Global Fire Equipment ORION Instruction manual

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ma_orion_01_020000_en_200102
ORION
2 / 4 / 8 Zone Fire Alarm Control Panel
INSTALLATION, OPERATION & MAINTENANCE MANUAL
GENERAL DESCRIPTION
The ORION is a 2, 4 and 8 Zone microprocessor controlled conventional Fire Alarm Control Panel with all the
functions necessary to control small and medium size fire detection installations. Advanced configuration solutions
include the following: programmable delay timer, zones coincidence, one man test and non-latching zones. Finally all inputs
are fully monitored for both Fire, Activation and Fault Conditions.
EN54 INFORMATION
In accordance with EN54-2 clause 13.7, the maximum number of sensors and/or manual call points in this panel, will not
exceed 512 units. The Fire Detection Control Panel complies with the requirements of EN54-2 and EN54-4. In addition to the
requirements of the above mentioned standard, the unit conforms to the following optional functions:
EN54-2 Clause 7.11 Controls Delays for activation of outputs
EN54-2 Clause 8.3 Fault signals from points
MAIN FEATURES
● 2, 4 and 8 Zone non-expandable control panels
● Up to 32 conventional devices (smoke and/or heat detectors and call-points) per zone
● Active End of Line for Zone wiring monitoring (10uF/50V bipolar capacitor)
● Programmable non-latching zones (selectable for each zone)
● Programmable delay timer for sounder activation (maximum of 8 minutes)
● Day/Night function
● Delayed operation (selectable for each zone)
● Zone Coincidence programmable for adjacent zones
● Two Access Levels (selectable by fixed code entry)
● One man test capability
● Supervised auxiliary 24-volt supply output
● 2 Supervised/monitored sounder circuits
● 3 Remote Inputs (Class Change, Remote Reset and Day/Night Operation)
● 1 Remote Output indicating Zone disable
● Site memory integrity monitoring every 600 seconds
● 2 Relay outputs for fire and fault status indication (Unmonitored)
● Dedicated repeater panel and analogue loop interface
● Additional output via MPX-REL & MPX-SNDR modules
● EN54-2 and EN54-4 compliant.
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OPTIONAL
● ORION MINI REP V2 is a repeater to be used with our standard data loop interfaces, RS232, RS485, Fibre Optics.
● ADLI is an analogue interface card available to interface ORION panel with our range of addressable panels, JUNO NET
and JUNIOR.
● MPX REL DG is a module with 8 additional relays.
● MPX SNDR DG is a module with 8 additional sounders.
IMPORTANT SAFETY NOTES
● This equipment must only be installed and maintained by a suitably qualified and technically competent person.
● This equipment must have an Earth Connection.
● A basic knowledge and training in the installation of Fire Detection systems is assumed.
● The Fire Detection system should be designed by a suitably qualified person with reference to the Local
Regulations and Guidance from the fire Officer where applicable.
MECHANICAL DATA
CABLE TYPES
System wiring should be installed in accordance with National Standards and wiring regulations.
To protect against electrical interference, we recommend the use of screened cables throughout the system. Separate
cables should be used for sounder and detection circuits, the use of multi-core cables to carry sounder circuits and detector
circuits is not recommended. The cable screen termination should only be connected to panel Earth points. The maximum
cross section of cables to use is 2.5mm², otherwise terminals in the control panel could be damaged.
Mains wiring should be 3 core 1mm² to 2.5mm² fed from an isolating circuit breaker of 6A. This should be secure from
unauthorized operation and be marked “Fire Alarm Do Not Switch Off”. The mains supply must be exclusive to the fire panel.
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CONNECTING THE PANEL
Before connecting zones or sounder cables, power up the control panel with the Active EOL connected to the zone inputs
and the EOL resistors for the sounder/output lines connected. Then connect mains and battery power; there should be no
fault indications. The mains supply should be routed away from the other cables and enter the control panel adjacent to the
mains terminal block.
Depending on panel load and standby requirements, two 12-volt VLRA batteries of capacity up to 7Ah may be fitted in the
housing. The batteries should be wired in series (24V) using the supplied link. Take care not to short circuit the battery
terminals.
Check zones, remote input and outputs wiring for continuity. Short or open circuit indications must be rectified before
connecting to the control panel. All cable testing must be carried out with a Multimeter… NEVER use a Megger when
devices are connected.
Transfer EOL components to the last device on detection zones and sounder/output circuits and connect the cables to their
respective terminals in the control panel. Please refer to the info available in next page.
DESCRIPTION
EOL
A
Z1 to Z8
Fire Detection Zones
CAP
B
S1, S2
Sounder Circuits
10K RES
C
FIRE RELAY
REL - Auxiliary Relay – Fire (Changeover)
NA
D
FAULT RELAY
REL - Auxiliary Relay – Fault (Normally closed)
NA
E
INPUT DE + EV
Programmable Remote Inputs
NA
F
RST
Remote Reset
NA
G
RM
Disablement on Zone Remote Output info
4k7 RES
H
AUX SUP
Auxiliary Supply Outputs - 28V DC @ 300 mA
NA
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PANEL STATUS INDICATORS & CONTROLS
STATUS
FIRE – LED used to indicate any FIRE ALARM condition present on panel.
FAULT – LED used to indicate any Fault condition present on panel. If there is a communication Fault between ORION and
an ORION MINI REP, a Sounder / Relay module or a GFE-ADLI V2 module, this LED will flash at a rate of once per second.
If there is a Site Memory corruption, this LED will flash at a rate of once every 0.5 seconds.
DISABLED – Disabled Status LED used to indicate that the panel has features that have been disabled.
TEST – This LED is active whenever the panel is in TEST MODE, activated in Engineering Mode Access Level 3 only.
SUPPLY - Multi function indicator used to indicate the presence of supply. When in Access Level 1 this LED is permanently
lit. If in Access Level 2 (USER CODE 2244) this LED will flash at a rate of once per second.
If in Access Level 3 mode (ENGINEERING CODE 4321) this LED will flash faster at a rate of once every 0,5 seconds.
SYSTEM FAULT – This LED will be lit whenever there is a processor failure or corruption of the panel firmware.
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FAULTS
SUPPLY FAULT – This LED will be ON whenever the Main Supply has been removed or has dropped below 20 Volts.
BATTERY FAULT – Indicates that there is low voltage level on the batteries or the battery charger circuit has failed.
AUX. SUPPLY FAULT – Indicates that the Auxiliary Supply has a fault.
EARTH FAULT – When this indicator is ON, there is leakage current flowing between the Earth connection/wiring and any
other wire connected to the panel.
SOUNDER FAULT – If there is a conventional sounder output circuit fault, the general FAULT LED will be lit and the
DISABLE SOUNDERS LED in the DISABLEMENTS section will be flashing.
RM FAULT – If there is a RM output circuit fault, the general FAULT LED will be lit and the DISABLE SELECTED ZONES
LED in the DISABLEMENTS section will be flashing.
ZONES & INPUTS
Individual zone and monitored input indicators are provided for both FIRE/ALARM and FAULT conditions. If any zone is
disabled, then its Fault LED will also be used to indicate the disablement of that particular zone/ input. The zone/ input
Disabled LED will be ON along with the associated disabled status LED. Flashing Fault LED along with general Fault LED
indicates a fault in that zone.
CONTROLS KEYS
These four keys can have more than one function. They are numbered to indicate that they are used to enter digits from 1 to
4 for code entry.
BUZZER SILENCE (1) – At Access Level 1 this button is used to silence the panel's internal buzzer. At Access Level 2 and
3 used to confirm/accept changes in programming. Buzzer must be always silenced before entering an access code to other
levels.
RESET (2) – Press this button to reset the panel at Access Level 2 or 3.
NOTE: If the Sounders S1 and S2 are active, RESET button will not operate until the Sounders are
silenced using the SOUNDERS button.
LAMP TEST (3) – Press this button at Access Level 1 or 2 to test all LED indicators and the panel's internal buzzer. Release
when test is finished. At Access Level 3, press this button to enter in “one man” test mode.
SOUNDERS (4) – Press once to activate/silence sounders in Level 2. If sounders are active, for example, during a FIRE
condition or in the event of an Evacuation action, pressing this button will stop the sounders. Auxiliary Relays are not
affected by this action. If a zone is programmed to be delayed, during a FIRE condition, pressing this button while the delay
is running will stop the sounders from activating at the end of the delay time. This button is also used, in combination with the
DISABLEMENTS buttons at access level 2 or 3, to select the desired configuration (Please refer to DISABLEMENT KEYS
and PROGRAMMABLE OPTIONS section in this manual).
NOTE: The SOUNDERS button’s associated LED is OFF when the Sounders are OFF, ON when the
Sounders are ON and FLASHING while a Delay timer is running.
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DISABLEMENTS KEYS
Using these keys requires Access Level 2.
OUTPUTS AUXILIARY – Pressing this button will enable / disable the Auxiliary
Relays. When the auxiliary Relays are disabled, the OUTPUTS AUXILIARY LED
will be ON as well as the general DISABLED LED in the STATUS area.
DISABLE SOUNDERS – Pressing this button will enable / disable the
conventional sounders circuits. When the conventional Sounders Circuits are
disabled, the DISABLE SOUNDERS LED will be ON as well as the general
DISABLED LED in the Status area.
SELECTED ZONES – Use this button to disable zones Z1 to Z8:
1. Press the SELECTED ZONES button in the disablements area of the control
panel. The associated LED will turn ON.
2. Select the desired Zone to enable / disable by pressing the Red Switch (4)
consecutively until the Yellow (FAULT) LED that corresponds to the desired
zones is ON.
3. Confirm the selection by pressing Green (1) key. Upon confirmation the Red
(FIRE) LED will be activated. Remove selection by pressing the Green key
again. The corresponding LED will be switched OFF.
4. To exit the function press SELECTED ZONES button.
DELAYS ACTIVE – Pressing this button will enable the previously programmed delay (at Access Level 3). The
corresponding LED will be ON as well as DISABLED LED in the STATUS area when delays are active. In access level 1,
during a delay, started by an Alarm condition, pressing this button overrides the delay timer, activating the Fire Relay and the
Sounders immediately.
NOTE: For information regarding the special functions associated with this buttons when in access
level 3 (Engineering Mode), please refer to the PROGRAMMABLE OPTIONS section on this manual.
Disablements LEDs Status Table
Disabled Circuit
Active Yellow LEDs
Zone 1 to Zone 8
DISABLED + Z1 to Z8
Relays
DISABLED + OUTPUTS AUXILIARY
Sounders
DISABLED + DISABLE SOUNDERS
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KEYS FUNCTION TABLE
Buttons
User
Level 1
Authorized User
Level 2
Engineering User
Level 3
CONTROLS
BUZZER
SILENCE
1
GREEN
insert
user
code
Silence
Buzzer
Silence
Buzzer
Confirm Disablement
(Zones Disablements)
Silence
Buzzer
Confirm
Programmable
Selection
(refer to
PROGRAMMABLE
OPTIONS section)
RESET
2
--
insert
user
code
--
Reset
Panel
Reset
Panel
LAMP TEST
3
--
insert
user
code
Lamp
Test
Lamp Test
One Man
Test
SOUNDERS
ACTIVATE/
SILENCE
4
RED
insert
user
code
--
Activate
Sounders
Select
(Zones Disablements)
Activate
Sounders
Select
(refer to
PROGRAMMABLE
OPTIONS section)
DISABLEMENTS
OUTPUTS AUXILIARY
--
Enable/Disable
Relays
Program/Confirm
Coincidence
DISABLE SOUNDERS
--
Enable/Disable
Sounders
Program/Confirm
Non-latching Zones
SELECTED ZONES
--
Program/Confirm
Zones Disablement
Program/Confirm
Delayed Zones
DELAYS ACTIVE
--
Enable/Disable
Delays
Program/Confirm
Delay Timer
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Connection Diagrams
ZONES 1 to 8
Two, Four or Eight zones are available for detection device wiring. Each zone has capacity for up to 32 smoke/heat
detectors and an unlimited number of manual call points. This may be restricted by local regulations.
An active end of line capacitor (10UF/50V bipolar) is supplied for each zone, as part of the monitoring circuit. This must be
fitted to the last device of each Zone. If a detection zone is unused, the end of line module must be connected at the panel, if
it’s not fitted, a fault will be indicated for that zone.
A typical detector circuit wiring layout is shown below. Please consult the device manufacturer's instruction manual for
detailed information.
If manual call points are wired on the same circuit as detectors, in order to comply with the requirements of BS5839 with
respect to head removal monitoring, detector bases should have a Schottky diode fitted, which permits manual call points to
continue to operate normally after a detector has been removed (see diagram). Manual call points should have a maximum
internal resistance of (470-680) Ohms in Alarm.
The wiring for each detector zone should be terminated in the relevant terminal blocks at the control panel and the cable
screens connected to earth.
S1 & S2 MONITORED OUTPUTS
These output/sounder circuits have a combined maximum current output of 1 Amps (500mA per circuit).
Connected devices (sounders, beacons, bells, pyrotechnic actuators, solenoids, relays, etc.) must be polarized,
non-polarized devices trigger a fault on the panel circuit. In order to mitigate this situation a polarization diode should be
added when using bipolar devices. With solenoids, relays and bells a flyback diode should also be present.
An end of line resistor (10K Ohm) which is supplied with the panel, must be inserted in the last device for monitoring. If a
sounder/output circuit is not used, the EOL resistor should be fitted in the respective control panel output.
The sounder circuits are protected against short circuits, the electronic fuse will reset when the short circuit is removed and
the control panel is reset.
POLARIZED DEVICES
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NON-POLARIZED DEVICES
AUXILIARY INPUTS – Not Monitored
ORION remote activation inputs. All remote inputs are activated using a voltage free dry contact like a relay or manual
ON-OFF switch between input and ‘C’ terminal.
INPUT DE – Allows switching between Day and Night operation from a remote location or using a timer
clock. When 0V is applied via a voltage free contact, the DELAYS ACTIVE LED will turn ON indicating
that the programmed delays are active (Day Operation). When the contact is open, the DELAYS
ACTIVE LED will turn OFF and the programmed delays are ignored (Night Operation).
INPUT EV – Activates sounders immediately when 0V is applied via a voltage free contact. Sounders will continue to
operate until the input is removed.
INPUT RST – Panel Reset:  The closure of a contact at this input will cause the panel to reset. In order to re-apply a reset to
the panel, contact has to be released and reapplied (Pulse action).
NOTE: The wiring for each auxiliary input should be terminated in their respective terminals and the
cable screens connected to earth.
OUTPUTS – Monitored
AUXILIARY SUPPLY OUTPUT – 28V DC max 300 mA, short circuit protected, supervised.
The output is protected against short circuit by an electronic fuse which resets when the fault is
cleared and the panel is reset.
RM – Activate when a disablement zone is selected.
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OUTPUTS – Non Monitored
FIRE Relay – Provide Fire signal to external devices.
Changeover contact rating: 30V DC / 2 A. Active until Reset.
FLT Relay – Provide normally closed Fault signal to external devices.
Relay contact rating: 30V DC / 2 A. max resistive. Also Active for microprocessor fault. Active until
reset and all faults are cleared. Relay contact will open when any fault is present on the system.
NOTE: The wiring for each output should be terminated in their respective terminals and the cable
screens connected to earth.
OPERATING AND PROGRAMMING THE PANEL
There are three access levels on the ORION:
LEVEL 1 – General User Controls
● Perform LEDs and Buzzer test
● Silence Internal buzzer
● Put the panel into Access Level 2 or 3 using required access codes.
LEVEL 2 – Authorized user controls (2244) or Access Key
This level allows the user to:
● Silence and reactivate S1 and S2 sounder outputs
● Reset after an Alarm or Fault
● Manually activate the sounders (Evacuate function)
● Silence Internal Buzzer
● Disable/Enable: Outputs; Zones & Sounders;
● Activate/deactivate Delays
NOTE: When any zone or function is disabled, the Disabled LED on the STATUS area of the Control
Panel display will be lit together with the corresponding function or zone disablement LED. Disabled
zones will have their corresponding FAULT/DISABLED LED illuminated.
Level 2 Access is gained by entering the code 2244 using the numbered buttons. When in panel is in Level 2 the Green LED
will flash with a frequency of 1 Hz.
Each successful button press is indicated by the illumination in sequence of the top screen Fault LEDs. If the code is not
completed within 20 seconds of the last key press, the system reverts to Level 1.
NOTE: If any Fire or Fault events have occurred these must be acknowledged  by pressing the Buzzer
Silence  button to acknowledge each Fault or Fire event  before code entry will be accepted.
LEVEL 3 – Engineering Functions (4321)
It is accessed from Level 1 and allows:
● One Man Test
● Silence and reactivate S1 and S2 sounder outputs
● Panel Reset
● Manually activate the sounders (Evacuate function)
● Silence Internal Buzzer
● Program Coincidence
● Program Non-latching Zones
● Program Delayed Zones
● Program Delay Timer
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NOTES:
1) Changes made at this level affect the factory default settings and the operation of the system. They
should only be made by qualified personnel who are fully aware of their effects.
2) If any Fire or Fault events have occurred, these must be acknowledged by pressing the Buzzer
Silence button to acknowledge each fault and Fire event before code entry will be accepted.
3) When in Access Level 3, the occurrence of any Fire or Fault condition the system will automatically
exit from Level 3 and revert to Level 2.
To enter Engineering Mode (Access Level 3) enter the code 4321, using the numbered keys (from 1 to 4), which are
available on the top right-hand side of the control panel display. Each successful button press is indicated by the illumination
in sequence of the Fault LEDs for zones 3, 4, 5 and 6. If the code is not completed within 20 seconds of the last key press,
the system reverts to Level 1.
Once this mode is entered the Green LED (SUPPLY) will flash once every 0,5 seconds.
To exit this mode at any time, press the RESET button. The panel will revert to Access Level 1.
Total removal of power during the programming phase could cause changes not to be saved.
COMMISSIONING
The ORION is supplied ready to operate as a standard conventional Fire Alarm control panel. Additional function
programming is described in the next section.
The default settings for the ORION are as follows:
● All zones Latching
● All Timers OFF
● No Zone Coincidence
● Authorized User Access Code (Level 2): 2244
● Alternatively, access to Level 2 can be entered using the Physical Access Key provided
● Engineering Access Code (Level 3): 4321.
PREPARATION
1º. Check detector cables and ensure all field connections are made, ensure that all EOL devices are fitted to the last
detector, call point or sounder of each circuit. EOL Capacitors should be fitted to zones or remote monitored inputs.
EOL Resistors should be applied to sounder/output circuits.
2º. Connect detector and sounder lines or terminate with EOL.
3º. Remove the mains fuse.
4º. Connect mains supply according to local mains voltage. Ensure good earth connection.
5º. Fit batteries (Do not connect).
6º. Insert mains fuse and connect batteries - Observe correct polarity.
COMMISSIONING
1º. If all is normal only the Green “supply” LED should be illuminated.
2º. If any Faults are indicated, they should be corrected before proceeding.
3º. Initiate lamp test and check LEDs and internal buzzer operation.
4º. Test each key for correct functioning.
5º. Test all detectors, manual call points, sounders, relays etc. for proper operation.
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TESTING ZONES – Z1 to Z8
1º. Set zones to Test mode with level 3 access.
2º. Press LAMP TEST key.
3º. