the new files. Pinging the server from the Foundry system is a good method to use to prove connectivity.

3. Both upgrade files are downloaded to the ma in (N CM ) boa rd, a nd th en the C#####.Z file is transferre d to th e interface cards (IC). The general format for the download commands is:

file downloadNCM server_ip source_file local_file file downloadIC ic_number source_file local_file server_ipThe IP address of the server holding the upgrade files. source_filePath and file name of the file to be downloaded. local_fileFile name to be used in local flash memory - either R#####.Z or C#####.Z.

flags [f] : Ox8a

target name [tn] :AR1208

[Foundry Boot]: P

boot device

: InPci unit number : 0 processor number : 0 host name : host file name :

tftpdir/8.0/R08000.Z

1net on ethernet [e] : 10.1.0.1:fff0000

host 1net [h] : 10.11.12.13 gateway 1net [g] : 111.2.3.254 user [u] : wind ftp password [pw] : ****0 flags [f] : 0x8a target name [tn] : AR1208 ether [e] : InPci

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Configuration

ic_numberInterface card number: 1 or 2. For example, a typical sequence might consist of:

• downloading all files to the NCM: file/downloadNCM 10.10.1.1 rel_233/R#####.Z R#####.Z

file/downloadNCM 10.10.1.1 rel_233/C#####.Z C#####.Z

• Next copying the interface card file to interface card 1 and/or 2: file/downloadIC 1 C#####.Z C#####.Z

file/downloadIC 2 C#####.Z C#####.Z

4. Make sure you are booting the images from flash memory and then reboot: configure/bootIC LOCAL 1

configure/bootNCM (then type “Y” to reboot)

5. After reboot, log in and verify the proper software version with the commands: display version NCM

display version IC 1 display version IC 2 (if applicable)

Full Upgrade

This procedure should be observed when the software upgrade requires all four image files. To upgrade al l four software image files:

1. Download the four upgrade files from Foundry and place them on a server that is running a TFTP daemon.

3. All of the upgrade files are downloaded to the main (NCM) board, and then the C#####.Z and C#####.bin files are transferred to the interface cards (IC). The general format for the download commands is:

• downloading all files to the NCM: file/downloadNCM 10.10.1.1 rel_233/R#####.Z R#####.Z

file/downloadNCM 10.10.1.1 rel_233/C#####.Z C#####.Z file/downloadNCM 10.10.1.1 rel_233/B#####.bin B#####.bin file/downloadNCM 10.10.1.1 rel_233/C#####.bin C#####.bin

• Next, copying the interface card files to interface card 1 and/or 2: file/downloadIC 1 C#####.Z C#####.Z

file/downloacIC 2 C#####.Z C#####.Z file/downloadIC 1 C#####.bin C#####.bin file/downloadIC 2 C#####.bin C#####.bin

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Foundry AR-Series Rack-Mounted Router Installation Guide

Foundry systems vary with regard to which interface cards are upgradable. Refer to Figure 4.2 on page 4-8 for more information.

4. One final step involves moving the .bin images to the downloadable boot area: file/cpBootNCM B#####.bin

file/cpBootIC 1 C#####.bin file/cpBootIC 2 C#####.bin (as required)

5. Make sure that you are booting the images from flash memory and then reboot: configure/bootIC LOCAL 1

configure/bootNCM (then type “Y” to reboot)

6. After reboot, log in and verify the proper software version using the following commands: display version NCM

display version IC 1 display version IC 2 (as required)

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Chapter 5

Troubleshooting

This chapter provides general troubleshooting tips in addition to network tests and diagnostics information for Foundry systems.

Alarms and System Status

All Foundry system s repo rt vari ous alarm s upo n dete cting cert ain i rregula r cond itions in th e incom ing WAN, HSSI, or V.35 signals. For more information about the command line interface and system commands, see the Command Reference Guide: Domestic Products.

NOTE: The slot and/or interface numb er is requi red fo r com ma nds displa ying information on specific interf ace s. If this information is not included when the command is issued, the system prompts for it. For more information about a command, access command help by typing help <command name> and pressing Return.

To view alarms, use one of the following commands:

• show module alarms e1 Use this command to view the current alarms for any E1 WAN link of the system.

• show module alarms t1 Use this command to view the current alarms for any T1 WAN link of the system.

• show module alarms ussi 1 Use this command to display the alarms for the USSI port.

• show module alarms t3 Use this command to view the current Clear Channel T3 port alarms.

• show module alarms ct3 Use this command to view Channelized T3 WAN alarms in progress. You can also view the alarms in

progress on each T1 channel of the T3 WAN link using this command.

Y o u can d ispla y the current co nfigura tion an d opera ting s tat us of eac h W AN link or se rial in terface port. To do this, use one of the following command s:

• show module configur ati on e1 Use this command to view the current configuration of the selected E1 WAN link, along with its line status.

• show module configurati on t1

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Foundry AR-Series Rack-Mounted Router Installation Guide

Use this command to view the current configuration of the selected T1 WAN link, along with its line status.

• show module configur ati on uss i 1 Use this command to show the USSI port configuration.

• show module configurati on t3 Use this command to view the current Clear Channel T3 port configuration status.

• show module configur ati on ct3 Use this command to view the current configuration and status of a T3 WAN link. You can also use this

command to view the configuration and status of any T1 channel on the T3 WAN link.

WAN Statistics

In addition to WAN status and alarms, the Foundry systems collect and store various types of performance statistics. This data helps you analyze the quality of a WAN link between a Foundry system and the far-end WAN equipment.

To show these statistics, use the following commands:

• show module usersta ts e1 Use this command to view user statistics gathered for the E1 WAN interface.

• show module usersta ts t1 Use this command to view user statistics gathered for the T1 WAN interface.

• show module userstats ussi 1 Use this command to display the statistics of the USSI interface.

• show module usersta ts t3 Use this command to view user statistics gathered for the Clear Channel T3 WAN interface.

• show module usersta ts ct3 Use this command to view user statistics gathered for the CT3 WAN interface.

Network Tests

If the system is not wo rking correctl y after v erifying th at the cabli ng is correct be tween the Foundry syst em and the external network equipment, run these basic tests to isolate the problem to the LAN port, WAN link, or serial interface ports.

Ping Test

The Ping test checks connectivity between the Foundry system and another host system on the LAN. If an “unknown host” error occurs after initiating this test, the destination host is either unreachable or unstable, or it does not exist. If a 100 percent packet loss error occurs, the LAN is either down or unstable.

•ping Use this command to check connectivity with another system.

E1 Tests

To isolate problems with a faulty E1 WAN link, perform line or payload loopbacks at either end of the link and perform a BERT test. These functions isolate a problem to either the Foundry system, far-end equipment, interconnect cabling at either end, or the E1 line between the two systems.

Loopback Test

To perform line and payload loopbacks at either end, use the loopback command.

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Troubleshooting

The following loopback commands are available:

• test e1 loopback inward1

• test e1 loopback inward1_an al og

• test e1 loopback inward2

• test e1 loopback line

• test e1 loopback payload

BERT Test

This command is available to initiate a bit error rate test (BERT) test on a specific E1 link.

• test e1 bert

The pattern parameter may have any of the following values:

T1 Tests

To isolate problems with a faulty T1 WAN link, perform line or payload loopbacks at either end of the link and perform a BERT test. These functions isolate a problem to either the Foundry system, far-end equipment, interconnect cabling at either end, or the T1 line between the two systems.

