Mitel CPDM3 User manual

CPDM3
INSTALLATION GUIDE

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Installation Guide
NOTICE
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© Copyright 2016, Mitel Networks Corporation
All rights reserved

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About this document
This document is used for installation and configuration of the CPDM3, as well as for
administration and troubleshooting.
Target groups
• The field engineer that installs, maintains and troubleshoots the system
• The system administrator responsible for the IT management at the customer site,
that needs to get error messages, to survey and have control of the system.
• The administrator responsible for the daily administration at the customer site, that
needs to change and edit settings.

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Contents
Introduction.............................................................................................................. 2
1.1 Abbreviations and Glossary.................................................................................... 3
2. General Information............................................................................................ 4
2.1 Licenses ........................................................................................................ 4
2.2 MAC Address ................................................................................................ 4
2.3 Authentication and Administration................................................................. 4
3. Description.......................................................................................................... 6
3.1 Overview of Connectors, Buttons and LEDs................................................. 6
3.2 Label for IP Address/Host Name................................................................... 7
3.3 LED Indications ............................................................................................. 8
3.4 Operating Mode............................................................................................. 9
4. Installation and Configuration......................................................................... 11
4.1 Mounting...................................................................................................... 11
4.2 Supply Voltage............................................................................................. 16
4.3 Connections................................................................................................. 17
4.4 Accessing Product....................................................................................... 19
4.5 Basic Configuration ..................................................................................... 23
5. Working in Boot Mode...................................................................................... 25
5.1 Set Product in Boot Mode............................................................................ 25
6. Demonstration Mode........................................................................................ 28
7. Maintenance...................................................................................................... 29
7.1 Software Management ................................................................................ 29
7.2 Restarting the Product................................................................................. 30
7.3 Factory Reset .............................................................................................. 30
8. Troubleshooting................................................................................................ 31
8.1 Troubleshooting from Boot Mode ................................................................ 32
9. Related Documents .......................................................................................... 33
10. Document History...................................................................................................... 34

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1. INTRODUCTION
The CPDM3 is used for messaging, alarm handling, administration and device
management. It can be used independently but also works in combination with other
CPDM3s or systems.
The software of CPDM3 is pre-installed on a hardware equipped with:
• 2 LAN connections
• 2 USB 2.0 ports for communication with external devices
• 1 Mini-USB port for easy management
• 2 galvanically isolated physical inputs and outputs. The inputs can be used for
trigger conditions which in turn can use the outputs for actions.
• 1 error relay output used for fault actions and error indications
• A-bus connections to Ascom paging system and RS-232 communication with
external systems.
Supply voltage: 100 – 240 Vac ±20%
12 – 24 Vdc -25% / +20%
Current consumption Max 275 mA at 100 Vac input
Max 1 A at 12 Vdc input
Max 500 mA at 24 Vdc input
Delivery includes: 
Hardware with pre-installed CPDM3 software
Getting started document:
ELISE3- EMBEDDED LINUX SERVER INCLUDING
SAFETY INFORMATION
Two assembly brackets
Four screws size 3.5×40 mm (0.14×1.6 in) together with
four wall plugs
Four MFT screws size M3×6 mm (0.12×0.24 in) for
fastening the assembly brackets
Power cable

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1.1 ABBREVIATIONS AND GLOSSARY
GUI Graphical User Interface
SD card a non-volatile Secure Digital memory card
CPDM3 Centralized Portable Device Manager. The CPDM3 is
called “product” in this document.
Tools etc. required: Philips screwdriver (Ph No. 2) for the wall screws
size 3.5×40 mm (0.14×1.6 in)
Torx (T10) for the MFT screws size M3×6 mm
(0.12 × 0.24 in)
Screwdriver 0.40×2.5 mm (0.16×0.098 in) for
screw connectors on the rear side
Ethernet cable
System Bus Cabling
Power supply
Computer with Microsoft Internet Explorer™ 8
through 9, or Mozilla Firefox™ 3.6 through 12.

