Comtech-ef-data CRS-500 Manuel d'utilisateur

IMPORTANT NOTE: The information contained in this document supersedes all previously published information regarding this product. Product specific

CRS-500 1:N Redundancy System Revision 2 Table of Contents MN-CRS500 vi CHAPTER 5. UPDATING FIRMWARE ...

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–44 Notes:

5–1 Chapter 5. UPDATING FIRMWARE 5.1 Updating Firmware via the Internet TO ENSURE OPTIMAL PERFORMANCE, IT IS IMPORTANT TO OPERATE THE CRS-500 WITH I

CRS-500 1:N Redundancy System Revision 2 Updating Firmware MN-CRS500 5–2 (Top) Standard CRS-541 AC Module (Bottom) Optional CRS-551 DC Module • A

CRS-500 1:N Redundancy System Revision 2 Updating Firmware MN-CRS500 5–3 See Chapter 7. CSU FRONT PANEL OPERATION for more information. • Via the

CRS-500 1:N Redundancy System Revision 2 Updating Firmware MN-CRS500 5–4 B. Use Windows Explorer to create and rename the temporary folder. • Se

CRS-500 1:N Redundancy System Revision 2 Updating Firmware MN-CRS500 5–5 o Alternately, from [Start], select All Programs > Accessories > Co

CRS-500 1:N Redundancy System Revision 2 Updating Firmware MN-CRS500 5–6 • About File Archive Formats: Comtech EF Data provides its downloadable fil

CRS-500 1:N Redundancy System Revision 2 Updating Firmware MN-CRS500 5–7  CRS-500 Switch Controller for CDM-XXX #.#.# Release Note.pdf – the Firmw

CRS-500 1:N Redundancy System Revision 2 Updating Firmware MN-CRS500 5–8 B. Once the Management IP Address is known – use Command-line to PI

CRS-500 1:N Redundancy System Revision 2 Updating Firmware MN-CRS500 5–9 Once the transfer has completed (i.e., 100%), the “Firmware Application Pro

CRS-500 1:N Redundancy System Revision 2 Table of Contents MN-CRS500 vii 7.2.2.1.3 CONFIG: IP ...

CRS-500 1:N Redundancy System Revision 2 Updating Firmware MN-CRS500 5–10 During this time you may click [click to cancel] to abort the process.

6–1 Chapter 6. CONFIGURING MODEMS FOR 1:N REDUNDANCY 6.1 Overview 1. This chapter provides the information needed to configure modems for operat

CRS-500 1:N Redundancy System Revision 2 Configuring Modems for 1:N Redundancy MN-CRS500 6–2 6.2 Modem Firmware Requirements As noted previously,

CRS-500 1:N Redundancy System Revision 2 Configuring Modems for 1:N Redundancy MN-CRS500 6–3 6.4 Configuring Modem Operation Refer to the applic

CRS-500 1:N Redundancy System Revision 2 Configuring Modems for 1:N Redundancy MN-CRS500 6–4 E. Enable Packet Processor Redundancy mode for eac

CRS-500 1:N Redundancy System Revision 2 Configuring Modems for 1:N Redundancy MN-CRS500 6–5 6.6 Completing Modem Configuration As outlined in C

CRS-500 1:N Redundancy System Revision 2 Configuring Modems for 1:N Redundancy MN-CRS500 6–6 Notes:

7–1 Chapter 7.

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–2 7.1.1 Vacuum Fluorescent Display (VFD) Comtech CRS-500 Switch

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–3 7.1.2 6-Button Keypad The keypad on the front panel contains six

CRS-500 1:N Redundancy System Revision 2 Table of Contents MN-CRS500 viii 8.4 Telnet Interface ...

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–4 7.1.3 LED Indicators Depending on the user application, most of t

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–5 7.1.3.2 Traffic Modem Status LED Indicators These sets of four f

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–6 7.1.3.3 Redundant Modem Status LED Indicators These four front pan

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–7 7.2 CRS-500 Front Panel Menus 7.2.1 CRS-500 Menu Structure Figure

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–8 7.2.2 Main SELECT (Top-Level) Menu SELECT: Config Info Stat

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–9 7.2.2.1.1 CONFIG: Op-Mode (Operational Mode) Operational Mode: M

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–10 7.2.2.1.2 CONFIG: Manual Manually Configure: RM1 Select w

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–11 1. Only the first 20 characters on the bottom line of each commu

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–12 7.2.2.1.3.3 CONFIG: IP  Mgt-IP (Management IP Address) Managem

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–13 This setting does not affect the internal communications between

CRS-500 1:N Redundancy System Revision 2 Table of Contents MN-CRS500 ix 9.5.3 Unit Parameters Command and Queries ...

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–14 not a priority link – if the priority link now fails, the link wil

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–15 CONFIG: Options  Alarm-Mask  Modem-Alarms Modem Alarm Mask:

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–16 INFO: S/N Name Setup MAC Remote Mask IF-Sw Use the ◄ ► a

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–17 Alarms Masked: Tx PSU-B All-Audio This screen displa

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–18 • If the second power supply module is not needed, you can mask

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–19 7.2.2.3.2.1 STATUS: Events  View 001: 26/01/00 10:37:32 FT-06

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–20 7.2.2.4 SELECT: UTILITY UTIL: Clock Display Name Firmware

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–21 7.2.2.4.3.1 UTIL: Firmware  Info Firmware Info: Boot Bulk

CRS-500 1:N Redundancy System Revision 2 CSU Front Panel Operation MN-CRS500 7–22 Notes:

8–1 Chapter 8. ETHERNET-BASED REMOTE PRODUCT MANAGEMENT 8.1 Overview Ethernet-based remote product management of the ‘parent/host’ CRS-500 1:N Redun

CRS-500 1:N Redundancy System Revision 2 Table of Contents MN-CRS500 x C.2.1.2 CRS-500 Addressing Scheme Examples ...

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–2 8.2 Ethernet Management Interface Protocols The us

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–3 8.3.2 SNMP Community Strings In SNMP v1/v2c, the

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–4 8.4 Telnet Interface The CRS-500 provides a Telnet

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–5 In order to view the full response messages, use of

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–6 8.5 Web Server (HTTP) Interface A user-supplied We

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–7 8.5.2 Web Server Interface – Operational Features

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–8 • Refresh the page with current data. • Reset ch

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–9 8.5.3 Web Server Interface – Web Page Descriptions

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–10 8.5.3.2 Config (Configuration) pages Select the R

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–11 Redundancy Parameters Chapter 7. CSU FRONT PANEL

CRS-500 1:N Redundancy System Revision 2 Table of Contents MN-CRS500 xi Figure 3-2. CRS-500 System Arrangements ...

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–12 Alarm Masks Chapter 7. CSU FRONT PANEL OPERATION

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–13 8.5.3.2.2 Config | Modem The appearance of this

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–14 With 1:N as the selected Capacity, (Traffic Mode

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–15 8.5.3.2.3 Config | Remote Management Use this pag

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–16 8.5.3.3 Status pages Select the Monitor or Event

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–17 8.5.3.3.2 Status | Event Log Chapter 7. CSU FRO

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–18 8.5.3.4 Utility pages Select the Info, Boot Slot,

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–19 • Unit Date (dd/mm/yy) – Enter a date using th

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–20 8.5.3.4.2 Utility | Boot Slot Chapter 5. UPDATIN

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–21 8.5.3.4.3 Utility | Upload Chapter 5. UPDATING F

CRS-500 1:N Redundancy System Revision 2 Table of Contents MN-CRS500 xii Figure A-6. Ethernet Data Cable (CEFD P/N PP/CAT5FF7FTGY) ...

CRS-500 1:N Redundancy System Revision 2 Ethernet-Based Remote Product Management MN-CRS500 8–22 Notes:

9–1 Chapter 9. SERIAL-BASED REMOTE PRODUCT MANAGEMENT 9.1 Introduction The serial remote product management interface is an electrical interface that

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–2 o The CRS-500 Management IP Address has been noted u

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–3 9.3 EIA-232 This is a much simpler configuration in

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–4 • Status queries (no commands) are fast, (typically

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–5 9.4.2 Packet Structure Controller-to-Target Start of

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–6 9.4.2.2 Target Address While up to 9,999 devices can

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–7 9.4.2.4 Instruction Code This is a three-character al

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–8 Symbol Definition ? (ASCII code 63) The ? code is only

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–9 9.5 Remote Commands and Queries 9.5.1 Table Indexes

xiii PREFACE About this Manual This manual provides installation and operation information for the Comtech EF Data CRS-500 1:N Redundancy System.