NOTE: If all T1 links of a AR3 201-T-CH or AR3202-T-CH sys tem experien ce the same prob lem, cont act Foundr y Technical Support.

Loopback Test

To perform line and payload loopbacks at either end, use the appropriate command. The following loopback commands are available:

• test t1 loopback

• test t3 loopback

• test ct3 loopback

Table 5.1: Network BERT Pattern Parameter Values

Pattern Description

0s A pattern of all zeros 1s A pattern of all ones 2^15 A pattern of no more than 14 cons ecutive zeros an d no more tha n 15 con secutiv e

ones

2^23 A pattern of no more than 22 cons ecutive zeros an d no more tha n 23 con secutiv e

ones

2^20 A pattern of no more than 19 cons ecutive zeros an d no more tha n 20 con secutiv e

ones 1in7 A pattern of no more than 6 consecutive zeros and a one 1in3 A pattern of no more than 2 consecutive zeros and a one QRW A qua si random wavefo rm p at tern (default)

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BERT Test

This command is used to initiate a bit error rate test. The following BERT tests commands are available to test specific T1 links or a Clear Channel T3.

• test t1 bert

• test t3 bert The pattern parameter may have any of the following values:

Serial Port Tests

For Foundry systems with a HSSI (high-speed serial interface) port, test the ports by performing a loopback at either the Foundry system or the far-end device. Then use an external test pattern generator at the non-looped end to test the link.

To activate and deactivate loopback s on a HSSI po rt, use the appropriat e command.

• test ussi hssi dce_loop Use this command to activa te DCE loop backs o n a HSSI port when the Foundry sys tem is co nfigured a s DCE

equipment.

• test ussi hssi dte_loop Use this command to activ ate DCE loopb acks on a HSSI port w hen the Found ry system is co nfigured as DTE

equipment.

E1 Monitor Port

Use the monitor po rt to analyze a E1 li nk. Th is port enables you to at t a ch an E1 test set or equival en t m oni tor/ tes t device for E1 link analysis and more extensive end-to-end testing.

To initiate a monitor port test, use the following command:

• test e1 monitor_port

The syntax for the moni tor port command is: monitor_port [txType]. The parameter txT ype may hav e either of the following values: inject (inject on Tx), or no_inject (don’t inject on Tx). The value inject is the default.

Table 5.2: T1 BERT Pattern Parameter Values

Pattern Description

0s All-zeros pattern 1s All-ones pattern 2^15 Pseudorandom pattern with no more than 14 consecutive zeros and no

more than 15 consecutive ones. Use this pattern for testing at data rates above 19.2 kbps (G.703-standard test).

2^23 Pseudorandom signal with no more than 22 consecutive zeros and no

more than 23 consecutive one s. This p attern provides the highes t stress of all BERT patterns.

QRW Quasi-random waveform pattern (default). This is pattern simulates live

data.

interval Duration for BERT test

The range is 1-1092 minutes; the default is continuous.

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Troubleshooting

T1 Monitor Port

Use the monitor port to analyze a T1 link. This port enables you to attach a T1 test set or equivalent monitor/test device for T1 link analysis and more extensive end-to-end testing.

Issue the appropriate command to test the link:

• test t1 monitor_port

• test ct3 monitor_port

Diagnostics Tips

The information in the following tables may help to isolate or resolve certain system problems.

General Symptoms

The following table provides general diagnostics information that applies to all Foundry systems.

Table 5.3: Common Symptoms and Actions

Symptom Cause Action

Power LED does not illuminate with power applied.

No power is applied.

1. Check the AC power cord connection (or DC power leads).

2. Make sure the power source is working properly.

3. Check for a blown fuse in the s ystem, a nd replace if necessary.

4. See “AC Fuse” on page C-1 for more information.

5. If the replacement AC fuse blows, cont act Foundry Technical Support.

Power LED is illuminated green, but the terminal or workstation connected to the system console port does not display a CLI command promp t or other text.

The connecting terminal or modem is faulty or not configured properly, the interface cable is faulty, or the system console port is faulty.

1. Verify that the interface cable is connected to the consol e port and that the cable is properly assembled.

2. See Table A.10 on pageA-5 for information about the console ca ble.

3. See T able A.15 on pa ge A-7 or Table A.16 on page A-8 for information about modem cables.

4. Make sure the terminal or modem is powered up and configured for 9600 bps, 8 bits, 1-stop bit, no parity, and XON/ XOFF flow control.

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Foundry AR-Series Rack-Mounted Router Installation Guide

Summary LED is red, but all othe r LEDs indicate no errors. Also, an SNMP overtemperature trap is received by the SNMP trap host.

The Foundry system shuts down after a short period of time.

The environment is too hot or a high operating temperature exist s because a syst em fan has failed or the air intake vents or exhaust vents are restricted.

1. Check the temperature at th e sy stem site. The system is designed to work with a maximum ambient air temperature of 120° F (50° C).

2. Check the air intake and exhaust vents on the front and sides of the system for restriction.

3. Use the test fan run command to determine if the system fans are working. If the fans are not working, you may need to replace the fan assembly.

4. See “Fans” on page C-3 for more information.

Ethernet Rx and Tx LEDs are not illuminated or flashing.

The Ethernet LAN is not active or the LAN cable is faulty.

1. Make sure the Ethernet LAN cable(s) are properly connected between the hub or switch and the Foundry system.

2. If you are using non-Foundry LAN cable(s), refer to Table A.11 on page A-6 to check the wiring.

3. Make sure both the Foundry system and adjacent LAN node are powered on.

Ping test fails. The Ethernet LAN

is not working, the destination host is not responding, or the LAN cable(s) are faulty.

1. Make sure the Ethernet LAN cable(s) are properly connected between the hub or switch and the Foundry system.

2. Make sure cables are properly co nne cte d between the service provider’s switch, hub, or LAN and the Foundry system.

3. If you are using non-Foundry LAN cable(s), refer to Table A.11 on page A-6 to check the wiring.

4. Verify that the LAN is properly configured at the command line. Also, check IP addresses, subnetting, and routing configurations.

5. Use the show arp command for target addresses.

6. If excessive collisions exist on the LAN, switch to a less congested LAN segment.

T1 Status LED is not illuminated.

The T1 link is not in service

Enable the T1 link with th e c onfig ure m odule

t1 enable command or the configure module ct3 enable command.

Table 5.3: Common Symptoms and Actions (Continued)

Symptom Cause Action

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Troubleshooting

T1 Status LED is red. The T1 link is

faulty. (The system has detected an abnormal incoming signal.)

If a T1 LOS (loss of signal) alarm is present:

1. Check the T1 cable connections to the system. If you are using a non-Foundry cable, see “Cable Pinouts” on page A-5 for more information.

2. If the cable is good, perform a BERT test on the T1 link.

3. If the BERT test passes, check the WAN link between the two ends with external test equipment. If the link is good, the Foundry system is faulty.

WAN Status LED is yellow.

The T1 link is faulty (far-end system has detected an abnormal incoming T1 signal).

Perform the BERT te st (an d othe r step s above from the far end) in conjunction with a T1 line loopback at the Foundry system.

WAN Status LED blinks green or yellow.

The T1 link is not properly configured at one or both ends or it is operating marginally.

1. If frame errors are present, look for a configuration mismatch between the Foundry system and the far-end system.

2. If CRC-6 errors or BPVs are present, check the T1 Line Build Out (LBO) configuration settings at both ends.

System cannot lock onto a BERT pattern from the far end.

