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BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
PLEASE REFER TO THE NEXT PAGE
4
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BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
8Contents
N0060603N0060603
Chapter 1
About this document
The purpose of this addendum is to provide updates to the BCM1000 Installation and Maintenance
Guide (N0008587 01) for the release of BCM 4.0 software.
For information on upgrading to BCM 4.0 software, refer to the Upgrade Guide for BCM 4.0.
How to use this addendum
To perform installation and maintenance of a BCM1000 system running BCM 4.0 software, use
the BCM1000 Installation and Maintenance Guide (N0008587 01) for BCM 3.7 as the main
document. Then refer to this addendum for updates and changes to the installation and
maintenance information for BCM 4.0 software.
What’s new in BCM 4.0
9
The primary changes from BCM 3.7 to BCM 4.0 are:
•Operating system: A Linux operating system (OS) replaces Windows NT® Embedded for
BCM 4.0 systems.
•Element Manager: Element Manager replaces Unified Manager as the primary BCM
management tool. Use Element Manager to configure a BCM 4.0 system; Unified Manager
does not function with a BCM 4.0 system. If you need to configure a pre-BCM 4.0 system (for
example, BCM 3.6/3.7), then you must use Unified Manager; Element Manager does not
function with a pre-BCM 4.0 system.
•New IP Phone support: BCM 4.0 supports the following new IP Phones: 1120, 1140, 2007,
2033, WLAN handset 2212, and the IP Phone KEM.
•Administrator account: In a BCM 4.0 system, the default administrator account is nnadmin,
instead of ee_admin, and the password is PlsChgMe!.
•Keycode functionality: You no longer require a keycode for each feature; you now require
only one keycode to enable software features on the BCM 4.0 system. The single keycode is
generated from multiple feature selections using the Nortel keycode retrieval system (KRS).
•Market profiles and software loads: In BCM 4.0, there are only three software loads (instead
of the five for BCM 3.7); T1 CT2 and E1 CALA are removed. If the BCM 3.6/3.7 system was
running a T1 CT2+ load then it is upgraded with a T1 Etiquette load and if it was running an
E1 CALA load, then it is upgraded with an E1 Global load. These changes are automatically
implemented as part of the upgrade process; no user intervention is required.
•USB support: BCM 4.0 adds support for USB ports on the BCM200/400 systems (not
supported on BCM1000). This support includes file loading and UPS connection through the
USB port.
BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
10Chapter 1 About this document
•UPS support over USB: UPS connectivity through the USB port is supported in BCM 4.0 for
the BCM200/400 system for graceful shutdown (not supported on BCM1000).
•Multimedia Contact Center: All custom files (html and txt) are case sensitive and must
match the format shown in default interface folder in CallPilot Manager after upgrading to
BCM 4.0. All custom interfaces created in BCM 3.6/3.7 are also case sensitive and must
match the format shown in CallPilot Manager after upgrading to BCM 4.0.
Note: The Startup Profile is not available for BCM1000 systems.
N0060603N0060603
Chapter 2
Documentation updates for BCM 4.0
This section provides updates to the BCM1000 Installation and Maintenance Guide
(N0008587 01).
General changes
The following changes apply throughout the document, even if not specifically identified:
•Replace references to Unified Manager with Element Manager. Any related procedures are
documented, since Element Manager functions differently than Unified Manag er.
•The Pr ogramming Operations Guide for BCM 3.7 does not exist in BCM 4.0. The content can
be found in the BCM 4.0 Administration Guide and the BCM 4.0 Networking Configuration Guide.
You can also refer to the online Help within Element Manager for information on using
Element Manager to configure and maintain your system.
11
•The Quick Start wizard (available in BCM 3.7) is not supported in BCM 4.0. The initial
configuration of the system is done using Element Manager.
Page 3, Preface
This chapter should be replaced with the chapter, “Getting started” on page 25.
Page 22, Data networking components
The sentence, “Modem card (North American systems only) — a V.90 modem that sends and
receives data using the public telephone system,”
should be, “Modem card (North American systems only) — a (V.90 or V.92) modem that sends
and receives data using the public telephone system.”
