Majorcom: EMAGP16 User manual

www.majorcom.fr
EMAGP16
USER
MANUAL
Manual to download in PDF format on

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INDEX
1.
IMPORTANT REMARK................................................................................................. 3
2.
IMPORTANT SAFETY INSTRUCTIONS ...................................................................... 3
3.
IMPORTANT NOTE ...................................................................................................... 5
4.
INTRODUCTION ................................................................................................... 5
5.
INSTALLATION...................................................................................................... 6
5.1.
Installation with ePXN1616 matrix ................................................................... 6
5.2.
Installation with PXN88 matrix ......................................................................... 9
5.2.1.
Installaon and wiring.............................................................. 9
5.2.2.
Compability terms and external power supply requirements................. 12
6.
OPERATING THE UNIT.............................................................................................. 14
1.1
SENDING MESSAGES ........................................................................................ 14
1.2
DISPLAY AND USER KEYS ................................................................................. 14
1.3
LED INDICATORS ................................................................................................ 15
1.4
PRIORITIES FOR SENDING MESSAGES........................................................... 16
7.
NOTES........................................................................................................................ 18
8.
PART NAMES............................................................................................................. 19
9.
TECHNICAL SPECIFICATIONS ................................................................................. 20
10.
BLOCK DIAGRAM ................................................................................................... 21
11.
CONFIGURATION DIAGRAM ................................................................................. 22
12.
PACKAGE CONTENTS ........................................................................................... 23
1.
IMPORTANT REMARK
The lightning ash with arrowhead symbols, within an equilateral triangle,
is intended to alert the user to the presence of uninsulated “dangerous vol-
tage” within the product’s enclosure that may be of sucient magnitude
to
constute a risk of electric shock to persons.
The exclamaon point within an equilateral triangle is intended to alert the
user to the presence of important operang and maintenance (servicing)
instrucons in the literature accompanying the appliance.
WARNING (If applicable): The terminals marked with the symbol of “ ” may be
of sucient magnitude to constute a risk of electric shock. The external wiring connec-
ted to the terminals requires the installaon by an instructed person or the use of ready-
made leads or cords.
WARNING: To prevent re or shock hazard, do not expose this equipment to rain or
moisture.
WARNING: An apparatus with Class I construcon shall be connected to a mains
socket-outlet with a protecve earthing connecon.
2.
IMPORTANT SAFETY INSTRUCTIONS
1. Read these instrucons.
2. Keep these instrucons.
3. Heed all warnings.
4. Follow all instrucons.
5. Do not use this apparatus near water.
6. Clean only with dry cloth.
7. Do not block any venlaon openings. Install in accordance with the manufacturer’s
instrucons.

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8. Do not install near any heat sources such as radiators, heat registers, stoves, or other appa-
ratus (including ampliers) that produce heat.
9. Do not defeat the safety purpose of the polarized or grounding type plug. A polarized plug
has two blades with one wider than the other. A grounding type plug has two blades and
a third grounding prong. The wide blade or the third prong are provided for your safety. If
the provided plug does not t into your outlet, consult an electrician for replacement of the
obsolete outlet.
10. Protect the power cord from being walked on or pinched parcularly at the plugs, conve-
nience receptacles, and at the point where they exit from the apparatus.
11. Only use aachments/accessories specied by the manufacturer.
12. Unplug the apparatus during lightening sorts or when unused for long periods of me.
13. Refer all servicing to qualied personnel. Servicing is required when the apparatus has been
damaged in any way, such as power supply cord or plug is damaged, liquid has been spilled
or objects have fallen into the apparatus, the apparatus has been exposed to rain or mois-
ture, does not operate normally, or has been dropped.
14. Disconnecng from mains: Switching o the POWER switch all the funcons and light in-
dicators of the amplier will be stopped, but fully disconnecng the device from mains is
done unplugging the power cord from the main input socket. For this reason, it always shall
remain readily operable.
15. Equipment is connected to a socket-outlet with earthing connecon by means of a power
cord.
16. The marking informaon is located at the boom of apparatus.
17. The apparatus shall not be exposed to dripping or splashing and that no objects lled with
liquids, such as vases, shall be placed on apparatus.
NOTE: This equipment has been tested and found to comply with the
limits for a Class A digital device, pursuant to part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against harmful
interference when the equipment is operated in a commercial environment.
This equipment generates, uses, and can radiate radio frequency energy
and, if not installed and used in accordance with the instruction manual,
may cause harmful interference to radio communications. Operation of this
equipment in a residential area is likely to cause harmful interference in
which case the user will be required to correct the interference at his own
expense.
WARNING: This product must not be discarded, under any
circumstance, as unsorted urban waste. Take to the nearest elec-
trical and electronic waste treatment center.
MAJORCOM. accepts no liability for any damage that may be caused to
people, animals or objects due to failure to comply with the warnings above.
3.
IMPORTANT NOTE
Thank you for choosing our MAJORCOM EMAGPE16digital paging station!
It is VERY IMPORTANT to carefully read this manual and to fully understand its contents before
any connecon in order to maximize your use and get the best performance from this equipment.
To ensure opmal operaon of this device, we strongly recommend that its maintenance be car-
ried out by our authorized Technical Services.
MAJORCOM EMAGPE16comes with an X-year warranty.
4.
INTRODUCTION
EMAGPE16is a desktop paging staon compable with MAJORCOM ePXN1616 digital audio ma-
trix and with PXN88, PXN88SG and PXN1212SG MAJORCOMNet matrices (Note: from February
2019). With its buons, LED indicators, electronic ink technology zone name display and goose-
neck microphone, it is possible to select the desnaon zones for voice messages, nd out if
these zones are already controlled elsewhere, capture the voice message and send it in real me
to the desnaon zones.
The main features of the EMAGPE16staon are:
•
20 mechanical keys with integrated LED status indicators (paging zone selecon mana-
gement)
•
1 mechanical key with adjacent LED indicators (message acvaon, PAGE key)
•
Electronic ink display (shows paging zone names)
•
Gooseneck microphone, with standard XLR connector
•
Management of up to 16 paging zones
•
RJ45 connector for single CAT5 or higher cabling (point-to-point), including power, au-
dio output signal (picked up by the microphone) and digital control bus between the
ePXN1616 unit (RS-485 bus) or PXN matrices (CAN bus) and the EMAGPE16staon
•
Compable with CAN bus communicaon (supporng in this mode PXN88, PXN88SG
and PXN1212SG MAJORCOMNet matrices)
•
Connector for backup power supply (oponal)
•
Two EMAGPE16units, with dierent or equal priority levels, can work simultaneously
on the same ePXN1616 matrix
•
Four EMAGPE16units, with dierent or equal priority levels, can work simultaneously
on the same PXN88 matrix

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•
Three EMAGPE16units, with dierent or equal priority levels, can work simul-
taneously on the same PXN88SG or PXN1212SG matrix
•
programming of paging staon(s) funconality from the web applicaon embedded
in the ePXN1616 matrix: enabled paging zones, chime melodies, priories, pro-
grammable keys, etc.
5.
INSTALLATION
5.1. Installation with ePXN1616 matrix
To install an EMAGPE16unit, connected to an ePXN1616 matrix (RS-485 bus connecon),
follow these steps:
•
Remove the back cover of the unit by unscrewing the screws that hold it to the chassis
to gain access to the connectors inside:
o
RJ45 connector (1): connect a CAT5 or higher cable from this connector direct-
ly (point-to-point wiring) to the PAGER A or PAGER B port of the ePXN1616 unit.
o
Power connector (2): connect a backup power supply (WP24-PSU model)
if necessary (see maximum cable length and recommendaons below)
o
Check that both jumpers shown in the diagram below are
posioned in the 485 position
•
Screw the back cover back onto the unit chassis.
•
Insert the supplied microphone into the XLR connector on the front panel

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•
Program the operaon and sengs of the paging console unit from
the PAGERS/DUCKERS tab of the ePXN1616 web applicaon (see
ePXN1616 web applicaon manual)
•
For maximum sound quality and minimum background noise, use
a screwdriver to set the ADJ control on the side of the unit to a
high level (increase it by turning clockwise) and the GAIN control
on the rear panel of the ePXN1616 (the one associated with the
PAGER A or B port to which the staon is connected) to a low
level. You can start from a state with ADJ to maximum and GAIN
to minimum and adjust them following the above indicaons
unl you get the desired signal levels to broadcast the paging
messages in the desnaon zones.
The maximum lengths for CAT5 or higher cabling connecng a staon to
an ePXN1616 unit depend on the AWG category of the cable used. Exa-
mples:
AWG24 Cable AWG23 Cable AWG22 Cable
Max. length 90 me-
ters
Max. length
110 meters
Max. length
140 meters
If the cable is too long, the paging staon may work properly but noise will be superimposed on
the signal picked up by the microphone. The soluon to this possible problem is to supply the
paging staon with an external power supply. WP24-PSU model. The digital data exchange
between the ePXN1616 unit and the EMAGPE16paging staon, using an external power supply
and good quality CAT5E cable, has been successfully tested with a wiring distance of 600 me-
ters.
1.1.
Installation with PXN88 matrix
1.1.1.
Installaon and wiring
To install an EMAGPE16unit, connected to a PXN88, PXN88SG or PXN1212SG unit,
in CAN bus mode, follow these steps:
•
Remove the back cover of the unit by unscrewing the screws that
hold it to the chassis to gain access to the connectors inside:
o
RJ45 connector (1): connect a CAT5 or higher cable from
this connector to the REMOTE 1 or REMOTE 2 port of the
PXN88, or to the REMOTE port of PXN88SG or PXN1212SG
matrices. If other EMAGPE16or WPTOUCH digital devices
must be connected to the same port, in daisy chain topo-
logy, the included RJ45 to screw terminals adapter can be
used.
REMOTE ports in the back panel of PXN matrices

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EMAGP16 EMAGP16
The remaining cable pair (N.C.) can be
used to
double the +12V - GND pair,
in
order to reach higher cable efficiency.
N.C.
N.C.
+12V
GND
OUT -
OUT +
CAN L
CAN H
N.C.
N.C.
+12V
CAN L
GND
OUT -
OUT +
CAN L
CAN H
GND
+12V
CAN L
CAN H
GND
+12V
Usermanual V1.1 Usermanual V1.1
Both possibilities of connection between EMAGPE16and the
REMOTE ports in PXN matrices. Left- with the RJ45 to screw
terminals adapter / Right – without it, when no daisy-chained
units share the same REMOTE line
EMAGPE16RJ45 connector pinout diagram CAN bus mode
o
Connect as well the audio from the paging console micro-
phone (Audio signal + and -
/
OUT+ and -) to the + and –
terminals of one balanced audio input in the PXN matrix
(ground is common with CAN bus data ground). This will
be the input used in the PAGERS/DUCKERS module under
control by the paging staon
o
Power connector (2): if necessary, connect a backup power
supply (WP24-PSU model) (see secon 5.2.2. Compati-
bility terms and external power supply requirements
for further details)
• Check that both jumpers shown in the diagram below are positioned
in the CAN position. If the unit is the last one in the CAN bus
wiring line, insert as well J111-J112 jumper, 120 ohm terminal
resistor ON (closed contact position)

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•
Screw the back cover back onto the unit chassis.
•
Insert the supplied microphone into the XLR connector on the front panel
•
Program the operaon and sengs of the paging console unit from the PAGERS/DUC-
KERS tab of the PXN matrix in the MAJORCOMNet Manager project (see MAJOR-
COMNet Manager manual for extended informaon)
•
For maximum sound quality and minimum background noise, use a screwdriver to set
the ADJ control on the side of the unit to a high level (increase it by turning clockwise)
and the GAIN control in the aected input of the PXN matrix in the MAJORCOMNet
Manager project (the input to which the audio of the paging staon microphone is
connected to) to a low level. You can start from a state with ADJ to maximum and
GAIN to a minimum and adjust them following the above indicaons unl you get
the desired signal levels to broadcast the paging messages in the desnaon zones.
5.2.2. Compability terms and external power supply requirements
It’s possible to connect several EMAGPE16units to the same PXN matrix, considering the fol-
lowing condions:
•
Each EMAGPE16unit needs a minimum DC supply of 8V (measured locally, at the unit’s DC
input terminals) to work properly. A console with a measured DC supply (coming
from the PXN88, PXN88SG or PXN1212SG matrix REMOTE port DC wiring)
lower than 8 VDC will always need an external WP24-PSU power supply.
•
Generally speaking, the REMOTE port(s) of a PXN matrix can directly feed DC supply
to a maximum of 2 EMAGPE16units, but when wiring distances are really long, the
inrush current peak when the system is powered ON may result on the EMAGPE16units
not working (blocked, unsuccessful power up sequence) and CAN bus errors detected
in the PXN matrix (registered in the log report in MAJORCOMNet Manager):
o
Cable qualies and condions may vary a lot and make it dicult to predict with
precision whether a distant EMAGPE16unit may work properly or not with direct
DC supply from the PXN matrix REMOTE port
o
The DC voltage measurement (minimum 8 VDC) will be the only trustworthy me-
thod to troubleshoot a dubious case and decide to apply a soluon.
•
To resolve the above limitaon, two possible countermeasures may be applied
o
Option 1 - 100% reliable, always working: the addion of external power
supplies (WP24-PSU model) connected to the EMAGPE16units which do need
it. EMAGPE16units with direct supply from the REMOTE ports of the PXN matrix
and others with external power supply can coexist in the same CAN bus wiring
line
o
Option 2: use the spare NC (Not Connected) twisted pair in the Cat5 cable to
double the DC supply line wiring from the REMOTE port in the PXN matrix to the
EMAGPE16unit, thus reducing the wiring line resistance and DC voltage drop
along it
Note 1: a hot connecon of a new EMAGPE16unit to a working PXN system (with the system
powered ON) may result in a reboot sequence of other digital remote controls aached to it, taking
some seconds to recover the normal working condions of them all.
Note 2: WP24-PSU is the optional external power supply compatible with the EMAGPE-
16paging console. WP-PSU model is the one compatible with the MPAGE16 paging sta-
tion and WPTOUCH digital control. Never use one of these two power supplies with
devices not compatible with it.

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6.
OPERATING THE UNIT
6.1. SENDING MESSAGES
Sending voice messages via an EMAGPE16paging staon is done according to the following
procedure:
1.
Visual check of the available/busy status of the zones (LED indicators)
2.
Select the message desnaon zones by pressing the corresponding keys
3.
Press and hold the PAGE key for the duraon of the voice message
4.
Release the PAGE key
5.
Press the CLR (CLEAR) key if you want to cancel the last zone selecon.
However, this process and its funconal results when sending messages depend on the
programming of the messaging module (PAGERS/DUCKERS) in the ePXN1616, PXN88,
PXN88SG or PXN1212SG matrix unit to which the EMAGPE16paging staon is connec-
ted. This programming is done through the web applicaon embedded in ePXN1616 or
with MAJORCOMNet Manager when used with PXN matrices. Refer to the ePXN1616
Web Applicaon manual
/
MAJORCOMNet Manager user manual for more informaon.
6.2.
DISPLAY AND USER KEYS
The electronic ink display on the front panel shows the names of the zones enabled for paging.
These names are automacally imported from the names assigned to the outputs of the ePXN1616
or PXN matrix unit to which the EMAGPE16paging staon is connected. In the case of zones not
enabled for paging, the display will show “---”.
There are 21 user keys on the front panel of the unit:
•
Keys for selecng the message desnaon zones. They behave like a “toggle” switch, i.e.
successive keystrokes acvate and deacvate the selecon of a zone. In the ePXN1616
web applicaon or MAJORCOMNet Manager applicaon (for PXN matrices), the zones
you can send your messages to (zones enabled for each paging staon connected to an
ePXN1616 or PXN unit) are programmed, so that non-enabled zone keys are unavailable
from these keys in the paging staon.
•
“F1” and “F2” keys: zone group selecon keys
•
“ALL” key: selects all zones that are enabled for the paging staon (equivalent to pressing
individually all enabled-zone keys)
•
“CLR” key: disables all selected zones, leaving the paging staon with no zones selected.
•
“PAGE” key: when pressed and held down, it acvates the voice message transmission
funcon to the selected desnaon zones. If a “ding-dong” or “chime” melody has
been programmed in the paging staon, it is emied when the PAGE key is pressed,
and it is advisable to wait unl it is nished before starng the voice message.
Note: all funcons of the above keys are congured from the ePXN1616 web applicaon or
MAJORCOMNet Manager applicaon (for PXN units).
6.3. LED INDICATORS
Two-color LED indicators for zone selecon keys (1 to 16). Possible states and their meaning:
•
Unlit: free zone (not used by another paging staon or priority module, if any)
•
Lit in green: zone selected by the paging staon to broadcast the next message
•
Lit in red: zone not selected in the paging staon, but hold by another paging staon
or module with higher priority
•
Flashing in orange: zone selected by the paging staon, but hold by another paging
staon or module with higher priority
•
Lit in orange: the broadcast of a message has been interrupted by another paging
staon or priority module, totally or parally, and this lit LED warns the user that
the message has not been fully broadcasted in that desnaon zone (regardless of
whether it has been broadcasted in other zones or not). The LED status is reset by
pressing the corresponding zone selecon key, the ALL key or the CLR key.
•
Temporarily ashing in green: indicates a zone not enabled for selecon from the pa-
ging staon
Two-color LED indicators on the PAGE key. Lights while holding down the PAGE key to indi-
cate that the paging staon is in a message send mode:
•
Lit in orange: when you start sending a message (pressing and holding the PAGE key),
it indicates that the chime melody is playing (as determined with the web control appli-
caon), then turns green when the chime has nished playing. Thus, the speaker knows
when the chime ends and can start its message without the risk of being covered by
the chime (*)
•
Lit in green: paging funcon acvated, with voice message broadcasng to selected
desnaon zones

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Usermanual V1.1 Usermanual V1.1
•
Lit in red: the page staon is not operaonal (not acvated from the ePXN1616 unit, not
connected to the control bus, etc.)
(*) Note: the LED is also permanently lit in orange when updang the unit’s rmware from
the web applicaon or MAJORCOMNet Manager, accompanied by a message «UPGRADING
FIRMWARE» on the electronic ink display.
Green LED indicator for ALL and CLR keys:
•
Lit in green: while the keys are pressed
Green LED indicator for zone selecon group keys, F1 and F2:
•
O: the funcon assigned to the key is disabled (OFF)
•
Lit in green: funcon assigned to the key is enabled (ON)
•
Flashing in green: key funcon not available (nothing assigned to the key from the
web applicaon)
6.4. PRIORITIES FOR SENDING MESSAGES
From the ePXN1616 web applicaon, you can set a certain priority level, from 1 (highest prio-
rity) to 4 (lowest priority), for each of the 4 available priority modules, including 2 PAGER/
DUCKER modules (PAGER type is always associated with paging staons) and the other 2 only
DUCKER modules (triggered by priority signal level detecon).
In the PXN88 matrix, there are 4 PAGER/DUCKER modules available (and 4 priority levels), and
in the PXN88SG and PXN1212SG matrices, 3 of them (and 3 priority levels).
In a conguraon with two paging staons having dierent priority levels, the paging staon
with the highest priority may interrupt the staon with the lowest priority if messages are sent
simultaneously to the same desnaon zones (i.e. while the zones are busy). This interrupon
can be total or paral in terms of message duraon, and only aects those zones where there
is overlap.
Selecng a zone (by pressing keys 1 to 16) does not imply taking them busy – for that it is
necessary to select it and to press the PAGE key. Thus, while the PAGE key is held down on
the highest priority paging staon and the message is transmied to the desnaon zones it
selected, the following occurs on the lowest priority staon:
•
LED indicators light up red for the zones to which the highest priority paging staon
is transming the message, and which were not also selected on the
Lowest priority staon. When the PAGE key is released on the priority paging staon,
the red LEDs go out.
•
LED indicators ash orange for the zones to which the highest priority paging staon
is transming the message and which were selected on the lowest priority staon.
When the PAGE key is released on the priority paging staon, the LEDs light up green.
•
If the non-priority paging staon is broadcasng a message (or starts broadcasng
while the priority staon is broadcasng its message), it will be interrupted in all
zones where the priority staon is broadcasng (overlapping) and will connue to
broadcast in the other zones (not overlapping). The LED indicator for zones where
the message has been interrupted (or not broadcast) will light up orange.
Aer the priority message has been broadcast, the LED for that zone will remain lit in orange,
alerng the user that the message has not been broadcast in its enrety in that desnaon
zone (whether or not it has been broadcast in other zones). This status is reset by pressing any
of the following keys:
•
Key of the zone in queson selected (green)
•
ALL key, leaving this zone and all others selected (green)
•
CLR key, deselecng all zones
When the two paging staons have the same priority level, the rst one that holds a zone (or
several) has priority for the duraon of its message, holding the zone(s) up to their release
(end of the message). If, while this paging staon is broadcasng a message, the other staon
tries to broadcast another message to a zone hold by the rst staon (overlapping zones and
zones hold by the rst staon), the LED indicator for zones where the message has not been
broadcast will light up orange. Aer the priority message has been broadcast, the LED for that
zone will light orange, alerng the user that the message has not been broadcast in its enrety
in that desnaon zone (whether or not it has been broadcast in other zones). This status is
reset by pressing any of the following keys:
•
Key of the zone in queson selected (green)
•
ALL key, leaving this zone and all others selected (green)
•
CLR key, deselecng all zones
As long as you press PAGE, it is not possible to change the zone selecon, and therefore the
ePXN1616 / PXN unit will ignore all messages related to zone selecon.
The funcons of the ALL, CLEAR, F1 and F2 keys will also be ignored during this me.

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18 19
EMAGP16 EMAGP16
Usermanual V1.1 Usermanual V1.1
7.
NOTES
•
When connecng an EMAGPE16unit to an ePXN1616 matrix, the EMAGPE16unit will
check whether its rmware needs to be updated, and if so, automacally performs
update, without external manual intervenon. This process takes a few seconds to be
carried out, while the message «UPGRADING FIRMWARE» will be displayed, accompa-
nied by the orange LED on the PAGE key.
•
When connecng an EMAGPE16paging staon to the PAGER port of a running (powered
on) ePXN1616 unit, it is normal to have to restart all other connected eMCONTROL1
staons and controls, a process that takes a few seconds to complete, and aer which
all eMCONTROL1 staons and controls become fully funconal.
•
Press the CLR key for 5 seconds to display the unit name and rmware version.
8.
PART NAMES
1.
XLR female connector
2.
Paging zone selecon
keys
3.
Electronic ink display
4.
CLR key
5.
ALL key
6.
F1 key
7.
F2 key
8.
Paging indicator LED
9.
PAGE key
10.
Kensington security slot
11.
RJ45 connector access

56, chemin de la Flambère · 31300 Toulouse · FRANCE · T é l . 3 3 (0)5 61 31 86 87
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56, chemin de la Flambère · 31300 Toulouse · FRANCE · T é l . 3 3 (0)5 61 31 86 87
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20 21
EMAGP16 EMAGP16
Usermanual V1.1 Usermanual V1.1
9.
TECHNICAL SPECIFICATIONS
Analog characteriscs:
Microphone type Removable gooseneck condenser microphone
(eMCN1).
Polar paern Unidireconal
Microphone frequency response 50Hz – 18KHz (-10dB)
Phantom Voltage 48VDC, always ON
Output level with eMCN1 MICROPHONE -5dBV @ 94dB SPL with ADJ MAX.
-10dBV @ 94dB SPL with ADJ MID.
-20dBV @ 94dB SPL with ADJ MIN.
Digital characteriscs:
Number of paging zones 16
Addional control keys F1, F2, All, Clear
Indicators Green LED on All and Clear keys, Bicolor LED on
other keys
Display Acve Matrix Electrophorec Display - 296x128
Pixels
Communicaon Standard RS485 and CAN, internally selectable by JUMPER
Supply characteriscs:
Nominal Power supply From RJ45 Remote input: 12VDC
From External Input: 24VDC
Minimum External Power supply From RJ45 Remote Input: 9.5VDC
From External Input: 9.5VDC
Maximum Power Consumpon From RJ45 Remote Input: 180mA
From External Input: 180mA
Miscellaneous:
Connector RJ45 Remote port
Dimensions (microphone excluded) W 150mm x D 180mm x H 50mm
Weight 900g
Included accessories Windscreen for Microphone.
10.
BLOCK DIAGRAM

56, chemin de la Flambère · 31300 Toulouse · FRANCE · T é l . 3 3 (0)5 61 31 86 87
F a x 3 3 ( 0 ) 5 6 1 3 1 8 7 7 3 · commercial@majorcom.fr · www.majorcom.fr
56, chemin de la Flambère · 31300 Toulouse · FRANCE · T é l . 3 3 (0)5 61 31 86 87
F a x 3 3 ( 0 ) 5 6 1 3 1 8 7 7 3 · commercial@majorcom.fr · www.majorcom.fr
22 23
EMAGP16 EMAGP16
Usermanual V1.1 Usermanual V1.1
11.
CONFIGURATION DIAGRAM
CAN / 485 jumpers: 485 posion for ePXN series (factory default) / CAN
posion for PXN series
J111-J112: insert jumper to enable 120Ω terminal line resistor (just re-
quired in CAN bus mode, for PXN series operaon)
12. PACKAGE CONTENTS
• EMAGPE16unit
• Condenser gooseneck microphone
• RJ45 to screw terminals adapter (CAN bus daisy chain adapter)
• User quick guide
• Warranty card

EMAGP16
56, chemin de la Flambère · 31300 Toulouse · FRANCE · T é l . 3 3 (0)5 61 31 86 87
F a x 3 3 ( 0 ) 5 6 1 3 1 8 7 7 3 · commercial@majorcom.fr · www.majorcom.fr
User manual V1.1
Table of contents
Other Majorcom: Microphone System manuals