The BERT test has failed.

Try using another BERT pattern. If t he problem continues, call your WAN service provider.

Test LED is not illuminated.

A loopback is in progress on the port, or the loopback was left in the active state.

Verify that a test is in progress on the system. If not, deactivate the loopback .

BERT error rate exceeds 1% of transmitted bits.

The T1 link is faulty or deteriorating.

1. If an all-ones or all-zeros test is in progress, check the Line Build Out (LBO) configuration.

2. If a QRW test is in progress, check for the same T1 link configuration at the far end.

DS3 FR connection comes up, but certai n packet types or sizes are dropped.

FR frame sizes are configured differently.

Configure frame si ze on e ach end to the s ame value, typically 4096 or 4470 bytes.

Table 5.3: Common Symptoms and Actions (Continued)

Symptom Cause Action

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System fails to boot, and stops at [Fou ndry Boot].

1 R#####.Z file is

non-existent or has become corrupt

2 Flash is corrupt.

1. Connect your terminal to t he C onsole port on the Foundry system.

2. Configure the modem for 9600/8/None, and no flow control.

3. Power cycle the Foundry system continuously by pressing the Enter key until you see the following prompt:

4. [Foundry Boot]

5. Type c, and press Enter.

6. The following prompts will be displayed. Type the bolded entries and press Enter.

boot device: lnPci (Lower case “L”, not

“1”.)

processor number: 0 host name: host file name: “The path and file name on

your tftp server (e.g., tftpboot/R08000.Z)”

inet on ethernet (e): x.x.x.x:ffffff00 (This

is the system’s Ethernet address:netmask.)

inet on backplane (b): Not needed. host inet (h): x.x.x.x (The ip address of

the tftp server.)

gateway inet (g): x.x.x.x (Your router’s

address- not necessary in the same subnet.)

user (u): wind (This is a required field.) ftp password (pw) (blank = use rs h): wind

(This is a required field.)

flags (f): 0x8a target (tn): Foundry startup script (s): Not needed. other (o): lnPci (This is a lowercase “L”,

not a “1”.)

7. At this point, you will be at the Foundry

prompt [Foundry Boot]. T ype @ and pres s Enter. This will boot the system from the network.

8. Once the system is booted and you have

logged in, you must format the flash by issuing the following command:

file format NCM

9. When the format is complete, follow the

upgrade procedures to finish the process.

NOTE: Remember to connect to the TFTP server that contains the R#####.Z file.

Table 5.3: Common Symptoms and Actions (Continued)

Symptom Cause Action

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Troubleshooting

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Page 63

Appendix A

Specifications

This appendix includes technical information about the operating environment, power application, interfaces, cable pinouts, MIBs, and physical cables and adapters used to connect Foundry systems.

Environment and Power

The following tables provide operating environment, power requirements, and performance specifications for Foundry systems.

Table A.1: Specifications: Power

AC Power

Frequency range 50 to 60 Hz Nominal voltage range 100 to 240 V RMS Average power

consumption

40 watts

DC Power

Voltage range – 40 to – 60 VDC (– 48 VDC nominal) Average power

consumption

40 watts

Table A.2: Specifications: Performance Monitoring

Statistics Storage

Statistics for the last 24 hours in 15-minute increments

Statistics for 24-h our increments

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Foundry AR-Series Rack-Mounted Router Installation Guide

Interface

The following tables provide specifications for T1 WAN, CT3 WAN, HSSI WAN, V.35 WAN, Clear Channel T3 WAN, and Ethernet LAN interfaces.

Reporting

G.821 performance reports Alarm history Interface statistics

Alarms

LOS (loss of signal) LOF (loss of frame) RAI (remote alarm indication) AIS (alarm indication s ignal)

Table A.3: Specifications: E1 WAN Interface

Specification Description

Receive line rate 2.048 Mbps ± 50 ppm (payload = 1.984 Mbps) Line code HDB3 Framing CRC, non-CRC (ITU G.704), and unframed Input signal DSX-1, 0 to – 24 dB Output signal build-out long-haul or short-haul Impedance 75 or 120 ohm Connectors RJ-48C Timing Internal or network Pulse density ITU G.703

Table A.4: Specifications: T1 WAN Interface

Specification Description

Receive line rate 1.544 Mbps ± 32 ppm Line code B8ZS or AMI Framing D4 or ESF

Table A.2: Specifications: Performance Monitoring

Statistics Storage

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Specifications

Interface ESF FDL AT&T TR-54016-1986

A T&T TR -54 016 -198 9

ANSI T1.403-1989 Input signal DSX-1, 0 to – 24 dB Output signal build-out 0, – 7.5 dB, – 15 dB Equalization 0 to 655 ft. (DSX-1) Impedance 100 ohm Connectors RJ-48C Timing Internal or network Pulse density AT&T TR-62411; HDLC Inversion, forced

Table A.5: Specifications: CT3 WAN Interface

Specification Description

Receive line rate 6.177 Mbps to 44.736 Mbps (selectable in 1.544 Mbps increments) Line code B3ZS Framing C-bit parity or M13 Interface 28 T1s Input signal DSX-3 or DS3 high Output signal DSX-3 Impedance 75 ohm Equalization 0 to 450 ft. (DSX-3) Connectors BNC Timing Looped or internal (selectable) Clock Internal or line

Table A.6: Specifications: HSSI Interface

Specification Description

Input signal 150 mV peak-to-peak minimum

1 V peak-to- peak maximu m Output signal Electrically balanced with NRZ encoding Impedance Transmitter: 330 ohm

Receiver: 110 ohm

Table A.4: Specifications: T1 WAN Interface (Continued)

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Foundry AR-Series Rack-Mounted Router Installation Guide

Transmission rates 44.7 Mbps Connectors 50-position Molex Timing Looped or internal (selectable) Clock Variable Standards

compliance

TIA/EIA-612

TIA/EIA-613

Table A.7: Specifications: V.35 Interface

Specification Description

Input signal 150 mV peak-to-peak minimum

1.2 V peak-to-peak maximum Output signal Electrically balanced with NRZ encoding Impedance Transmitter: 100 ohm

Receiver: 100 ohm Transmission rates 8 Mbps Connector DB-60 Timing Looped or internal Clock Variable Standards

compliance

V.35

Table A.8: Specifications: Clear Channel T3 WAN Interface

Specification Description

Receive line rate 6.177 Mbps to 44.736 Mbps Line code B3zs Framing C-bit parity or M13 Interface Single link Input signal DSX-3 or DS3 high Output signal DSX-3 Impedance 75 ohm Equalization 0-450 ft. (DSX-3) Connectors BNC

Table A.6: Specifications: HSSI Interface (Continued)

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Specifications

Cable Pinouts

The following tables provide cable pinout information for the console (RJ-45), Ethernet (RJ-45), T1(RJ-48C), and modem (DB-9 to DB-9) or (DB-25 to DB-9) cables.

Data speed 45 Mbps Timing Looped or internal (selectable) Clock Internal or line Standards

compliance

ANSI T1.404 ANSI T1.404a AT&T TR-TRS 000-499

Table A.9: Specifications: Ethernet LAN Interface

Specification Description

Data flow Full-duplex or half-duplex Connectors RJ-45 Data speed 10/100 Mbps, autonegotiating

Table A.10: Pinouts: Foundry-to-Terminal Console Cable (DB-9)

Foundry Pin

Signal Direction

Workstation/ Terminal Pin

1 data carrier

detect

<— 1

2 transmit data —> 2 3 receive data<—3 4 data terminal

ready

—> 4

5 signal ground <—> 5 6 data set ready <— 6 7 request to send —> 7 8 clear to send <— 8

Table A.8: Specifications: Clear Channel T3 WAN Interface (Continued)

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Foundry AR-Series Rack-Mounted Router Installation Guide

Table A.11: Pinouts: Ethernet Cable (RJ-45)

Foundry Pin Signal Direction LAN Signal

1TxD+—>TxD+ 2TxD–—>TxD– 3 RxD+ <— RxD+ 4not

used

not used

5not

used

not used

6 RxD– <— RxD– 7not

used

not used

8not

used

not used

Table A.12: Pinouts: E1 Network Cable (RJ-48C to RJ-48C)

RJ-48C Pin (Foundry)

Signal Description Direction RJ-48C Pin

(Telecom)

1 receive tip twisted pair 1 <— 1 2 receive ring twisted pair 1 <— 2 3 receive shield 4 transmit tip twisted pair 2 —> 4 5 transmit ring twisted pa ir 2 —> 5 6transmit shield 7 not used 8 not used

Table A.13: Pinouts: E1 Network Cable (RJ-48C to RJ-48C)

RJ-48C Pin (Foundry)

Signal Description Direction RJ-48C Pin

(Telecom)

1 receive tip twisted pair 1 <— 1 2 receive ring twisted pair 1 <— 2 3 receive shield

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Specifications

4 transmit tip twisted pair 2 —> 4 5 transmit ring twis ted pair 2 —> 5 6transmit shield 7 not used 8 not used

Table A.14: T1 Pinouts: Network Cable (RJ-48C)

Pin Signal

1 receive from network ring

(R)

2 receive from network tip

(T) 3 no connection 4 send toward network ring

(R) 5 send toward network TIP

(T) 6 not used 7 not used 8 not used

Table A.15: Pinouts: Foundry Console to Null Modem Cable (DB-9 to DB-9)

DCE Pin Signal Direction DTE Pin Signal

5 ground <—> 5 ground 3 transmit data —> 2 receive data 2 receive data <— 3 transmit data 7 request to send 1 data carrier

detect

8 clear to send 1 data carrier

detect

7 request to send

8 clear to send

4 data terminal

ready

—> 6 data set ready

Table A.13: Pinouts: E1 Network Cable (RJ-48C to RJ-48C) (Continued)

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Foundry AR-Series Rack-Mounted Router Installation Guide

6 data set ready <— 4 data terminal

ready

Table A.16: Pinouts: Foundry Console to Null Modem Cable (DB-25 to DB-9)

DCE Pin Signal Direction DTE Pin Signal

7 ground <—> 5 ground 2 transmit data —> 2 receive data 3 rec eive data <— 3 transmit data 4 request to send 1 data carrier

detect

5 clear to send 8 data c arrier

detect

7 request to send

8 clear to send

20 data terminal

ready

—> 6 data set ready

6 data set ready <— 4 data terminal

ready

Table A.17: Pinouts: HSSI Connector (DTE)

Signal +Pin -Pin Direction

ground 1 26 receive

timing

227<—

DCE available

328<—

receive data 4 29 <— loopback C 5 30 <— send timing 6 31 <— ground 7 32 DTE

available

833—>

terminal timing

934—>

loopback A 10 35 —>

Table A.15: Pinouts: Foundry Console to Null Modem Cable (DB-9 to DB-9) (Continued)

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Specifications

send data 11 36 —> loopback B 12 37 —> ground 13 38 not used 14-18 39-43 ground 19 44 not used 20-23 45-48 test mode 24 49 <— ground 25 50

Table A.18: Pinouts: HSSI Connector (DCE)

Signal +Pin -Pin Direction

ground 1 26 terminal

timing

227—>

DTE available

328—>

send data 4 29 —> loopback A 5 30 —> send timing 6 31 —> ground 7 32 DCE

available

833<—

receive timing

934<—

loopback C 10 35 <— receive data 1 1 36 <— test mode 12 37 <— ground 13 38 not used 14-18 39-43 ground 19 44 not used 20-23 45-48 loopback B 24 49 —> ground 25 50

Table A.17: Pinouts: HSSI Connector (DTE)(Continued)

Signal +Pin -Pin Direction

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Foundry AR-Series Rack-Mounted Router Installation Guide

Table A.19: Pinouts: V.35 Connector (DTE)

Pin Signal Direction

17 SD- —> 18 SD+ —> 19 SCTE- —> 20 SCTE+ —> 23 SCT- <— 24 SCT+ <— 25 SCR- <— 26 SCR+ <— 27 RD- <— 28 RD+ <— 33 RLSD <— 34 DSR <— 35 CTS <— 42 RTS —> 43 DTR —> 44 LL —> 45 ground 46 ground 48 ground 49 mode 1 50 mode 0 51 ground 52 mode DCE 53 TxC/NIL 54 RxC_TxCE 55 RxD/TxD 56 ground Unreferenced pins are not connected.

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Specifications

MIBs

Foundry systems support standar d and ente rprise MIBs. The fo llowin g tables prov ide inform ation about supported MIBs.

Table A.20: Pinouts: V.35 Connector (DCE)

Pin Signal Direction

17 RD- —> 18 RD+ —> 19 SCT- —> 20 SCT+ —> 21 SCR- —> 22 SCR+ —> 25 SCTE- <— 26 SCTE+ <— 27 SD- <— 28 SD+ <— 33 LL <— 34 DTR <— 35 RTS <— 42 CTS —> 43 DSR —> 44 RLSD —> 45 ground 46 shield ground 48 ground 49 mode 1 50 mode 0 51 ground 53 TxC/NIL 54 RxC_TxCE 55 RxD/TxD 56 ground Unreferenced pins are not connected.

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Foundry AR-Series Rack-Mounted Router Installation Guide

Table A.21: Standard MIBS

Standard MIB Description

RFC 1213 Standard MIB-II objects.

The following groups or variables are not supported for this MIB:

•egp

•at

RFC 1315 MIB objects for Frame Relay DTE interfaces.

The following SNMP SET operation variables on frDlcmiTable are not supported for this MIB:

•frDlcmiAddress

• frDlcmiAddressLen

• frDlcmiMaxSupportedVCs

• frDlcmiMulticast

RFC 1403 Defines the interoperability of using BGP as the border gateway routing

protocol and OSPF as the interior gateway routing protocol.

RFC 1406 MIB objects for DS1 interfaces.

The following Far End tables are not supported for this MIB:

• dsx1FarEndCurrentTable

• dsx1FarEndIntervalTable

• dsx1FarEndTotalTable

RFC 1407 MIB objects for DS3 interfaces.

The following Far End tables are not supported for this MIB:

• dsx3FarEndConfigTable

• dsx3FarEndCurrentTable

• dsx3FarEndIntervalTable

• dsx3FarEndTotalTable

RFC 1643 MIB objects for Ethernet-like interfaces.

The following variables are supported for this MIB:

• dot3StatsFCSErrors

• dot3StatsDeferredTransmissions

• dot3StatsFrameTooLongs

The remainder are not supported. RFC 1657 Describes MIB objects used for BGP4 routing protocol. RFC 1724 Describes MIB objects used for RIP routing protocol. RFC 1850 Describes MIB objects used for OSPF routing protocol.

