Optimus Compact User manual

25/10/2023 V5.2.002

COMPACT version 5.2.002 ENG
3
Modular audio matrix
with IP connection
COMPACT
4ETH
R + D Department
SAFETY INSTRUCTIONS:
IMPORTANT:
•Read carefully the safety instructions.
•Keep this manual for future references.
•Unplug the equipment during lightning storms or if it won’t be used for a long time.
•Always use certified wires to prevent electric shock or fire. In case of doubt, consult a qualified installer.
•Do not use the unit in humid places or near liquids. Do not install it near heat sources. Do not block ventilation openings.
•When it is necessary, remove dust with a dry cloth. Do not use solvents such as alcohol. Keep the unit clean and dust free.
•Maintenance operations require qualified personnel.
Note: The information provided in this manual does not include neither details of design production or variations in equipment, nor
possible risks during installation, operation or maintenance. If you need special assistance beyond the manual, please contact our
customer service

COMPACT version 5.2.002 ENG
4
Modular audio matrix
with IP connection
COMPACT
4ETH
R + D Department
ATTENTION. This is Class A unit. In a domestic environment it may cause radio interference. In such a case, the user will be
required to take appropriate measures.
Table of contents
1. INTRODUCTION......................................................................................................................................5
2. FRONT VIEW...........................................................................................................................................6
3. REAR VIEW.............................................................................................................................................6
3.1. A495MP Power and control module .....................................................................................................7
4. PLACEMENT OF THE BATTERY ...............................................................................................................10
5. CONNECTION OF PERIPHERALS TO THE CAN BUS ...................................................................................12
5.1. Configuration of the CAN bus baud rate of the COMPACT unit ...........................................................13
5.2. Position of the device on the CAN bus (intermediate or final element)...............................................13
5.3. Connection between the COMPACT and COMPACT-E units ................................................................15
5.4. Connection between COMPACT and CAN peripherals........................................................................16
6. INSERTING THE CARDS..........................................................................................................................16
7. DISPLAY, GENERAL VIEW.......................................................................................................................17
8. AVIGATING THROUGH THE MENUS .......................................................................................................17
9. STRUCTURE OF THE MENUS..................................................................................................................18
10. COMMISSIONING OF THE DEVICE..........................................................................................................19
10.1. Configuration of the COMPACT network addresses........................................................................19
10.1.1. Changing the IP address.....................................................................................................19
10.1.2. Changing the Netmask.......................................................................................................19
10.1.3. Changing the Gateway.......................................................................................................19
11. OPERATIONS FROM THE FRONT PANNEL...............................................................................................20
11.1. User levels and changes..................................................................................................................20
11.2. Adjusting display contrast ..............................................................................................................20
11.3. Front USB connector: Playing music from an external memory ......................................................20
11.4. Volume zones adjustment .............................................................................................................21
11.5. Stop or activate all the music channels of the area.........................................................................22
11.6. Stop or activate a specific music channel........................................................................................22
11.7. Configure music channels ...............................................................................................................22
12. SYSTEM ALARMS ..................................................................................................................................23
13. CARACTERÍSTICAS TÉCNICAS .................................................................................................................27
14. NETWORK SPECIFICATIONS...................................................................................................................28
15. SOFTWARE AND FIRMWARE VERSIONS.................................................................................................32
16. DOCUMENT VERSION TRACKING...........................................................................................................32
17. WARRANTY..........................................................................................................................................33

COMPACT version 5.2.002 ENG
5
Modular audio matrix
with IP connection
COMPACT
4ETH
R + D Department
1. INTRODUCTION
Modular audio matrix with IP connection and monitoring functions for fully managing PA and voice alarm systems. It is the main
component of the COMPACT control system.
It has 10 slots for the insertion of UMX-C16, UMX-EA3, UMX-2M3, UMX-2SA, UMX-2SB, UMX-MC6, UMX-LNK or UMX-PS cards.
The capacity of the matrix may be expanded using COMPACT-E units (10 slots per unit) up to a maximum of 10 units. The COMPACT-
E units allow housing cards UMX-2SA, UMX-2SB, UMX-MC6, UMX-C16 or UMX-LNK/E.
It includes the necessary connections, monitoring system and indicators to comply with the EN54-16 fire evacuation standard.
Main characteristics:
•Dual Ethernet connection for installations with redundant
network systems. The connection is constantly monitored
and switches automatically when required.
•It is equipped with two power supplies (one primary and
one secondary) for redundant installations.
•Front USB input for music.
•CAN bus for communicating with the COMPACT-E matrix
and peripherals.
•Reception of digital audio via an IP connection (4
simultaneous channels).
•Reception and sending of control data via an IP connection.
•Monitoring of the operation of the equipment using Call
Point software and/or basic TELNET or SSH (Secure Shell)
functions.
•Configuration of the IP address in Flash memory via
software.
•Constant notification (IP) of the status of the equipment
via a Heart Beat signal.
•It has 16 GB of internal memory for storing audio files to
be used as pre-recorded messages. Messages can be
recorded/updated remotely via IP, using Call Point
software.
•Monitoring functions:
-of the speaker lines (short-circuit and line open).
-of the amplifiers.
-of the cards inserted in the matrix.
-of the primary and secondary power supplies.
-of the input contacts.
-of the pre-recorded messages.
•Control of the volume of zones.
•Management of the musical channels of the system.
•Communication with external systems:
-VoIP: receiving of direct calls from any VoIP digital
telephone that uses standard SIP protocols. Incorporates
zone selection by sending DTMF tones. Provides the
possibility of protecting the access with a password.
-Direct integration (XML, API/DLL).
•Allows housing module ME-200B (front evacuation panel).

COMPACT version 5.2.002 ENG
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Modular audio matrix
with IP connection
COMPACT
4ETH
R + D Department
2. FRONT VIEW
(1) GENERAL FAULT indicator light. Yellow LED system alarm
indicator.
(2) SYSTEM FAULT indicator light. Yellow LED internal
equipment error indicator.
(3) EMERGENCY indicator light. Red LED emergency
indicator. Remains illuminated while the system is in
Emergency Mode.
(4) Buzzer. The COMPACT incorporates a buzzer that
generates an acoustic signal when an alarm is received.
(5) POWER indicator. Indicates that the unit is receiving
power.
(6) STANDBY push-button. The equipment enters in low
consumption mode, deactivating the music program.
(7) Navigation and OK/CANCEL selection keys.
(8) Front blank plate. Allows adding ME-200B module (voice
alarm fire panel).
(9) Display.
(10) CONSOLE connector. Mini USB connector. Allows
monitoring the system. Specialized personnel only.
(11) Front USB for music input.
(12) JP1 Internal jumper to deactivate the acoustic alarm on
SYSTEM FAULT errors (see section 12. SYSTEM ALARMS).
3. REAR VIEW
1) Slots 1 to 10. Allows insertion of UMX-C16, UMX-EA3, UMX-2M3, UMX-2SA, UMX-2SB, UMX-MC6, UMX-LNK or UMX-PS cards.
2) Power and control module A495MP. See section 3.1. A495MP Power and control module.
Figure 1
Figure 2

COMPACT version 5.2.002 ENG
7
Modular audio matrix
with IP connection
COMPACT
4ETH
R + D Department
3.1.A495MP Power and control module
1) POWER indicator of the equipment.
2) FAIL contacts
Output relay used to indicate a system failure.
If the COM contact is linked to the NO contact, it indicates that there
are no faults or alarms in the system. If on the other hand, COM is linked
to NC, it indicates that the equipment is switched off or alarms detected
(figure 4).
Maximum DC charge current: 150mA
Maximum DC or AC peak charge voltage: 350V
3) BUS CAN contacts
Data communication bus between the COMPACT matrix, the
COMPACT-E expansion unit and CAN peripherals.
For the connection of the CAN bus it is recommended to use a shielded
twisted pair AWG24 cable. See section 5.3. Connection between the
COMPACT and COMPACT-E units and 5.4. Connection between
COMPACT and CAN peripherals.
4) OUTPUT CT contacts
It has three output contacts. Each contact consists of two terminals (A
and B) that can be configured, by means of internal DIP switches as dry
contacts (with or without 3K3 resistor) or referenced to ground (contact
A). For configuration follow figure 7 on the next page.
The functionality and the idle state (NC/NO) are configured via the Call
Point software. They can be configured as general-purpose contacts, or
in evacuation systems as fault notification contacts, Emergency Mode
activated indicator....
To connect as dry contacts, follow figure 5. If contacts referenced to
ground are desired, follow figure 6.
Attention: Max. DC charge current: 150 mA. Max.
DC or AC peak charge voltage: 350 V.
Figure 3
Figure 4
COMPACT
OFF or
alarms
detected
No alarms
Figure 5
CONNECTION OF THE OUTPUT
CONTACTS AS DRY CONTACTS
EXTERNAL
DEVICE
Figure 6
CONNECTION OF THE OUTPUT CONTACTS
AS CONTACTS REFERENCED TO GROUND
EXTERNAL
DEVICE

COMPACT version 5.2.002 ENG
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Modular audio matrix
with IP connection
COMPACT
4ETH
R + D Department
DIPSWITCH
NUMBER
* A/B DRY CONTACT
WITH 3K3 RESISTOR
A/B DRY CONTACT
WITHOUT 3K3
RESISTOR
“A”CONTACT
REFERENCED TO
GROUND
OUTPUT
CONTACT 1
1
OFF
ON
OFF
2
OFF
OFF
OFF
3
OFF
OFF
ON
OUTPUT
CONTACT 2
4
OFF
ON
OFF
5
OFF
OFF
OFF
6
OFF
OFF
ON
OUTPUT
CONTACT 3
7
OFF
ON
OFF
8
OFF
OFF
OFF
9
OFF
OFF
ON
SW2 DIPSWITCH.
JUNCTION BETWEEN POWER
SUPPLY NEGATIVE AND CHASSIS
* JOINED
DIPSWITCH 1 →ON*
DIPSWICTH 2 →ON*
SEPARATED
DIPSWITCH 1 →OFF
DIPSWICTH 2 →OFF
* FACTORY SETTINGS
* FACTORY SETTINGS
Figure 7
OUTPUT CONTACTS CONFIGURATION
WARNING: Disconnect the power
supply of the equipment before
removing and handling the A495MP
control module.
DIPSWITCH S1.
CONFIGURATION OF THE OUTPUT CONTACTS
Remove the A495MP
control module

COMPACT version 5.2.002 ENG
9
Modular audio matrix
with IP connection
COMPACT
4ETH
R + D Department
5) INPUT CONTACTS CT 1, CT2 and CT3
The functionality and de-energized state (NC/NO) are configured through the configuration software. They may be configured
as general-purpose contacts or in the evacuation system as emergency mode activation contacts, evacuation message
activated...
If you wish, the system may monitor these contacts (short-circuit or open line detection).
The detection time of the activation pulse of the input contacts is configurable through the Call Point software (0-50-100-200-
300-400-500-1000-1500-2000 milliseconds).
To connect follow figure 8. If you wish to monitor the contact, follow figure 9.
6) BUS AUDIO LINK
Audio bus expansion connector. it is used for connecting the COMPACT to the
COMPACT-E units. To accomplish this use 34-way flat ribbon cable with 2x17, pitch
2.54mm IDC connectors. When installing the cable be careful to install the
connectors in the same position and side of the flat ribbon cable (see figure 16).
7) POWER SUPPLY 1
24 VDC primary power input strip. Connect a 24 VDC
power supply (not included) to this input, respecting
the polarity indicated in figure 10.
8) POWER SUPPLY 2
Secondary 24 VDC power supply input (see figure 11).
The power supply inputs have been duplicated so that,
if required by safety regulations, two independent
power supplies can be connected.
9) GND contact
10) ETH A connector
It is used to connect the equipment to the IP network
via an RJ45 FTP Cat 5 cable (not included).
The connector has a yellow LED (LINK) indicating
connection to the network, and a green LED
(ACTIVITY) that flashes indicating sending or receiving
data.
11) ETH B connector
It is used, in a redundant network, as a secondary
connection to the IP network.
Figure 8
INPUT CONTACT CONNECTION
WITHOUT SURVEILLANCE
Figure 9
INPUT CONTACT CONNECTION WITH
SURVEILLANCE
Figure 10
PRIMARY POWER
SUPPLY INPUT
Figure 11
SECONDARY POWER
SUPPLY INPUT

COMPACT version 5.2.002 ENG
10
Modular audio matrix
with IP connection
COMPACT
4ETH
R + D Department
Handling batteries properly:
•Warning! Improper use of battery may lead to explosion. Replace the batteries with the same or equivalent type only.
•Batteries may endanger life if swallowed. If a battery is swallowed, seek medical assistance immediately.
•Before inserting the batteries, check whether the contacts in the device and batteries are clean and, if necessary, clean them.
•Only use new batteries.
•Do not use rechargeable batteries
•Never try to recharge normal batteries. There is a risk of explosion!
•Never expose batteries to heat sources (e.g. radiators) or direct sunlight. There is an increased risk of leakage!
•Never short-circuit the batteries.
•Never throw batteries into a fire.
•Do not disassemble or deform batteries.
•If the equipment is not going to be used for long periods, remove the battery.
•Remove leaking batteries from the device immediately. If battery acid leaks out it is essential to avoid contact with the skin,
eyes and mucous membranes! If the acid does come into contact with skin, immediately rinse the affected areas with plenty
of clear water and consult a doctor immediately. There is a risk of acid poisoning and acid burns!
•Remove exhausted rechargeable battery from the device immediately! There is an increased risk of leakage
•Do not throw used batteries into the household waste. The batteries must be deposited in a collection point for used batteries.
4. PLACEMENT OF THE BATTERY
The Call Point software allows you to create message schedules and volume schedules, and to send these schedules to the equipment.
In this way, it is not necessary to use a server PC to activate the time schedules, but the equipment activates them automatically.
For this purpose, the unit incorporates a RTC (Real-Time Clock) whose function is to maintain the current time. To keep the RTC
powered even if the equipment is turned off, a 3V lithium battery type CR2032 supplied with the equipment must be used.
It is recommended to replace the battery at least every 5 years.
Battery placement procedure:
1) Disconnect the power strips (POWER
SUPPLY 1 and POWER SUPPLY 2).
Figure 12