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–10 In the tables that follow, the following codes are us

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–11 Parameter Type Command (Code and qualifier) Arguments

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–12 Parameter Type Command (Code and qualifier) Arguments

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–13 Parameter Type Command (Code and qualifier) Arguments

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–14 9.5.3 Unit Parameters Command and Queries Parameter

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–15 Parameter Type Command (Code and qualifier) Arguments

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–16 9.5.4 Unit Information Commands and Queries Paramete

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–17 Parameter Type Command (Code and qualifier) Arguments

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–18 Parameter Type Command (Code and qualifier) Arguments

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–19 Parameter Type Command (Code and qualifier) Arguments

CRS-500 1:N Redundancy System Revision 2 Preface MN-CRS500 xiv Warnings, Cautions, and Notes A WARNING gives information about a possible hazard th

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–20 Parameter Type Command (Code and qualifier) Arguments

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–21 Parameter Type Command (Code and qualifier) Arguments

CRS-500 1:N Redundancy System Revision 2 Serial-based Remote Product Management MN-CRS500 9–22 Notes:

A-1 Appendix A. CABLE DRAWINGS A.1 Introduction This appendix identifies the cables used with the CRS-500 1:N Redundancy System. The appendi

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-2 A.2 User/Utility Cables App. A FIG Ch. 4 FIG REF CEFD CABLE P/N DESCRIPTION USE

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-3 A.3 Control Cables App. A FIG Ch. 4 FIG REF CEFD CABLE P/N DESCRIPTION USED WIT

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-4 A.3.1 Control Cable for CRS-500 CSU  DSU Use this control cable to connect the C

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-5 A.3.2 Multi-drop Control Cable for CRS-500 DSU  ISU Use this multi-drop cable to

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-6 A.3.3 RMI Control Cable for CDM-625 Only Use this cable as a control connection b

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-7 A.3.4 Control Cable for CDM-625 and CDM-750 Use this control cable to connect the

CRS-500 1:N Redundancy System Revision 2 Preface MN-CRS500 xv The user should carefully review the following information: Safety and Compliance El

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-8 A.4 Data / IF Cables App. A FIG Ch. 4 REF FIG CEFD CABLE P/N DESCRIPTION USED W

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-9 A.4.1 Ethernet Data Cable (CAT5 RJ-45) Use this CAT5 RJ-45 cable for Ethernet com

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-10 A.4.2 Multi-drop CnC® Plus Shielded Data Cable for CDM-625 This cable bypasses

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-11 A.4.3 G.703 S1 / S2 RMI Data Cable (DB-9F to 4X BNC) Use this DB-9F to 4X BNC ca

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-12 A.4.4 G.703 S1 / S2 TMI Data Cable (DB-9F to 4X BNC) Use this DB-9F to 4X BNC ca

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-13 A.4.5 IF Cable (75Ω BNC) Use this 75Ω BNC cable to connect the modem to the CRS-

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-14 A.4.6 IF Cable (50Ω Type ‘N’) Use this 50Ω Type ‘N’ cable to connect the modem t

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-15 A.4.7 IF Cable (50Ω BNC) Use this 50Ω BNC cable to connect the modem to the CRS-

CRS-500 1:N Redundancy System Revision 2 Appendix A MN-CRS500 A-16 Notes:

B–1 Appendix B. CONTROLLER / TMI CONNECTORS AND PINOUTS B.1 Overview Operational settings are factory-set for each TMI (Traffic Modem Interface) ca

CRS-500 1:N Redundancy System Revision 2 Preface MN-CRS500 xvi Operating Environment DO NOT OPERATE THE UNIT IN ANY OF THESE EXTREME OPERATING CON

CRS-500 1:N Redundancy System Revision 2 Appendix B MN-CRS500 B–2 B.2 CRS-500 CSU Connectors and Pinouts B.2.1 CRS-530 System Controller Module

CRS-500 1:N Redundancy System Revision 2 Appendix B MN-CRS500 B–3 B.2.1.1 CRS-530 “P1 | Remote Control” Connector (DB-9M) The DB-9M “P1 | Remote Co

CRS-500 1:N Redundancy System Revision 2 Appendix B MN-CRS500 B–4 B.2.1.2 CRS-530 “P2 | Switch Control” Connector – DB-25M Cable the DB-25M “P2 | S