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Specifications

RFC 1997 Facilitates and simplifies the control of routing information. This rfc

suggests a gro uping of d estinatio ns so tha t the rou ting deci sion can also be

based on the identity of a group. RFC 2096 Describes objects used for the display of CIDR multipath IP routes. RFC 2233 MIB objects for interface table extensions including StackTable and

ifXTable. IfStackTable shows the sub-layer relationships of interfaces.

The following groups or variables are not supported for this MIB:

• ifTestTable

• ifRcvAddressTable

In the ifXTable, all High Counters (HC)(ifHC***) variables requiring 64-bit

counters are not supported. RFC 2787 Describes MIB objects used for managing Virtual Redundancy Protocol

(VRRP) routers.

Table A.22: Foundry Enterprise MIBs

Foundry MIB Description

bundle.mib Defines objects related to bundle and link configuration. chassis.mib Defines objects related t o c ha ss is s eri al num be r a nd model number. config.mib Defines objects related to saving configurations for network and

flash.

dsx-tc.mib Defines textual conventions for DSX MIBs. This MIB should be

compiled before any other DSX MIBs. This MIB does not contain any objects that can be used for management operations.

dsx-te1.mib Defines objects for interface cards that support TE1. These include

configuration and statistics for ANSI/ATT/IETF and USER. These objects only pertain to Layer 1.

dsx-te3.mib Defines objects for interface cards that support TE3. These include

configuration and st atistics for ANSI/IETF and USER. These object s

only pertain to Layer 1. environment.mib Defines environment-related objects, e.g., temperature, fans, etc. ethernet.mib Defines objects related to configuration and statistics for Ethernet

interfaces. fr.mib Defines objects related to configuration and statistics for Frame

Relay and MFR bundles. ghdlc.mib Defines objects related to configuration and statistics for generic

HDLC bundles. hssi.mib Defines objects related to configuration and statistics for HSSI

interfaces.

Table A.21: Standard MIBS (Continued)

Standard MIB Description

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Foundry AR-Series Rack-Mounted Router Installation Guide

ip.mib Defines objects related to IP addressable interfaces and static

routes. ppp.mib Defines objects related to PPP/MLPPP bundles for configuration

and statisti cs. products.mib Defines registration objects (sysObjectID) for various Foundry

products. qos.mib Defines objects related to QoS monitoring and configuration. smi.mib Defines the top-level object assignments for the Foundry Networks

MIB tree. This MIB should be compiled before any other Foundry

MIBs are compiled. This MIB does not contain any objects that can

be used for management operations. snmp.mib Defines objects related to SNMP community and trap_host

configurations. system.mib Defines objects related to sys tem informat ion, e.g., IP addre ss, host

name, and DNS. v35.mib Defines objects related to configuration and statistics for V.35

interfaces.

Table A.22: Foundry Enterprise MIBs(Continued)

Foundry MIB Description

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Appendix B

LED States

This appendix includes descriptions of all possible states for system LEDs. The LEDs on the front panel indicate the current operational state. The Power LED is continuously illuminated

while the system is powered; the other LEDs indicate status by color or on/off state. Heavy activity at a particular port may result in constant illumination of the associated LED.

If an LED is not illuminated whe n the port is acti ve (and the cable is properly co nnecte d), then a port configu rati on or other type of problem may exist.

The following tables describe the states of the LEDs that appear on the Foundry system front panels.

Table B.1: Front Panel Summary and Power LEDs

LED Color Description

Summary Green System is operational and the software is running properly.

Red A major error is occurring, e.g., a WAN link is in an alarm state.

Power Green System is receiving power.

Yellow Single or dual DC power converter failure. Off System is not receiving power.

Table B.2: Transmission LEDs

LED Color Description

Status Yellow Loopback condition.

Green Normal operation. Red Error condition.

CA/TA (HSSI) Green CA or TA is present.

Off CA or TA is not present.

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Foundry AR-Series Rack-Mounted Router Installation Guide

DTR/DTR (V.35) Green DTR/DSR is present.

Off DTR/DSR is not present.

ST (send timing) Green Configured as DCE.

Off Configured as D TE.

SD (send data) Green,

blinking

Sending data.

Off Not sending data.

RT (receive timing)

Green Receiving timing.

Red Not receiving data.

RD (receive data) Green,

blinking

Receiving data.

Red Not receiving data. HSSI Green USSI port is configured for HSSI operation. V.35 Green USSI port is configured for V.35 operation.

Table B.3: Front Panel Ethernet LEDs

LED Color State

Ethernet Tx Green Port is sending packets.

Off Port is not sending packets.

Ethernet Rx Green Port is receiving packets.

Off Port is not receiving a packet.

Ethernet C ol Yellow Data collisions are occurring on the port.

Off No data collisions are detected on the port.

Ethernet Link Yellow The link is up.

Off The link is down.

Ethernet HS Green Port is running in 100 Mbps mode.

Off Port is running in 10 Mbps mode.

Ethernet DUP

Green Port is running in full-duplex mode.

Off Port is running in half-duplex mode.

Table B.2: Transmission LEDs

LED Color Description

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LED States

Table B.4: LEDs: E1 WAN Status

LED Color State

Status Red One or more ports are detecting any of the following alarms:

 LOS  LOF  AIS  RAI

Yellow One or more ports are performing an out-of-service test. Green All ports are operational (in service). Off All ports are disabled (out of service). Solid green

with blinking red or solid yellow with blinking red

 Same as the condit ion f or gre en or yellow, but one or more of the following

incoming signal errors is detected on a link:

Framing error CRC-4 errors (in CRC mode) Line code violation

Page 80

Foundry AR-Series Rack-Mounted Router Installation Guide

Table B.5: LEDs: T1 WAN Status

LED Color State

Status Red One or more ports are detecting any of the following alarms:

 LOS  LOF  AIS  RAI

Yellow One or more ports are performing an out-of-service test. Green All ports are operational (in service). Off All ports are disabled (out of service). Solid green

with blinking red or solid yellow with blinking red

 Same as the condition for green or yellow, but one or more of the

following incoming signal errors is detected on a link:

 Framing error  CRC-6 errors (in ESF mode)  Line code violation

Table B.6:

LED Color State

Test Yellow An out-of-service test is in progress.

Off No tests are in progress.

Error Red, blinking Line code violations (LCVs) or parity errors are detected.

Off No code violations or parity errors are detected.

AIS Red An alarm indication s ig nal (AIS) is de tec ted in the incoming DS3

signal.

Off No AIS is detected.

Signal Green Carrier is being received on the DS3 port.

Red No carrier is being received on the DS3 port.

Yellow Red A yellow alarm is detected.

Off No yellow alarm is detected.

Frame Green Frame synchronization is being maintained on the DS3 port.

Red, blinking Frame synchronization is being maintained on the DS3 port, but

framing errors are detected.

Red Frame loss condition.

Page 81

LED States

Table B.7: LEDs: Channelized CT3 Status

LED Color State

Test Y e llo w An out-of-service test is in progres s.

Off No tests are in progress.

Error Red, blinking Line code violations or parity errors are detected in the incoming

T3 signal.

Off No code violations or parity errors are detected.

AIS Red An alarm indication signal (AIS) is detected in the incoming T3

signal.

Off No AIS is detected.

Signal Green The incoming T3 signal is present.

Red The incoming T3 signal is lost.

Yellow Red A yellow alarm is detected from the far end.

Off No yellow alarm is detected.

Frame Green The system is framed up on the incoming T3 signal.

Red, blinking Frame synchronization is present on the T3 link, but framing

errors are detected.

Red Frame loss condition.

Table B.8: Link Status LEDs

Color State Comment

Green The link or channel is active and

receiving a valid signal.

Each Link Status LED is associated with a T1 link on the interface card (IC) of a Foundry AR1208 series, AR1216 system, or with a T1 channel of the WAN link of a AR3201-T-CL, AR3201T-CH, or AR3202-T-CH system. These LEDs show varying colors to indicate various conditions.

Off The link or channel is not

provisioned for service.

Red The system is detecting an

incoming Loss of Signal, Loss of Frame, Yellow Alarm, or Alarm Indication Signal (AIS) condition on the link or channel.

Yellow The link or channel is undergoing a

test that has placed it out of service.

Page 82

Foundry AR-Series Rack-Mounted Router Installation Guide

Page 83

Appendix C

Maintenance

This appendix describes how to replace fuses and service cooling system components.

NOTE: Internal components are not customer-serviceable. For system issues associated with the circuit board or power supply, contact Foundry Technical Support.

AC Fuse

This section describes how to remove the AC fuse module to replace the fuse. The AC fuse module is a removable unit containing a North American fuse clamp.

NOTE: The DC fuse is not customer serviceable. Contact Foundry Technical Support

Figure C.1 Back Panel: AC Fuse Location

To replace th e AC fuse:

1. Turn the system power off.

2. Unplug the AC power cord from the power source and then remove the power cord from the AC power module socket on the back panel.

For steps 3 and 4, refer to the following figure.

SUMMARY

POWER

ESD GND

1234567

SEE PRODUCT MANUAL

40 - 60V , 3.0A

CAUTION: TO PROTECT AGAINST RISK OF ELECTRICAL SHOCK, DISCONNECT BOTH AC POWER CORD AND DC WIRING BEFORE SERVICING.

100-240V , 2.5A, 50-60Hz

AUX. PORT

FUSE: T3A, 250V SLOW BLOW

CAUTION: TO PROTECT AGAINST RISK OF FIRE, REPLACE WITH THE SAME TYPE AND RATING OF FUSE ONLY.

5 - 7 in-lbs

0.57 - 0.79 N-m TORQUE

1 - 48B RTN 2 - 48B 3 - 48A RTN 4 - 48A 5 6 - ALARM CONTACT 7 - ALARM COMMON

FOR CENTRALIZED DC POWER, INSTALL ONLY IN RESTRICTED ACCESS AREAS

AC Fuse Module

AC Power Module Housing

Page 84

Foundry AR-Series Rack-Mounted Router Installation Guide

Figure C.2 AC Fuse Access

3. Place the tip of a small screwdriver along the left side of the AC socket and behind the fuse holder.

4. Gently force the fuse holder out of the plastic AC power module housing.

5. Pull the fuse straight out of the fuse holder and replace it with a T3.15 A fuse.

6. Push the fuse holder into the AC power module until the face plate is flush with the AC power module housing.

7. Insert the AC power cord in the AC power module s ocket, pl ug the oth er end of the cord i nto an AC pow er so urce, tur n the power on, and remove the wrist strap and the banana connector.

The system is operational and ready for service.

Servicing the Cooling System

The cooling system o f the Fou ndry c onsist s of tw o plu g-in fan s that dr aw air thro ugh a fil ter ass embl y. Inspect the filter on a regular basis and replace the filter media when it is visibly compromised.

You may need to examine the cooling system when any one or all of the following conditions occur:

• The fan(s) have stopped working

• The SNMP manager reports a temperature alarm

• The Summary LED is red

• The event log reports problems with the fans

• The unit operates normally for a short time, then shuts down

Fan Filter

The fan filter may become clogged regardless of the cleanliness of the facility. When this happens, the airflow through the enclosure will be reduced and overheating may occur if left uncorrected.

Replacing Filters

This section describes how to replace the fan filters on Foundry systems.

NOTE: You do not need to turn the system power off to examine or to replace the fan filter.

CAUTION: When removing and re-inserti ng the fan filt er ass em bl y, be careful not to damage the copper colore d sp ring s

that are attached to the filter assembly. If the copper springs are missing or damaged, contact Foundry Technical Support.

Fuse

Spare Fuse

AC Power Module Housing

Page 85

Maintenance

Figure C.3 Access to Fan Assembly

To replace the fan filter:

1. Issue the test fan no run 1 and test fan no run 2 commands to disable the fans.

example:

Foundry# test

Foundry/test# fan

Foundry/test/fan# no run 1

1. Attach an ESD-preventa tiv e wri st stra p to y our wrist and insert the banana plug in the ESD s t a tic gro und connector on

the system.

2. Lo osen the thumb screws l ocated at the left and right sides of the fan filter assembly on the system and remove the

filter assembly.

3. Remove the six screws securing the filter frame to the assembly.

4. Remove the filter frame and old filter media, and then fit the new filter media in the frame.

NOTE: A torn, mutilated, or visibly dirty filter must be replaced.

5. Reattach the filter frame with the screws and insert the filter assembly into the system.

6. Gently tighten the thumb screws and then remove the wrist strap and banana plug.

7. Issue the test fan run 1 and test fan run 2 commands to restart the fans.

8. Verify that both fans are operational by issuing the test fan status command.

The fan unit is ready for service.

Fans

This section describes how to access, service, and replace the two plug-in fan units. Fans, which are located beneath the fan filter assembly, are mounted on flat, rectangular sheet metal brackets.

The reporting of a fan failure by the SNMP manager may require you to replace one or both fan units.

NOTE: You do not need to turn the system power off to examine or to replace fans. To replace a fan unit:

1. Attach the ESD-preventati ve wris t strap to you r wris t and insert the ba nana p lug in the ESD s tat ic grou nd co nnecto r on

the system.

2. Refer to the following figure. Loosen the two thumb screws on the front panel that secure the vent cover and filter

assembly.

3. Remove the vent cover and filter assembly by pulling it straight out from the front of the system.

7030

Link Status Ethernet 0 Ethernet 1 Console Unit

12345678

910111213141516

17 18 19 20 21 22 23 24

25 26 27 28

ESD Gnd

DupHSLink

ColRXTX

Power

Summary

DupHSLink

ColRXTX

Channelized T3 WANDS3

Frame

Yellow

Signal

AIS

Error

Test

Mon.TXRX

Status

Clear Channel T3 WANDS3

Frame

Yellow

Signal

AIS

Error

Test

TXRX

Status

humb Screw Thumb Screw

Fan Filter Assembly

Page 86

Foundry AR-Series Rack-Mounted Router Installation Guide

Figure C.4 Replacing a Fan Unit

The fan assembly consists of a fan mounted on a flat, rectangular piece of sheet metal.

1. Lift the fan assembly to enable you to grasp the sheet metal, and then remove the fan assembly from the front of the system as shown above.

2. Insert the new fan assembly, ensuring that it fits flush against the surface.

Thumb Screw

NOTE: Vent cover and filter assembly are not shown in this drawing

Thumb Screw

Top Cover

Front Panel

Fan Units

Page 87

Appendix D

Accessories

This appendix provides information about cables that can be ordered from Foundry Sales.

Accessories

The following table provides model numbers and descriptions for orderable parts for Foundry systems.

Table D.1: Accessories

Item Number Description

AR-PWR-SDC Single DC Dual Feed power supply -- in lieu of AC power supply as

described in the system SKU.

AR-PWR-DDC Dual DC Dual Feed power supply -- in lieu of AC power supply as

described in the system SKU.

AR-PWR-DAC Dual AC Power Supply -- In lieu of AC power supply as described in the

system SKU. AR-PWR-DAC-F External Dual AC Redundant Power System for field upgrade only. AR-1202-4-PWR-AC Spare AR1202 or AR1204 AC power supply. AR-PWR-ACE Single AC Power Supply for 1208,1216,3201 and 3202 for European

Countries (See Country list in Notes section). AR-CBL-T1S-10 Single, 10-foot T1 (3 meter), shielded, male/male, 8-conductor, straight-

through cable with RJ-48C connectors. AR-CBL-ETS-10 Single, 10-foot (3 meter), Cat 5 Shielded Twisted Pair Ethernet cable with

RJ-45 connectors at both ends. AR-CBL-E1D-10 Single, 16.4-foot (5 meter), shielded E1 network cable with RJ48C/DB-15

connectors. AR-CBL-E1N-10 Single, 16.4-foot (5 meter), shielded E1 null modem network cable with

RJ48C/DB-15 connectors. AR-CBL-E1T-10 Single, 16.4-foot (5 meter), shielded E1 network cable with RJ-48C/dual

coaxial connectors (Twinax).

Page 88

Foundry AR-Series Rack-Mounted Router Installation Guide

AR-CBL-E1B-10 Single, 16.4-foot (5 meter), shielded E1 network cable with RJ48C/dual

BNC connectors. AR-PCUSA Single, 6-foot (2.5 meter) AC power cord for U.S., Canada and Taiwan. AR-PCUK Single, 6-foot (2.5 meter) AC power cord for UK and Hong Kong. AR-PCEURO Single, 6-foot (2.5 meter) AC power cord for Europe and S.Korea. AR-PCITALY Single, 6-foot (2.5 meter) AC power cord for Italy. AR-PCCHINA Single, 6-foot (2.5 meter) AC power cord for China. AR-PCINDIA Single, 6-foot (2.5 meter) AC power cord for India. AR-PCAUS Single, 6-foot (2.5 meter) AC power cord for Australia/New Zealand. AR-PCJAPAN Single, 6-foot (2.5 meter) AC power cord for Japan. AR-CBL-0T3-10 Pair, 10-foot (3 meter) T3/CT3, RG-59 coaxial, 75 ohm cables with BNC

connectors. AR-RACK-KIT-19 19" rack mount kit for 1208, 1216, 320x platforms. AR-RACK-KIT-23 23" rack mount kit for 1208, 1216, 320x platforms. AR-1202-4-WMK Wall mount kit for AR1202 and AR1204. AR-1202-4-RMK Dual rack mount kit for AR1202 and AR1204 for mounting up to two 120x

units in a 19 inch equipment rack (requires 1 rack unit of vertical spacing).

Table D.1: Accessories (Continued)

Item Number Description

Page 89

Appendix E

Compliance and Standards

This appendix includes information about regulatory compliance, FCC, and industry Canada compliance.

Compliance

The following table provides compliance information about these systems.

Table E.1: System Compliance Informati on

Safety

CB Report to IEC 60950:2000

EMC

EN 55022:1998

EN 55024:1998

CISPR 22

Telecom

CTR12

CTR13

Table E.2: General Compliance Rating

General

NEBS Level 3 VCCI Class A ITE (Japan)

Safety

UL 60950:2000/CAN CSA 22.2 No. 60950 UL listing to UL1950

Page 90

Foundry AR-Series Rack-Mounted Router Installation Guide

FCC Conformance

This section provides information about conformance with FCC rules.

FCC Part 15

Foundry products comply with FCC Part 15 (also known as CFR42, Chapter 2, Part 15) of the Federal Communications Commission (FCC) rules concerning radio frequency emissions for Class A computing devices. The following section is required by the FCC.

CAUTION: In accordance with FCC Part 15, Section 15.21, changes or modifications made by the buyer that are not expressly approved by Foundry, could void the buyer’s authority to operate this equipment.

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC rul es. These limit s are de signed to provide reasona ble protec tion agai nst harmful interferen ce when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case the user will be required to correct the interference at his own expense.

Y ou ca n determin e whethe r your equi pment is cau sing interfere nce by turn ing it of f. If the in terferen ce stop s, it was probably caused by the Foundry equipment. If the equipment causes interference to radio or television reception, try to correct the interference by using one or more of the following measures:

• Turn the television or radio antenna until the interference stops

• Move the equipment to one side or the other of the television or radio

• Move the equipment farther away from the television or radio

FCC Part 68

This equipment complies with Part 68 of the FCC rules. The FCC Part 68 label is located on the bottom chassis panel. This label contains the FCC Registration Number and Ringer Equivalence Number (REN) for this equipment. If requested, this information must be provided to your telephone company.

Connection to the telephone network should be made by using standard modular telephone jacks, type RJ-48C. The RJ-48C plug and/or jacks used must comply with the FCC Part 68 rules.

EMC

FCC Class A digital devic e

Telecom

FCC Part 68 (except the AR3201-T-CL, AR3202-T-CL, AR3201-T-CH ,and AR3202-T-CH systems)

CS-03

Table E.3: FCC Part 68 Requirements

MFRs Port Identifier

Facilities Interface Code

Service Order Code

Network Connectors

T1: lines 1-4 04DU9-1SN

04DU9-1ZN

6.0N RJ-48C

Table E.2: General Compliance Rating

Page 91

Compliance and S tandards

Incidence of Harm

If your telephone equipment causes harm to the telephone network, the telephone company will notify you in advance that temporary discontinuance of service may be required. But if advance notice is not practical, the telephone company will notify you as soon as possible. Also, you will be advised of your right to file a complaint with the FCC if you believe it is necessary.

Rights of the Telephone Company

Your telephone company may make changes in its facilities, equipment, operations, or procedures that could affect the prope r func ti oni ng o f yo ur eq uip me nt. I f they do , yo u w il l be noti fie d in adv an ce i n order for you to make necessary modification to maintain uninterrupted service.

Industry Canada

This equipment meets the applicable Industry Canada Terminal Equipment Technical Specifications. This is confirmed by the registration number. The abbreviation, IC, before the registration number signifies that registration was performed based on a Declaration of conformity indicating that Industry Canada technical specifications were met. It does not imply that Industry Canada approved the equipment.

The Ringer Equivalence Number (REN) for this terminal equipment is 0. The REN assigned to each terminal equipment provides an indication of the maximum number of terminals allowed to be connected to a telephone interface. the termination on an interface may consist of any combination of devices subject only to the requirement that the sum of the Ringer Equivalence Numbers of all the devices does not exceed five.

VCCI Class A ITE

As per the Voluntary Control Council (VCC) for Interference by Information Technology Equipment (VCCI), the Foundry systems comply with VCCI Class A ITE. This equipment is in the Class A category (information equipment to be used in commercial and/or industrial areas) and conforms to the standards set by the VCC for Interference by Information Technology Equipment aimed at preventing radio interference in commercial and/or industrial areas. Consequently, when used in a residential area or in an adjacent area thereto, radio interference may be caused to radios and TV receivers, etc. Read the instructions for correct handling.

T1: lines 1-8 04DU9-1SN

04DU9-1ZN

6.0N RJ-48C

T1: lines 1-16 04DU9-1SN

04DU9-1ZN

6.0N RJ-48C

Table E.3: FCC Part 68 Requirements

MFRs Port Identifier

Facilities Interface Code

Service Order Code

Network Connectors

Page 92

Foundry AR-Series Rack-Mounted Router Installation Guide

Page 93

Index

power

3-2, 3-7

power kit

3-7

power switch

2-3, 2-9

power, dual

3-7

receptacle

2-3, 2-9, 3-7

access, dial-up

3-12

account name, changing

4-3

adapter

cable 3-11–3-12

adding users

4-4

alarms

5-1

AR1208-E

2-2

AR1216 -T

2-6

AR1216-E

2-7

AR3201-T-CL

2-3

AR3202-T-CH

2-10

AR3202-T-CL

2-4

Audience

1-1

B#####.bin file 4-9–4-14 B#####.Z file

4-14

back panel

2-3, 2-5, 2-11

BERT test

5-3, 5-4, 5-7

bin files

4-9–4-14

block, terminal

2-9, 3-6–3-8

boot image, upgrading

4-9

boot process

4-8

C#####.bin file 4-8 cable

adapter 3-11–3-12 other required

3-3

pinouts, Ethernet

6-6

pinouts, T1

6-7

changing

account name

4-3

password

4-2, 4-3

chassis ground

2-8, 2-9

Clear Channel

DS3 3-10 specifications

6-4

commands

5-1–5-4

compliance

10-1

configuration, restoring defaults

4-5

configuring

adding users 4-4 date and time

4-4

host name

4-3

removing users

4-5

Connecting a modem

3-13

connectors

CT3 2-10 DB-9

2-9

DS3

3-10

ground

2-3, 2-6, 2-8, 2-9, 2-11

RJ-11

3-12

RJ-45

3-9, 3-11

RJ-48C

2-8

console

cable

3-12

local

3-11

remote

3-12

to modem cable pinouts

6-7

contents, shipping carton

3-3

conventions

manual

1-1

cooling

fan 8-3 system

8-2

CT3

LED 7-5 WAN

3-10

WAN interface

3-10

Page 94

Foundry AR-Series Rack-Mounted Router Installation Guide

WAN specifications

6-3

date and time 4-4 DB-25 to DB-9

6-8

DB-25 to DB-9 pinout

3-13

DB-9 to DB-9

6-7

DC power

3-6

default

account name

4-3

configuration

4-5

password

4-2

restoring default configuration

4-5

deleting users

4-5

diagnostics tips

5-5

dial-out port

2-6, 2-12

dial-up access

3-12

downloadIC command

4-12

downloadNCM

4-9

DS3

Clear Channel 3-10 Clear Channel WAN specifications

6-4

dual AC power

3-7

dual AC power kit

3-7

cable pinouts

6-6

WAN LED

7-3

WAN specifications

6-2

Email Access

1-5

enterprise mibs

6-13

environment

3-1

Ethernet

3-9

cable pinouts

6-6

LAN specifications

6-5

LED

5-6

ports

2-8

fan

filter

8-2

system

8-3

file

B#####.bin 4-9–4-13 R#####.Z

4-8–4-13

file downloadIC command

4-12

file downloadNCM command

4-9

getting help 1-5 ground

chassis 2-3, 2-8, 2-9 ESD

2-8

help

getting

1-5

high temperature

5-6

host name

4-3

HSSI

tests 5-4 WAN specifications

6-3

images, upgrading 4-9 installation

preparing for

3-1

rack mounting

3-4

required items

3-3

surface mounting

3-4

interface

CT3 WAN 3-10 CT3 WAN specifications

6-3

DS3 Clear Channel

3-10

DS3 Clear Channel WAN

6-4

E1 WAN specifications

6-2

Ethernet LAN specifications

6-5

HSSI WAN specifications

6-3

LAN

3-9

operator

3-11

T1 WAN

3-9

T1 WAN specifications

6-2

V.35

6-4

Introduction

1-1

LAN

interface

3-9

LED

CT3

7-5

E1 WAN

7-3

Ethernet

5-6

HSSI

7-2

Link Status

7-5

Power

5-5

Summary

5-6

T1 WAN

7-4

V.35

7-2

Link Status LED

7-5

local console

3-11

location

chassis ground

2-3, 2-9

console port

2-8

CT3 ports

2-10

E1 ports

2-2–2-8

ESD ground

2-3, 2-9

fan

8-3

filter, fan

8-2

fuse

2-9

monitor port

2-2–2-8

power switch

2-3, 2-9

terminal block

2-3, 2-9

4-1

failed

3-13

Page 95

loopback test

5-3, 5-4, 5-7

management

remote

3-12

MIBs

enterprise

6-13

standard

6-12

modem

cable pinouts

6-7

configuration

3-12

connecting to a

3-13

monitor port, tests

5-4

mounting

rack mounting 3-4 surface mounting

3-4

NEBs 3-1 network

cables

3-3

tests

5-2

nomenclature

1-1

operating system, upgrading 4-9 operator interface

3-11

over temperature

5-6

Part 68, FCC compliance 10-2 password, changing

4-2, 4-3

ping test

5-2, 5-6

pinout

DB-25 to DB-9 3-13

pinouts

Black Box to console (RJ-45)

6-5

console to null modem (DB-9) to DB-9)

6-7

Ethernet cable

6-6

HSSI DCE

6-9

HSSI DTE

6-8

network cable (RJ-48C to RJ-48C)

6-6

RJ-45 console cable

6-5

RJ-48C T1 cable

6-7

V.35 DCE

6-11

V.35 DTE

6-10

plug-in fan

8-3

port

Console

2-9

CT3

2-10

CT3/DS3

2-4

Ethernet

2-2, 4-5

Monitor

5-4

Test

2-2, 2-8

Test Monitor

2-7

power

AC 3-2, 3-7 DC

3-6

LED 5-5 specifications

6-1–6-4

system

3-6

power kit, dual AC

3-7

product packaging

3-3

R#####.Z 4-8 rack mounting

3-4

Related Publication

1-2

remote console

3-12

removing users

4-5

replacing

fan 8-3 filter

8-2

servicing, cooling system 8-2 shipped items

3-3

site preparation

3-1

software upgrade

4-9

statistics, WAN

5-2

Status LED, system

5-1

Summary LED

5-6

surface mounting

3-4

system

alarms

5-1

back panel

2-6, 2-11, 3-11

fans

8-2

filter, fan

8-2

status

5-1

system administrator, changing account name

4-3

system.cfg

4-5

cable pinouts

6-7

WAN interface

3-9

WAN LED

7-4

WAN specifications

6-2

Telco standards

10-1

telephone Access

1-5

Telnet

3-13

temperature, high

5-6

terminal block

2-9, 3-6–3-8

test

BERT

5-3, 5-4, 5-7

fan, command

5-6

HSSI

5-4

loopback

5-3, 5-4

monitor port

5-4

network

5-2

ping

5-2, 5-6

Page 96

Foundry AR-Series Rack-Mounted Router Installation Guide

tips, diagnostics

5-5

tools, installation

3-3

unit, fan 8-3 upgrade, software

4-9

users

adding 4-4 removing

4-5

WAN

CT3

3-10

statistics

5-2

3-9

Web access

1-5

wiring

3-7

alarm

3-8

3-6

Foundry Networks AR-Series Installation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual