Majorcom: EN 54-16 User manual - page 20
EN 54-16 certified PA/VA System SERIES
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User manual V1.1
5 6 , c h e m i n d e l a Fl a m b è re · 3 1 3 0 0 To u l o u s e · F R A N C E · T é l . 3 3 ( 0 ) 5 6 1 3 1 8 6 8 7
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Usermanual V1.1
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38
SERIES EN 54-16 certified PA/VA System
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The bandwidth that Flexnet occupies in the standard Ethernet network is of 25Mb/s. On Ethernet
networks of 100Mb/s, it works at network layer 2 for audio and layer 3 for communications.
Operation of the connection between EXEO devices:
The return connection to the port B will be generally on standby. It will activate automatically if a loss
of connection between devices is detected. If connection cannot be recovered, it will turn again on
standby and a 'LINK' failure will be shown until a manual reboot. In case that the system works correctly
using the redundant link, the system will show the following failure: 'Network backup link active'.
ϰ͘ϰ
VOICE EVACUATION ZONES
The voice evacuation zones define those physical areas that contain a group of voice alarm speakers
with same evacuation message. One evacuation zone may have one or more amplification channels. In
order to set up the voice evacuation zones, use the configuration application.
ϰ͘ϱ
BACK-UP AMPLIFICATION
The equipment has the option of working with an internal back-up amplifier. This option is selectable
from the configuration application. When it is activated, the last channel of the equipment will be used
as a back-up of the other integrated amplifiers and, therefore, it cannot
be used to cover one of the voice
alarm zones. When a malfunction is detected in one of the amplification channels, there will be an
automatic switch to the back-up amplification channel that will occur in less than 10 seconds. If the
detected problem is fixed, it will switch again automatically to the main amplifier. If a second amplifier
fails during the malfunction of a main amplifier, the back-up amplifier will not automatically switch as
long it is busy with the previous malfunction.
The back-up channel is constantly monitored as well as the rest of the integrated amplifiers. It is not
possible to assign one voice evacuation zone to the back-up channel because the zone of the replaced
amplifier will be automatically assigned.
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38
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51
The bandwidth that Flexnet occupies in the standard Ethernet network is of 25Mb/s. On Ethernet
networks of 100Mb/s, it works at network layer 2 for audio and layer 3 for communications.
Operation of the connection between EXEO devices:
The return connection to the port B will be generally on standby. It will activate automatically if a loss
of connection between devices is detected. If connection cannot be recovered, it will turn again on
standby and a 'LINK' failure will be shown until a manual reboot. In case that the system works correctly
using the redundant link, the system will show the following failure: 'Network backup link active'.
ϰ͘ϰ
VOICE EVACUATION ZONES
The voice evacuation zones define those physical areas that contain a group of voice alarm speakers
with same evacuation message. One evacuation zone may have one or more amplification channels. In
order to set up the voice evacuation zones, use the configuration application.
ϰ͘ϱ
BACK-UP AMPLIFICATION
The equipment has the option of working with an internal back-up amplifier. This option is selectable
from the configuration application. When it is activated, the last channel of the equipment will be used
as a back-up of the other integrated amplifiers and, therefore, it cannot
be used to cover one of the voice
alarm zones. When a malfunction is detected in one of the amplification channels, there will be an
automatic switch to the back-up amplification channel that will occur in less than 10 seconds. If the
detected problem is fixed, it will switch again automatically to the main amplifier. If a second amplifier
fails during the malfunction of a main amplifier, the back-up amplifier will not automatically switch as
long it is busy with the previous malfunction.
The back-up channel is constantly monitored as well as the rest of the integrated amplifiers. It is not
possible to assign one voice evacuation zone to the back-up channel because the zone of the replaced
amplifier will be automatically assigned.
Page
38
sur
51
The bandwidth that Flexnet occupies in the standard Ethernet network is of 25Mb/s. On Ethernet
networks of 100Mb/s, it works at network layer 2 for audio and layer 3 for communications.
Operation of the connection between EXEO devices:
The return connection to the port B will be generally on standby. It will activate automatically if a loss
of connection between devices is detected. If connection cannot be recovered, it will turn again on
standby and a 'LINK' failure will be shown until a manual reboot. In case that the system works correctly
using the redundant link, the system will show the following failure: 'Network backup link active'.
ϰ͘ϰ
VOICE EVACUATION ZONES
The voice evacuation zones define those physical areas that contain a group of voice alarm speakers
with same evacuation message. One evacuation zone may have one or more amplification channels. In
order to set up the voice evacuation zones, use the configuration application.