CRS-500 1:N Redundancy System Revision 2 Appendix B MN-CRS500 B–5 B.2.1.4 CRS-530 “J1 | System Alarms” Connector (DB-25F) See Table B-4 for the DB

CRS-500 1:N Redundancy System Revision 2 Appendix B MN-CRS500 B–6 B.3 CRS-500 DSU TMI User Data Connectors B.3.1 CRS-316 TMI – EIA-422/530, V.35,

CRS-500 1:N Redundancy System Revision 2 Appendix B MN-CRS500 B–7 B.3.2 CRS-345 TMI – G . 7 0 3 /E 3 /T 3 /S T S -1 Connectors (BNC) The C

CRS-500 1:N Redundancy System Revision 2 Appendix B MN-CRS500 B–8 B.3.3 CRS-516 TMI – 10/100/1000 Gigabit Ethernet (GbE) Connectors (RJ-45F) The

CRS-500 1:N Redundancy System Revision 2 Appendix B MN-CRS500 B–9 B.3.4 CRS-520 TMI – 10/100 Ethernet Connectors (RJ-45F) The CRS-520 TMI p

CRS-500 1:N Redundancy System Revision 2 Appendix B MN-CRS500 B–10 Notes:

C–1 Appendix C. ADDRESSING SCHEME INFORMATION C.1 Introduction to Addressing A CRS-500 1:N Redundancy System provides 1:N redundant operations – th

CRS-500 1:N Redundancy System Revision 2 Preface MN-CRS500 xvii To ensure that the unit complies with these standards, obey these instructions: •

CRS-500 1:N Redundancy System Revision 2 Appendix C MN-CRS500 C–2 C.2.1.1 Modem and Transceiver Addresses To monitor and control modems and transce

CRS-500 1:N Redundancy System Revision 2 Appendix C MN-CRS500 C–3 C.2.1.2 CRS-500 Addressing Scheme Examples Figure C-1. External EIA-232 with CDM

CRS-500 1:N Redundancy System Revision 2 Appendix C MN-CRS500 C–4 Figure C-2. External EIA-485 with CDM-625 Modems

CRS-500 1:N Redundancy System Revision 2 Appendix C MN-CRS500 C–5 C.2.2 Setting Up Modems • Local Modem m, where m is modem position number (1 th

CRS-500 1:N Redundancy System Revision 2 Appendix C MN-CRS500 C–6 C.2.3 Setting Up Transceivers Configure the modems first for EDMAC operation, s

CRS-500 1:N Redundancy System Revision 2 Appendix C MN-CRS500 C–7 C.3 M&C Applications The system is set up such that it may be communicated t

CRS-500 1:N Redundancy System Revision 2 Appendix C MN-CRS500 C–8 Notes:

METRIC CONVERSIONS Units of Length Unit Millimeter Centimeter Inch Foot Yard Meter Kilometer Mile 1 millimeter 1 0.1 0.0394 0.0033 0.

2114 WEST 7TH STREET TEMPE ARIZONA 85281 USA 480 • 333 • 2200 PHONE 480 • 333 • 2161 FAX

CRS-500 1:N Redundancy System Revision 2 Preface MN-CRS500 xviii European Union Telecommunications Terminal Equipment Directive (91/263/EEC) In acco

CRS-500 1:N Redundancy System Revision 2 Preface MN-CRS500 xix of Comtech EF Data Corporation, such as lightning or other natural and weather relate

CRS-500 1:N Redundancy System Revision 2 Preface MN-CRS500 xx Getting Help Contacting Comtech EF Data Contact Comtech EF Data for: • Technical Sup

CRS-500 1:N Redundancy System Revision 2 Preface MN-CRS500 xxi Returning a Product for Upgrade or Repair Step Task 1 Go to the Comtech EF Data Home

CRS-500 1:N Redundancy System Revision 2 Preface MN-CRS500 xxii Notes:

1–1 Chapter 1. INTRODUCTION 1.1 Overview The CRS-500 is Comtech EF Data’s next generation 1:N Redundancy System. The modular CRS-500 1:N Red

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–2 Item Description 1 Air-cooled Rack Enclosure* 2

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–3 Figure 1-2. Typical CRS-500 Redundancy System – System-Level Block Diagram

ER-CRS500-EA2 Rev - This document is not subject to revision/update! PLM CO C-0027990 Page 1 of 2 Errata A Comtech EF Data Documentation Update

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–4 1.2 Features Key reliability features of the CRS-500 follow: • Flexible confi

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–5 1.3 CRS-500 Standard and Optional Components 1.3.1 Control Switch Unit (CSU)

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–6 1.3.1.1 CSU Front Panel Monitor and Control (M&C) of the complete CRS-50

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–7 1.3.1.2 CSU Rear Panel The CRS-500 power supplies and controller modules are lo

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–8 1.3.1.3 CSU Dimensional Envelope Figure 1-10. CRS-500 CSU Dimensional Envelop

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–9 1.3.2 Data Switch Unit (DSU) The front panel of the Data Switch Unit (DSU) can

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–10 1.3.2.2 DSU Rear Panel Figure 1-12 shows the rear panel of the CRS-500 DSU: •

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–11 1.3.2.3 Modem/DSU Interface Modules The following tables indicate which TMI (T

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–12 1.3.2.3.2 TMI Modules Figure 1-15. CRS-316 TMI EIA-422 (PL/12498-1) DB-25

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–13 1.3.2.4 DSU Dimensional Envelope Figure 1-19. CRS-500 DSU Dimensional Envelop

ER-CRS500-EA2 Rev - This document is not subject to revision/update! PLM CO C-0027990 Page 2 of 2 Thispageisintentionallyblank.

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–14 1.3.3 CRS-282xx IF Switch Unit (ISU) The CRS-282xx ISU is intended for use wit

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–15 Note the following: • Depending on the modem type, the Redundant Modem has mu

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–16 Figure 1-20. CRS-500 IF Switch Unit (ISU) Front Panel Examples Figure 1-21. C

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–17 1.3.3.3 CRS-282xx ISU Typical Dimensional Envelope Figure 1-22. CRS-282xx IS

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–18 1.4 Summary of Specifications 1.4.1 CRS-500 1:N Redundancy System Specificati

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–19 1.4.1.1 Control Switch Unit (CSU) Configurations Modem Terrestrial Interface M

CRS-500 1:N Redundancy System Revision 2 Introduction MN-CRS500 1–20 Notes:

2–1 Chapter 2. INITIAL START-UP AND CONFIGURATION CHECK LISTS 2.1 Overview All checklists feature a “Chapter Reference” column that directs the user

CRS-500 1:N Redundancy System Revision 2 Initial Start-up and Configuration Check Lists MN-CRS500 2–2 2.2 Initial Start-up * User-provided equipmen

CRS-500 1:N Redundancy System Revision 2 Initial Start-up and Configuration Check Lists MN-CRS500 2–3 2.3 Adding or Removing a Traffic Modem to/fro

Copyright © Comtech EF Data, 2013. All rights reserved. Printed in the USA. Comtech EF Data, 2114 West 7th Street, Tempe, Arizona 85281 USA, 480.333.

CRS-500 1:N Redundancy System Revision 2 Initial Start-up and Configuration Check Lists MN-CRS500 2–4 2.3.2 Removing a Traffic Modem from an Operat

CRS-500 1:N Redundancy System Revision 2 Initial Start-up and Configuration Check Lists MN-CRS500 2–5 2.4 Using the CSU Front Panel to Verify Syste

CRS-500 1:N Redundancy System Revision 2 Initial Start-up and Configuration Check Lists MN-CRS500 2–6 Notes:

3–1 Chapter 3. INSTALLATION 3.1 Unpacking and Inspection This equipment contains parts and assemblies sensitive to damage by Electrostatic Discharge

CRS-500 1:N Redundancy System Revision 2 Installation MN-CRS500 3–2 the unit outward to permit convenient access to the RMIs/TMIs for cable connecti

CRS-500 1:N Redundancy System Revision 2 Installation MN-CRS500 3–3 Figure 3-2. CRS-500 System Arrangements Figure 3-3. CRS-500 DSU In-Rack M

CRS-500 1:N Redundancy System Revision 2 Installation MN-CRS500 3–4 Figure 3-4. CRS-500 DSU Rack Mounting Kit – CEFD P/N KT-0000072

4–1 Chapter 4. CABLES AND CONNECTIONS 4.1 Introduction All cables used for interconnecting CRS-500 1:N Redundancy System components and modems are av

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–2 Notes:

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–3 4.1.1 Configuration and Cable Connections Summary 4.1.1.1 Control Sw

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CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–4 4.1.1.3 IF Switch Unit (ISU) Configurations CRS-500 1:N Modem Redunda

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–5 4.2 CRS-500 Control Connections 4.2.1 Basic CRS-500 (CSU  DSU) Un

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–6 Figure 4-1. CRS-500 1:N Control Cable Connection Example (Single

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–7 Figure 4-2. CRS-500 1:N Control Cable Connection Example (Dual IF B

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–8 Notes:

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–9 4.3 Modem Connections 4.3.1 CDM-625 Modem Connections Sect. Descrip

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–10 Figure 4-3 shows the 10/100 Ethernet ports (labeled “1” through “4”

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–11 4.3.1.2 CRS-500  CDM-625 Control Cable Connections For 1:N connec

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–12 4.3.1.3 CRS-500  CDM-625 10/100 Ethernet System Communication Cab

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–13 Figure 4-4. CRS-500  CD

iii TABLE OF CONTENTS TABLE OF CONTENTS ...

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–14 4.3.1.4 CRS-500  CDM-625 Traffic Data Cable Connections 4.3.1.4.1

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–15 Figure 4-5. CRS-500  CDM-625 10/100 Ethernet Traffic Data Cabling

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–16 4.3.1.4.2 EIA-422 Traffic Data Cable Connections 1. This configur

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–17 Figure 4-6. CRS-500  CDM-625 EIA-422 Traffic Data Cabling Example

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–18 4.3.1.5 CDM-625 IF Cable Connections Refer to Sect. 4.4 for informa

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–19 Figure 4-7. CDM-625  CDM-625 CnC® Cable Connection Example (Conne

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–20 Notes:

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–21 4.3.2 CDM-750 Modem Connections Sect. Description 4.3.2.1 CDM-625

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–22 4.3.2.2 CRS-500  CDM-750 Control Cable Connections For 1:N connec

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–23 4.3.2.3 CRS-500  CDM-750 10/100 Ethernet System Communication Cab

CRS-500 1:N Redundancy System Revision 2 Table of Contents MN-CRS500 iv 1.2 Features ...

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–24 4.3.2.3.2 Ethernet System Communication Cable Connections – Unbalan

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–25 Figure 4-8. CRS-500  CDM-

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–26 Figure 4-9. CRS-500  CD

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–27 4.3.2.4 CRS-500  CDM-750 Traffic Data Cable Connections 4.3.2.4.1

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–28 4.3.2.4.2 Unbalanced G.703 Traffic Data Cable Connections 1. G.70

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–29 Figure 4-10. CRS-500  CDM-750 10/100/1000 GbE Traffic Data Cab

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–30 Figure 4-11. CRS-500  CDM-750 G.703 Unbalanced Traffic Data Cablin

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–31 4.3.2.4.3 CDM-750 IF Cable Connections Refer to Sect. 4.7 CRS-282x

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–32 Notes:

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–33 4.4 IF Cable Connections 4.4.1 IF Cabling Overview For hub applic

CRS-500 1:N Redundancy System Revision 2 Table of Contents MN-CRS500 v 4.1.1 Configuration and Cable Connections Summary ...

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–34 When a modem is taken offline, its Tx IF is automatically muted (shu

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–35 4.4.3 IF Cable Connections – Multiple Transponders (Using ISUs) Whe

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–36 • Connect the pertinent “Rx IF” connector on the modem to the conne

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–37 Figure 4-13. CRS-500 1:N IF Cabling Example 2 – CRS-282xx  CDM-62

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–38 Figure 4-14. CRS-500 1:N IF Cabling Example 3 – CRS-282xx  CDM

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–39 4.4.3.2 Different Band / Multiple Transponder Configurations Within

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–40 o Connect the “Rx# | TO TRAFFIC MODEM” connector (note that ‘#’ des

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–41 4.5 Power Connections Sect. Description 4.5.1 Overview 4.5.2 Modem

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–42 4.5.3 CRS-500 Power Connections Connect the power cords as follows:

CRS-500 1:N Redundancy System Revision 2 Cables and Connections MN-CRS500 4–43 4.5.4 CRS-500 1:N Redundancy System Power-up Sequence Once all cabl