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2. GENERAL INFORMATION
2.1 LICENSES
The product’s software installed on the hardware must have a valid software license.
The license number can be found:
• on the license certificate provided with the product
• in the product’s Setup Wizard
• in the product’s Configuration page
• in the product’s Advanced Configuration page
2.2 MAC ADDRESS
The MAC address can be found:
• on a label on the hardware’s rear side
• in the product’s Setup Wizard
• in the product’s Configuration page
• in the product’s Advanced Configuration page (Troubleshoot > System Information)
• in the product’s Boot Mode GUI (System > Information)
2.3 AUTHENTICATION AND ADMINISTRATION
Administration is made via a web browser. The administration pages require a user
name and password.
IMPORTANT: The default passwords need to be changed to prevent unauthorized
access to the administration pages.
2.3.1 AUTHENTICATION
The product’s software has different default accounts, that determine which GUIs that
can be accessed.’
User ID Password Comments
sysadmin setmeup Used for advanced troubleshooting. The sysadmin has
access to all administration pages and has permission to
change passwords for all users
admin changeme Used for administration and simple troubleshooting. The
admin has permission to change all passwords except
the sysadmin password.
user password Used for administration of some features included in the
application
ftpuser changemetoo Used to access the FTP area on the product.

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2.3.2 ADMINISTRATION
The Advanced Configuration page requires the sysadmin/admin account. The page
can be reached directly by entering “xxx.xxx.xxx.xxx/admin” in a web browser, where
xxx.xxx.xxx.xxx is the product’s IP address. The Advanced Configuration page can
also be accessed by clicking the “Configuration” button on the Start page and then
selecting Other Settings > Advanced Configuration.
All configurations can be set and changed on the Advanced Configuration page, such
as system setup, changing passwords, etc. This page also contains troubleshooting
and detailed configuration of interfaces etc.

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3. DESCRIPTION
The front side of the product’s hardware has different status indications and is used for
maintenance. The LEDs indicate the status of the product and the management port
makes it possible to have direct connection to the product. It also has an SD card slot
and two USB ports for use with external temporary devices.
The rear side is used for connecting supply voltage, communication to supplementary
Ascom systems, external systems, inputs/outputs etc.
3.1 OVERVIEW OF CONNECTORS, BUTTONS AND LEDS
Figure 1. Front side
Figure 2. Rear side
Front side
(a) Status LED
Indicates the product status
(b) Power LED
Indicates the power status
(c) Mode button
Used as a momentary push button with a blue LED. Used for placing the
product into specific modes by different push patterns.
(d) Restart button
A hole button that requires a paper clip (or similar) to be able to push.
Used for performing controlled restart and forced restart.
(e) SD card slot
Used for Module Redundancy
(f) USB ports
Used for upgrading of the Boot software on the field.
(g) Management
Mini-USB port for device management
Status
Power
Mode Restart SD Management
1
2
a
bcde fg

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3.2 LABEL FOR IP ADDRESS/HOST NAME
To facilitate future support and access to the module, the product’s IP address or Host
name can be printed on a blank label and attached as shown in Figure 3.
Rear side
(a) Serial (COM) connections:
2 × RS232 (D-sub-9 male connectors), used for external interfaces
(ESPA, Ascom Line protocol, and TAP)
(b) LAN:
2 (One is not used) × 10baseT or 100baseT Ethernet (Modular jack,
RJ45)
(c) S900 connections:
Modular jacks (RJ45) used for connection of A-bus from System 900
with modular system bus cabling.
(d) A-bus:
Screw connector for connection of A-bus from System 900 when
modular system bus cable is not used.
(e) LON connections:
Not used
(f) V+ Ext/GND Ext connections
External 12 V power supply to provide galvanic isolation of the inputs
and outputs, see below.
(g) AUX In and AUX Out:
2 × galvanically isolated open collector AUX outputs, 100 mA, 30 V DC
2 × digital AUX inputs
(h) Error relay connection:
Used for connection of a lamp/siren used to indicate if the product is
malfunctioning.
(i) 12-24 V DC connection:
Used for connection of external backup battery/power supply
(j) 100-240 V AC:
Used for connection of supply voltage.
+V
Ext
In
1
In
2
Out
1
Out
2
GND
Ext
Error
1 2
12-24 V DC 1A
+ -
A-bus
1 2
LON
1 2
COM 1
COM 2
LAN 1
LAN 2
S900
S900
100-240V 275mA 50-60 Hz
+V
Ext
In
1
In
2
Out
1
Out
2
GND
Ext
Error
1 2
12-24 V DC 1A
+ -
A-bus
1 2
LON
1 2
abc
de f g fh i
j

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The blank label is found on the back side of the Getting started document: “Elise3 –
EMBEDDED LINUX SERVER INCLUDING SAFETY INFORMATION”, included in the
delivery.
Figure 3. Label for IP address or host name
3.3 LED INDICATIONS
The LEDs show different colors to determine type of information and have different
flashing frequency for showing the priority.
Flashing patterns
Figure 4. LED indications
Colors
Red Fault indication
Yellow Mode indication
Blue Normal operation (OK)
IP address / Host name

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3.4 OPERATING MODE
Besides normal operation the product can be operated in three other modes, that is,
Boot Mode, Demonstration Mode and Troubleshoot Mode.
3.4.1 NORMAL OPERATION
All configuration and settings for the product’s software, such as maintenance, software
upgrade and troubleshooting, are performed in the web user interface described in the
product’s user documentation.
3.4.2 BOOT MODE
If the software cannot be accessed, the product can be set in Boot Mode from the web
user interface. From this interface, it is possible to install new software, start
Troubleshoot Mode, see settings and to reset the module back to factory default
settings1.
Placing the product in Boot Mode is performed manually by the user but if the product
detects several major errors the module can place itself in Boot Mode.
1. Network settings such (IP address, Host name, etc.) will not be changed when resetting back to factory default.
* also used if the Power parameter conflicts with the actual setup.
Red
Red
Blue
Blue
Yellow
Yellow
Status LED
Blue
Mode LED
Blue
Blue
Yellow
Yellow
Blue
Status OK
Starting up/shutting down
Feedback (1 sec.)
Error/fault
Warning
Boot mode
Demonstation mode
Waiting for automatic
startup (1 min.)
Troubleshoot mode and
during firmware upgrade
Mass storage mode
Standby module synchronized
Standby module during
synchronization Yellow
Power LED
Blue
Blue
Yellow
Status LED Mode LED
Blue
Blue
Confirmation is done and settings
can be activated
Secured settings
Indicates that manual confirmation is required
Red
Power LED
Closing down caused by
low voltage
Power
Power OK Blue
Red
Low voltage*
Active module during
synchronization
Active module synchronized
Blue
Blue
Red
Blue

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See 5. Working in Boot Mode on page 25.
3.4.3 DEMONSTRATION MODE
Demonstration Mode makes it possible to run the product’s software for two hours with
full or almost full functionality, with or without a valid license. Exact functionality is
software dependent. For more information about the functionality during demonstration
mode, see the product’s documentation. See 6. Demonstration Mode on page 28.
3.4.4 TROUBLESHOOT MODE
Troubleshoot Mode makes it possible to troubleshoot the system and access log files
when it is impossible to access and troubleshoot in the software running on the
hardware, i.e. in Troubleshoot Mode no application is started.
Troubleshoot Mode is started from the Boot Mode GUI, see 8.1 Troubleshooting from
Boot Mode on page 32.

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4. INSTALLATION AND CONFIGURATION
The hardware can be mounted vertically on a wall or be placed horizontally in a 19”
rack. It must be fixed by screws or other fixtures to the wall or rack, and must not be
easily movable.
Figure 5. Recommended installation and configuration procedure
4.1 MOUNTING
4.1.1 ENVIRONMENTAL
The hardware shall be placed in an environment with an ambient temperature between
0°C to +40°C (32°F to 104°F). Relative humidity: 30 - 85% RH (non condensing).
4.1.2 WALL MOUNTING
Four screws size 3.5×40 mm (0.14×1.6 in) together with four wall plugs and four
screws size M3×6 mm (0.12×0.24 in), are delivered with the product. The M3×6 screws
are used for attaching the assembly brackets to the module. Use the 3.5×40 mm
(0.14×1.6 in) screws for walls made of wood. For walls made of concrete and bricks
use them together with the wall plugs. For other types of walls use suitable screws and
plugs according to wall material.
IMPORTANT: When mounted on a wall, it is of great importance that the connections
are located in a vertical plane.
1 Fasten the supplied assembly brackets on the bottom side of the hardware.
2 Use the supplied screws and wall plugs (or other suitable screws and plugs
dependent on wall material) and mount the hardware as shown in Figure 6.
Figure 6. Mounting on a wall
Connect the
supply voltage
Access the
application
Mount the
hardware
Basic
configuration
Connect
to required
equipment

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4.1.3 RACK MOUNTING
The hardware can be either front mounted or reverse mounted in a 19” rack.
Accessories for mounting in a rack (ordered separately).
NOTE: Screws for fastening the assembly brackets in the rack are not included in the
delivery.
Front mounted single
Front mounting a single hardware requires the standard 19” rack kit.
1 Fasten the big assembly bracket on the right side of the hardware and the small
assembly brackets on the left side, as shown in the figure below.
Item No. Rack
660324 Standard 19” rack kit:
Small left/right brackets for two front mounted
hardware and one big bracket for one front mounted
hardware.
660325 Reverse 19” rack kit:
Small left/right brackets for two reverse mounted
hardware and one big bracket for one reverse
mounted hardware.
Connectors Connectors

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2 Fasten the assembly brackets in the rack as shown in the figure below (screws
not included).
Front mounted double
Front mounting of double hardware requires the standard 19” rack kit.
1 Use the supplied assembly brackets and fasten the two hardware together, both
on the rear side and on the bottom side, as shown in the figures below.

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2 Use the two small standard assembly brackets and fasten one on the right front
side and the other on the left front side.
3 Fasten the assembly brackets in the rack as shown in figure below (screws not
included).
Rear mounted single
Rear mounting of single a hardware requires the reverse 19” rack kit.
1 Fasten the big assembly bracket on the right side of the hardware and the small
assembly brackets on the left side, as shown in the figure below.
2 Fasten the assembly brackets in the rack as shown in the figure below (screws
not included).

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Rear mounted double
Rear mounting of double hardware require the reverse 19” rack kit.
1 Use the supplied assembly brackets and mount the two hardware together, both
on the rear side and on the bottom side as shown in figure below.
2 Use the two small reverse assembly brackets and fasten one on the right rear
side and the other on the left rear side.

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4.2 SUPPLY VOLTAGE
The hardware can be connected to an external power supply (12-24 Vdc battery or
power source) as a complement to the primary power supply (100-240 Vac). If the
primary power supply fails it switches over to the external power supply automatically,
without any negative influence on the running application. If an external battery is used,
a current is fed to the battery to recharge it continuously.
NOTE: 24 hours backup requires a 12V battery with at least 4.8 Ah.
IMPORTANT
• For installation on ships the 12 - 24 Vdc input should be used to meet the regulatory
requirements for safety and EMC.
• To meet the regulatory requirements for EMC alone, the 12 - 24 Vdc input should be
used on deck, bridge and in special power distribution zones while 100 - 240 Vac
input can be used in general power distribution zones.
Primary power supply 100-240 Vac
Connect supply voltage to the 100-240 Vac jack, see figure below.
External power supply 12-24 Vdc
Connect the external power supply to the 12-24 Vdc screw connector, see figure below.
4.2.1 CHANGE POWER SUPPLY PARAMETER
The hardware is default configured to use the primary power supply (100-240 Vac).
When connected to an external DC power supply, this must be configured in the
application installed on the hardware. If the parameter setting conflicts with the actual
setup, the Power LED will indicate with slow flashing red light.
IMPORTANT: Select the Internal PSU and external battery setting only if an external
battery is used. If an external PSU is configured as a battery, it might result
in damages to the PSU.
1 Click “Configuration” on the Start page.
100-240 VAC
12-24 VDC
+ -

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2 Select Other Settings > Advanced Configuration in the menu on the
Configuration page.
3 Select Power supply in the menu on the Advanced Configuration page.
4 Select setting in the drop-down list (Internal PSU only, External PSU only,
Internal and external PSU or Internal PSU and external battery).
5 Click “Activate”.
4.3 CONNECTIONS
4.3.1 COM PORTS (RS232 COMMUNICATION WITH EXTERNAL
EQUIPMENT)
The hardware has two identical RS232 connectors; COM1 and COM2. How to connect
external equipment to the hardware is described in the product’s documentation.
4.3.2 ETHERNET (LAN) PORTS
The hardware has two 10baseT/100baseT Ethernet modular jacks (RJ45) but only the
jack marked 1 is currently in use.
IMPORTANT: Shielded Ethernet cables should be used for installation on trains to meet
the regulatory requirements for railway equipment.
4.3.3 S900/A-BUS CONNECTION
The hardware can be connected to Ascom Paging System, Alarm modules, and Output
modules; either via modular system bus cabling or via twisted-pair lines to 1 and 2 on
screw connector A-bus.
The hardware has two modular jacks (RJ45) marked S900 for connection of Ascom
Paging System/modules via modular bus cabling. If modular bus cabling is not used,
connections are made with twisted pairs to 1 and 2 on screw connector A-bus.
Figure 7. Modular jacks for system bus and screw connectors for twisted pairs