ϰ͘ϱ
BACK-UP AMPLIFICATION
The equipment has the option of working with an internal back-up amplifier. This option is selectable
from the configuration application. When it is activated, the last channel of the equipment will be used
as a back-up of the other integrated amplifiers and, therefore, it cannot
be used to cover one of the voice
alarm zones. When a malfunction is detected in one of the amplification channels, there will be an
automatic switch to the back-up amplification channel that will occur in less than 10 seconds. If the
detected problem is fixed, it will switch again automatically to the main amplifier. If a second amplifier
fails during the malfunction of a main amplifier, the back-up amplifier will not automatically switch as
long it is busy with the previous malfunction.
The back-up channel is constantly monitored as well as the rest of the integrated amplifiers. It is not
possible to assign one voice evacuation zone to the back-up channel because the zone of the replaced
amplifier will be automatically assigned.
Page
38
sur
51
The bandwidth that Flexnet occupies in the standard Ethernet network is of 25Mb/s. On Ethernet
networks of 100Mb/s, it works at network layer 2 for audio and layer 3 for communications.
Operation of the connection between EXEO devices:
The return connection to the port B will be generally on standby. It will activate automatically if a loss
of connection between devices is detected. If connection cannot be recovered, it will turn again on
standby and a 'LINK' failure will be shown until a manual reboot. In case that the system works correctly
using the redundant link, the system will show the following failure: 'Network backup link active'.
ϰ͘ϰ
VOICE EVACUATION ZONES
The voice evacuation zones define those physical areas that contain a group of voice alarm speakers
with same evacuation message. One evacuation zone may have one or more amplification channels. In
order to set up the voice evacuation zones, use the configuration application.
ϰ͘ϱ
BACK-UP AMPLIFICATION
The equipment has the option of working with an internal back-up amplifier. This option is selectable
from the configuration application. When it is activated, the last channel of the equipment will be used
as a back-up of the other integrated amplifiers and, therefore, it cannot
be used to cover one of the voice
alarm zones. When a malfunction is detected in one of the amplification channels, there will be an
automatic switch to the back-up amplification channel that will occur in less than 10 seconds. If the
detected problem is fixed, it will switch again automatically to the main amplifier. If a second amplifier
fails during the malfunction of a main amplifier, the back-up amplifier will not automatically switch as
long it is busy with the previous malfunction.
The back-up channel is constantly monitored as well as the rest of the integrated amplifiers. It is not
possible to assign one voice evacuation zone to the back-up channel because the zone of the replaced
amplifier will be automatically assigned.
Page
39
sur
51
To make a connection, you must use the same cabling system that was used in the line of speakers
for voice evacuation zones.
ϰ͘ϲ
SPEAKER LINES
The equipment has 8 independent amplification channels, each of them with two speakers line
outputs. The power amplification of each channel is distributed in both lines so their impedance of each
parallel line cannot be lower than the nominal amplifier impedance. This feature enables great flexibility
in the speaker connections, allowing the connection of redundant speaker lines for the same evacuation
zone.
In Appendix C: Cabling section for speaker lines. Can be found a table guide that is used for the
calculation of which cabling section should be implemented in the installation depending on the power
and length of the cable.
ϰ͘ϲ͘ϭ
LINE CABLING. STANDARD MODE
The wiring of the speakers follows a classic scheme. A single cable can connect all the speakers that
belong to the same amplifier channel. This wiring system can be used with or without an end-of-line
devices (see 4.6.4). This way, the channel power amplification is distributed by one single output line.
ϰ͘ϲ͘Ϯ
LINE CABLING. A/B MODE
The wiring of speakers using the A/B mode allows wiring guide of one same voice evacuation system,
using two different routes. This way, it reduces the risk of completely losing the connection of a zone
which requires voice evacuation in case of damage to one of the lines. This wiring format can be used
with or without an end-of-line devices (see 4.6.4). This way, the channel power amplification is
distributed on both output lines.
Picture 44: Back-up amplifier connection
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51
To make a connection, you must use the same cabling system that was used in the line of speakers
for voice evacuation zones.
ϰ͘ϲ
SPEAKER LINES
The equipment has 8 independent amplification channels, each of them with two speakers line
outputs. The power amplification of each channel is distributed in both lines so their impedance of each
parallel line cannot be lower than the nominal amplifier impedance. This feature enables great flexibility
in the speaker connections, allowing the connection of redundant speaker lines for the same evacuation
zone.
In Appendix C: Cabling section for speaker lines. Can be found a table guide that is used for the
calculation of which cabling section should be implemented in the installation depending on the power
and length of the cable.
ϰ͘ϲ͘ϭ
LINE CABLING. STANDARD MODE
The wiring of the speakers follows a classic scheme. A single cable can connect all the speakers that
belong to the same amplifier channel. This wiring system can be used with or without an end-of-line
devices (see 4.6.4). This way, the channel power amplification is distributed by one single output line.
ϰ͘ϲ͘Ϯ
LINE CABLING. A/B MODE
The wiring of speakers using the A/B mode allows wiring guide of one same voice evacuation system,
using two different routes. This way, it reduces the risk of completely losing the connection of a zone
which requires voice evacuation in case of damage to one of the lines. This wiring format can be used
with or without an end-of-line devices (see 4.6.4). This way, the channel power amplification is
distributed on both output lines.
Picture 44: Back-up amplifier connection
Page
39
sur
51
To make a connection, you must use the same cabling system that was used in the line of speakers
for voice evacuation zones.
ϰ͘ϲ
SPEAKER LINES
The equipment has 8 independent amplification channels, each of them with two speakers line
outputs. The power amplification of each channel is distributed in both lines so their impedance of each
parallel line cannot be lower than the nominal amplifier impedance. This feature enables great flexibility
in the speaker connections, allowing the connection of redundant speaker lines for the same evacuation
zone.
In Appendix C: Cabling section for speaker lines. Can be found a table guide that is used for the
calculation of which cabling section should be implemented in the installation depending on the power
and length of the cable.
ϰ͘ϲ͘ϭ
LINE CABLING. STANDARD MODE
The wiring of the speakers follows a classic scheme. A single cable can connect all the speakers that
belong to the same amplifier channel. This wiring system can be used with or without an end-of-line
devices (see 4.6.4). This way, the channel power amplification is distributed by one single output line.
ϰ͘ϲ͘Ϯ
LINE CABLING. A/B MODE
The wiring of speakers using the A/B mode allows wiring guide of one same voice evacuation system,
using two different routes. This way, it reduces the risk of completely losing the connection of a zone
which requires voice evacuation in case of damage to one of the lines. This wiring format can be used
with or without an end-of-line devices (see 4.6.4). This way, the channel power amplification is
distributed on both output lines.
Picture 44: Back-up amplifier connection
Page
39
sur
51
To make a connection, you must use the same cabling system that was used in the line of speakers
for voice evacuation zones.
ϰ͘ϲ
SPEAKER LINES
The equipment has 8 independent amplification channels, each of them with two speakers line
outputs. The power amplification of each channel is distributed in both lines so their impedance of each
parallel line cannot be lower than the nominal amplifier impedance. This feature enables great flexibility
in the speaker connections, allowing the connection of redundant speaker lines for the same evacuation
zone.
In Appendix C: Cabling section for speaker lines. Can be found a table guide that is used for the
calculation of which cabling section should be implemented in the installation depending on the power
and length of the cable.
ϰ͘ϲ͘ϭ
LINE CABLING. STANDARD MODE
The wiring of the speakers follows a classic scheme. A single cable can connect all the speakers that
belong to the same amplifier channel. This wiring system can be used with or without an end-of-line
devices (see 4.6.4). This way, the channel power amplification is distributed by one single output line.
ϰ͘ϲ͘Ϯ
LINE CABLING. A/B MODE
The wiring of speakers using the A/B mode allows wiring guide of one same voice evacuation system,
using two different routes. This way, it reduces the risk of completely losing the connection of a zone
which requires voice evacuation in case of damage to one of the lines. This wiring format can be used
with or without an end-of-line devices (see 4.6.4). This way, the channel power amplification is
distributed on both output lines.
Picture 44: Back-up amplifier connection
Page
39
sur
51
To make a connection, you must use the same cabling system that was used in the line of speakers
for voice evacuation zones.
ϰ͘ϲ
SPEAKER LINES
The equipment has 8 independent amplification channels, each of them with two speakers line
outputs. The power amplification of each channel is distributed in both lines so their impedance of each
parallel line cannot be lower than the nominal amplifier impedance. This feature enables great flexibility
in the speaker connections, allowing the connection of redundant speaker lines for the same evacuation
zone.
In Appendix C: Cabling section for speaker lines. Can be found a table guide that is used for the
calculation of which cabling section should be implemented in the installation depending on the power
and length of the cable.
ϰ͘ϲ͘ϭ
LINE CABLING. STANDARD MODE
The wiring of the speakers follows a classic scheme. A single cable can connect all the speakers that
belong to the same amplifier channel. This wiring system can be used with or without an end-of-line
devices (see 4.6.4). This way, the channel power amplification is distributed by one single output line.
ϰ͘ϲ͘Ϯ
LINE CABLING. A/B MODE
The wiring of speakers using the A/B mode allows wiring guide of one same voice evacuation system,
using two different routes. This way, it reduces the risk of completely losing the connection of a zone
which requires voice evacuation in case of damage to one of the lines. This wiring format can be used
with or without an end-of-line devices (see 4.6.4). This way, the channel power amplification is
distributed on both output lines.
Picture 44: Back-up amplifier connection