Page 23, MSC IP call processing hardware
The first bullet should be replaced with the following information.
•DS30 buses are internal communication paths controlled by the MSC. Each DS30 bus
provides a possible 32 signaling channels (B1 and B2) and 32 media channels. In BCM 3.0
software, the B2 channels were reconfigured as B1 channels for station modules. As a result,
DS30 02 to 07 were configured to support 32 telephones on each bus configured with
DSM16+, DSM32+ modules set to double density. The ASM 8 module could also be
supported on all four offsets as of that software release.
BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
12Chapter 2 Documentation updates for BCM 4.0
Page 33, Chapter 2, Telephony hardware
The following information should be deleted.
BCM 3.0 software introduced the concept of Full Double Density (FDD) and Partial Double
Density (PDD). On the default system, DS30 02 to 05 were defaulted to FDD, which provides 32
new ports for connecting digital telephones. To use the FDD feature, DSM16+, DSM32+ media
bay modules are configured to double density. DS30 06 and 07 default to PDD, but can be
configured to FDD.
Warning: Changing DS30 06 and 07 to FDD
Once you change DS30 06 and 07 to FDD, Companion telephones can no longer
be supported. This change cannot be reversed.
Page 33, Chapter 2, Telephony hardware
The “Changing the DS30 split” warning should be updated to the following warning.
Bus 7 needs to be in an enabled state prior to changing the DS30 split.
Warning: Changing the DS30 split
If you change the DS30 split from 2/6 (default) to 3/5 after the system is
initialized, any module set to DS30 07 or requiring the use of DS30 07 becomes
inoperable.
If you change the DS30 split from a 3/5 split to a 2/6 split after the system is
initialized, all data is lost, and all optional applications must be reinstalled and
reconfigured.
Bus 7 must be enabled prior to converting from a 2/6 to 3/5 split.
Page 44, Analog station modules and analog devices
Table 6, Analog engineering specifications, should be replaced with the table below:
Table 1 ATA2, ASM8, ASM8+, GASM, and GASI analog device specifications (Sheet 1 of 2)
± 10% 55 V rms ± 10% 65 V rms ± 10% 65 V rms ± 10% 65 V rms ± 10%
N/A65 V rms
± 10% 65 V rms ± 10% 65 V rms ± 10%
N0060603N0060603
Chapter 2 Documentation updates for BCM 4.013
Table 1 ATA2, ASM8, ASM8+, GASM, and GASI analog device specifications (Sheet 2 of 2)
SpecificationATA2ASM8ASM8+GASM8GASI
Loop current 20 mA minimum 20 mA minimum 20 mA minimum 20 mA minimum 20 mA minimum
Battery feed voltage-48 V dc
FIC codeOL13ABCN/AN/AN/AN/A
Ringer equivalency
number
ATA2 to BCM loop
resistance (cable only)
Analog loop resistance
on terminal side for
voice applications
(cable only)
Analog loop resistance
on terminal side for
data applications
(cable only)
Input impedance at tip
and ring
Return loss> 20 dB for 200
Insertion loss on an
internal call
Insertion loss on an
external call
31222
135 ohms
(800 m of
0.5-mm wire or
2600 ft of 24
AWG wire)
1300 ohms
(7200 m of
0.5-mm wire or
26000 ft of 24
AWG wire)
200 ohms (1231
m of 0.5-mm
wire or 4000 ft of
24 AWG wire)
600 ohms600 ohms600 ohms600 ohms600 ohms
to 3400 Hz
(when
terminated with
600 ohms)
ATA2 to BCM
loss 3.0 dB
dB
ATA2 to BCM
loss 2.2 dB +/-
1.0 dB; BCM to
ATA2 loss 0.5 dB
± 1.0 dB
MWI type (see Note)Stutter toneStutter toneStutter tone/
Disconnect
supervision types
Note: The MWI type depends on the country profile, and the MWI voltage shown is a maximum value.
N/AN/AOSI EIA/TIA 464
± 10%-48 V dc ± 10%-29 V dc ± 10%-48 V dc ± 10%-48 V dc ± 10%
N/AN/AN/AN/A
250 ohms (1538
m of 0.5-mm
wire or 5000 ft of
24 AWG wire)
250 ohms (1538
m of 0.5-mm
wire or 5000 ft of
24 AWG wire)
> 20 dB for 200
to 3400 Hz
(when
terminated with
600 ohms)
ATA2 to BCM
loss 3.0 dB
± 0.5
dB
ASM to BCM
loss 3.0 dB +/-
1.0 dB; BCM to
ASM loss 0.5 dB
± 1.0 dB
200 ohms (1231
m of 0.5-mm
wire or 4000 ft of
24 AWG wire)
200 ohms (1231
m of 0.5-mm
wire or 4000 ft of
24 AWG wire)
> 20 dB for 200
to 3400 Hz
(when
terminated with
600 ohms)
ATA2 to BCM
loss 3.0 dB
± 0.5
dB
ASM to BCM
loss 3.0 dB +/-
1.0 dB; BCM to
ASM loss 0.5 dB
± 1.0 dB
/ Voltage MWI
(CO: 120 V)
section
4.5.10.2.4/
4.5.10.2.5.1
200 ohms (1231
m of 0.5-mm
wire or 4000 ft of
24 AWG wire)
200 ohms (1231
m of 0.5-mm
wire or 4000 ft of
24 AWG wire)
> 20 dB for 200
to 3400 Hz
(when
terminated with
600 ohms)
ATA2 to BCM
loss 3.0 dB
± 0.5
dB
ASM to BCM
loss 3.0 dB +/-
1.0 dB; BCM to
ASM loss 0.5 dB
± 1.0 dB
Stutter tone/
Reverse polarity/
Voltage MWI
(CO: 120 V)
OSI EIA/TIA 464
section
4.5.10.2.4/
4.5.10.2.5.1
200 ohms (1231
m of 0.5-mm
wire or 4000 ft of
24 AWG wire)
200 ohms (1231
m of 0.5-mm
wire or 4000 ft of
24 AWG wire)
> 20 dB for 200
to 3400 Hz
(when
terminated with
600 ohms)
ATA2 to BCM
loss 3.0 dB
± 0.5
dB
ASM to BCM
loss 3.0 dB +/-
1.0 dB; BCM to
ASM loss 0.5 dB
± 1.0 dB
Stutter Tone/
Reverse polarity/
Voltage MWI
(PBX: 90 V)
N/A
± 0.5
Page 52, Legacy mobility equipment
This section should be removed.
BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
14Chapter 2 Documentation updates for BCM 4.0
The listed equipment, NetVision, Companion, and DECT, is not supported in BCM 4.0 (DECT is
still supported in European markets).
Page 55, Chapter 3, Auxiliary equipment
The first two paragraphs should be removed and replaced with the follow ing information:
You require a personal computer to run Element Manager. You u se Element Manager to configure
and manage the BCM system through a connection between your computer and the BCM system
(either through the LAN or using an Ethernet crossover cable). To work with Element Manager,
you require the correct version of Element Manager installed on your computer.
The computer you will use to run Element Manager must meet the following requirements:
•Operating system: Windows 98SE, Windows 2000, Windows XP
•RAM: minimum 256 MB (512 MB recommended)
•Disk space: 150 MB
•Browser: Internet Explorer (IE) 5.5 or IE 6.0 (recommended)
•Element Manager access is also supported through a Citrix server
For information on downloading and installing Element Manager, refer to “Using Element
Manager to set the basic parameters” on page 49.
Page 64, Explaining double density
The paragraph at the top of page 64 should be deleted, since Companion i s not supported and PDD
is not required.
Default BCM 3.0 and newer systems are configured as Partial Double Density (PDD) systems, in
that they maintain DS30 06 and 07 in the original configuration of 16 DNs per bus. This
accommodates those systems which use Companion. The system can be set to Full Double Density
(FDD) at system startup or once the system is setup. When the system is set to FDD, DS30 06 and
07 allow access to the second set of DNs, and they are no longer available for Companion
operation.
Page 64, Setting offsets
The following paragraph should be changed as follows:
For station modules, each bus supports 16 telephones or telephony devices for station modules that
support single density, or which are set to single density in the case of the DSM16+ and DSM32+,
or on DS30 06 and 07 if the system remains set to Partial Double Density (PDD)
supports double density, DSM16+ and DSM32+ modules set to double density have access to
eight telephones per offset, for a total of 32 telephones per DS30 bus if the offsets are fully loaded.
. On each bus that
N0060603N0060603
Chapter 2 Documentation updates for BCM 4.015
Page 69, Environment checklist
The fourth bullet should be replaced with the following:
•within the temperature ranges of 0°C and 40°C (32°F and 104°F)
Page 70, Electrical requirements
The second bullet should be replaced with the following:
•The supplied power must be 100/240 V AC, 50/60 Hz, and 10 A minimum service with a
third-wire safety ground. The third-wire safety ground provides shock protection and prevents
electromagnetic interference.
Page 88, Double density example
Figure 38 should be deleted.
Page 110, Shutting down the system
The procedure about how to shut down the system should be replaced with the following section.
Performing a system shutdown
If there is a need to perform maintenance, the system may already be powered down. If this is the
case, proceed to “To shutdown the system hardware” on page 16.
If the system is still operating, perform the following procedures:
•“To shut down the system software” on page 15
•“To shutdown the system hardware” on page 16
To shut down the system software
1Check for a recent backup of the BCM system programming.
2If there is no recent backup, use Element Manager to back up the system data. For information
about backing up the system data, refer to the BCM 4.0 Administration Guide.
3In Element Manager, from the Administration tab, click the Utilities folder to expand it.
4From the Utilities folder, select Reset.
5Click Shutdown System to prepare the system for power disconnect.
This action will stop all services. All Element Manager sessions will be disconnected from the
system. The BCM system can be restored to service only by powering the BCM syst em off and
back on again.
BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
16Chapter 2 Documentation updates for BCM 4.0
6Click Ok.
The progress update dialog box appears and the BCM system begins the shutdown process.
When the shutdown process is complete, the final warning dialog box appears, and the LEDs
enter the flashing state.
7Click Ok to disconnect Element Manager.
When the shutdown Element Manager is disconnected, the system gives an audible beep. The
LEDs remain in the flashing state until the hardware is shutdown (see “To shutdown the
system hardware” on page 16).
If the system hardware is not shutdown within about 15 minutes, it automatically boots up
again.
To shutdown the system hardware
Warning: Remove all of the connections to the BCM system before you power down the
system.
Failure to disconnect lines before you power down the system can cause damage to the
system.
1Remove the DS256 cables from the front of the BCM main unit and, if present, the expansion
unit. This includes the data connections on the MSC.
Mark the cables to ensure correct reconnection.
Warning: You must disconnect power from the main unit after you have performed an
Element Manager shutdown. The main unit cannot start operating again until after power
has been disconnected and then reconnected.
2Turn off the power switch located at the back of the BCM main unit and expansion unit.
3Disconnect the BCM main unit and expansion unit power cords from the AC outlet.
4Ensure you have room to access the part you are working on. Remove the BCM main unit
from the rack, if necessary.
N0060603N0060603
Chapter 2 Documentation updates for BCM 4.017
Pages 119–120, Checking system power and status
The function of the Power LED on the front of the BCM1000 has ch anged. The information on the
Power LED in Table 28 and the procedure following the table should be replaced with the
following.
Table 28 BCM1000 LED states
LED
LabelDescriptionGreen LED OnGreen LED Flash Red LED On (Only)Green LED Off
Indicates state of
system power.
OKN/AIndicates a critical or
major alarm. See
“Resolving alarm
conditions” on page 18.
N/A
1If the base function tray Power LED does not light:
aDisconnect the power cords.
bCheck all cables and power connections.
cEnsure that the AC outlet has power.
dReconnect the power cords.
If the Power LED still does not light, then you have a faulty power supply module. For details
on replacing a power supply module, see “Replacing a power supply” on page 205.
2If the Power LED is red, then the system generated a critical or major alarm. To resolve an
alarm condition, see “Resolving alarm conditions” on page 18.
3You are now ready to connect the system to the network and initialize it.
Note: You can monitor the state of the BCM system LEDs from your computer.
Pages 126–131, Setting initial system configurations
This section should be removed. The initial system configuration will be done after the rest of the
equipment is installed.
Pages 131, Entering the software keycodes
This section should be removed. The keycode feature is discussed in another section of the
addendum.
BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
18Chapter 2 Documentation updates for BCM 4.0
Pages 144-146, Telephone port and DN cross-reference
The Note on page 144 should be modified as follows.
Note: The following table is based on a system with three-digit DNs, with a start
DN of 221. If your system has longer DNs, the system automatically adds a repeat
of the first digit for each additional DN length unit. i.e. 221 becomes 2221. Also,
note on the tables below that DN numbering differs between systems that were
upgraded from BCM 2.5 software and systems that were new with BCM 3.0 or
newer software.
In Tables 37 and 38 on page 145 and 146 respectively, the references to PDD should be deleted.
Pages 160–161, New chapters
The following chapters should be inserted between Chapter 13, “Installing optional telephony
equipment” and Chapter 14, “Troubleshooting.” These chapters are located at the back of this
addendum (the chapters should be viewed in the order given):
•“Initializing the system” on page 33
•“Configuring the BCM system” on page 39
•“Using Telset Administration to set the basic parameters” on page 43
•“Using Element Manager to set the basic parameters” on page 49
•“Completing the initial installation (optional)” on page 61
Pages 161–166, Troubleshooting
The following procedure should be inserted in the Troubleshooting chapter.
Resolving alarm conditions
If the Power LED on the base function tray is red, then the system has generated a critical or major
alarm. You can view the system LED status using Element Manager, see “To view the system
LEDs with Element Manager” on page 19.
To resolve an alarm condition
1Open Element Manager.
2From the Administration tab, click General, and then click Alarms.
3From the Alarms screen, select the alarm you want to resolve.
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The Alarms screen appears. This screen lists all the alarms generated by the system.
The Alarm Details panel appears. This panel provides information about the alarm.
Chapter 2 Documentation updates for BCM 4.019
4Perform the steps indicated in the problem resolution text box on the Alarms Details panel.
For more detailed information about system alarms and fault management, see the BCM 4.0
Administration Guide (N0060598).
To view the system LEDs with Element Manager
1Open Element Manager.
2From the Administration tab, click System Status, and then click LED Status.
The LED Status screen appears.
3Use this screen to view the status of the system LEDs.
Pages 168–169, Shutting down the system software and
Shutting down the system hardware
These sections should be replaced with the information in this section,“Page 110, Shutting down
the system” on page 15.
Page 171, Software restart
This procedure should be changed to:
If you did not shut down the system, restart the software:
1In Element Manager, from the Administration tab, click the Utilities folder to expand it.
2From the Utilities folder, select Reset.
3Click Reboot BCM System to reboot the system.
Warning: When you restart the system, all IP clients, voice mail, and VoIP ports
are not available until the system services restart.
If you have a mirrored disk system, once the services restart, the system
automatically ensures the mirrored disk is updated.
Page 179, Initializing the hard disk (single-disk system BCM
2.5/2.5.1)
This section should be removed.
BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
20Chapter 2 Documentation updates for BCM 4.0
Page 182, Initializing the hard disk (single-disk system BCM
3.0)
This section should be removed.
Page 184, Initializing the hard disk (single-disk system BCM
3.01 and newer systems)
This section should be removed and replaced with the following information.
Initializing the hard disk
The BCM system is normally initialized prior to shipment. However, if you have to replace the
hard disk in a standard single-disk system, use this procedure to initialize the BCM software.
After initialization, you must restore the configuration data to the BCM. Use the backup and
restore utility (BRU) to restore configuration data. Nortel recommends that you maintain a current
configuration backup. If you do not have a current backup, enter the configuration data manually.
Note: When you replace a hard disk, IP configuration data is lost. The BCM system IP
address defaults to 10.10.10.1.
Perform the following procedures after you replace the hard disk and the system has booted up.
To initialize the hard disk in a single disk configuration
1Ensure the Power (LED 1), Temp (LED 9), and Fan (LED 10) LEDs on the BCM main unit
are lit.
2Connect to the BCM system.
3Do one of the following:
•Manually reenter configuration data.
•Restore system and data information (except Telephony and Registry) from your backup data.
For information on how to restore data to your system from a backup, refer to the BCM 4.0 Administration Guide.
Note: Perform a backup only on similar software versions.
Page 196, Controlling and monitoring mirroring operations
This section should be replaced with the following information:
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Chapter 2 Documentation updates for BCM 4.021
You can monitor and control disk mirroring through a control screen in Element Manager.
Under Administration > System Status > Disk mirroring, you can access a screen that allows
you to control the mirroring operation from your desktop, as well as display the status of the hard
disks. Refer to Table 2 for a list of the fields and a description of their function.
Table 2 Disk mirroring settings
TabFieldFunctionsDescription
SettingsVersionRead-only fieldShows the current version of mirroring firmware.
Operation ModePrimary MasterMirror mode is disabled. The Primary disk is the
operating disk.
Mirror MasterMirror mode is disabled. The Mirrored disk is now
Mirror ModeThe system is in Mirror mode.
Ultra UDMAAutoThe interface speed to the hard disk is set
Mode The interface speed to the hard disk is set to a
Beep TimingDisableThe failure tone is disabled.
ContinuousThe audible tone will beep continuously if a failure
XX seconds/minutes
Default: BEEP_30Seconds.
StatusDuplWin Dll version<current version number>
N/A
Primary Master Status Good, Bad, or N/AIndicates the current status of the primary hard
Mirror Master StatusGood, Bad, or N/AIndicates the current status of the secondary hard
Initialization StatusStarted, Finished, Failed,
Shutdown, or N/A
Configuration menu itemSet Buzzer ON
Set Buzzer OFF
Report menu itemStatus ScreenLaunches a new browser window that displays
Drive StatusDisplays a status bar to indicate process of
ViewRefreshUse this to update the status screen.
the operating disk.
automatically. This is the default.
specific timing.
Note: Changing the speed from auto could
significantly affect system performance.
occurs.
The audible tone will beep for the period chosen if
a failure occurs.
Shows the version or N/A if no version is found.
disk.
disk.
Indicates current status of the initialization
process.
If turned on, you can control the module buzzer
remotely.
If turned off, the module buzzer can only be
controlled from the front of the controller.
mirroring summary. The summary shows which
hard disks are installed, where they are placed,
and which is the active hard disk.
mirroring.
BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
22Chapter 2 Documentation updates for BCM 4.0
Page 208, Installing a standard power supply
The Power LED information in Table 43 should be modified as follows.
Table 43 Power LED
LED
Label
DescriptionGreen LED OnGreen LED Flash Red LED On (Only)Green LED Off
Indicates state of
system power.
OKN/AIndicates a critical or
major alarm. See
“Resolving alarm
conditions” on page 18.
Page 229, Determining the status of a telephone
The procedure, “To find out the status of a set,” should be modified as follows.
To find out the status of a set
1Open Element Manager and connect to your BCM system.
2From the Configuration tab, click the Telephony folder to expand it.
3From the Telephony folder, select Sets.
4From the Sets subfolder, select Active Sets.
5In the Active Sets panel, select the desired telephone.
6Use the various tabs and the Details panel to view the status of the telephone.
N/A
Page 230, Moving telephones
The sentence, “You can move a Business Communications Manager digital telephone to a new
location within the system without losing its programmed settings if the telephone has been
enabled with Set relocation in system programming under Feature programming,”
should be, “You can move a BCM digital telephone to a new location within the system without
losing its programmed settings if the system has been enabled with Set relocation (Configuration
> Telephony > Global Settings > Feature Settings).”
Page 233, Appendix A, Defining region-based defaults
This appendix should be removed and replaced with the chapter, “Market profile attributes” on
page 65.
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Chapter 2 Documentation updates for BCM 4.023
Page 254, Set DNs and port numbers
In Table 64 on page 254, the references to PDD should be deleted.
BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
24Chapter 2 Documentation updates for BCM 4.0
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Appendix A
Getting started
About this guide
The BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum describes how to
install, configure, and maintain the BCM200 and BCM400 hardware running Business
Communications Manager (BCM) 4.0 software.
The concepts, operations, and tasks described in this guide relate to the hardware of the BCM
system. This guide provides task-based information on how to install the hardware components
and perform basic configuration tasks.
Use Element Manager, Startup Profile, and Telset Administration to configure various BCM
parameters.
In brief, the information in this guide explains:
•Installing hardware components
•Starting and initializing the system hardware
•Replacing components
•Testing the system
25
Audience
The BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum is directed to
installers responsible for installing, configuring, and maintaining BCM 4.0 systems.
To use this guide, you must:
•be an authorized BCM 4.0 installer or administrator within your organization
•know basic Nortel BCM terminology
•be knowledgeable about telephony and IP networking technology
Acronyms
The following is a list of acronyms used in this guide.
Table 1 Acronyms (Sheet 1 of 3)
AcronymDescription
ACUAudio conference unit
AISAlarm indication system
APCAmerican Power Conversion
BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
26Appendix A Getting started
Table 1 Acronyms (Sheet 2 of 3)
AcronymDescription
ASMAnalog station module (analog station media bay module)
ATAAnalog terminal adapter
BCMBusiness Communications Manager
BRIMBasic rate interface module (basic rate interface media bay module)
CAPCentral answering position
CFACarrier failure alarm
CLIDCalling line identification
COCentral office
CSUChannel service unit
CTMCaller ID trunk module (caller ID trunk media bay module)
DDIMDigital drop and insert MUX
DECTDigital enhanced cordless telecommunications
DIMMDual in-line memory module
DMCDigital mobility controller
DSMDigital station module (digital station media bay module)
DSPDigital signal processor
DSUData service unit
DTEData terminal equipment
DTMDigital trunk module (digital trunk media bay module)
FEMFiber expansion module
FRUField replaceable unit
GASMGlobal analog station module (global analog station media bay module)
GATMGlobal analog trunk module (global analog trunk media bay module)
KEMKey expansion module
KIMKey indicator module
KRSKeycode retrieval system (Nortel keycode retrieval system)
LANLocal area network
LIULine isolation unit
MBMMedia bay module
MSCMedia services card
MWIMessage waiting indication
NICNetwork interface card
ONSon-premise station
OSIOpen switch interval
PCIPeripheral component interface
PECProcessor expansion card
PSTNPublic switched telephone network
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Table 1 Acronyms (Sheet 3 of 3)
AcronymDescription
PSUPower supply unit
QoSQuality of service
RAIRemote alarm indication
RAIDRedundant array of independent disks
RENRinger equivalence number
RFORedundant feature option
RPSRedundant power supply
SAPSStation auxiliary power supply
SELVSafety extra low voltage
SSDSystem status display
UPSUninterruptable power supply
USBUniversal serial bus
VMWIVisual message waiting indicator
VoIPVoice over Internet protocol
WANWide area network
Appendix A Getting started27
Symbols and conventions used in this guide
These symbols are used to highlight critical information for the BCM system.
Caution: Alerts you to conditions where you can damage the equipment.
Danger: Alerts you to conditions where you can get an electrical shock.
Warning: Alerts you to conditions where you can cause the system to fail or work
improperly.
Note: Alerts you to important information.
BCM 4.0 for BCM1000 Installation and Maintenance Guide Addendum
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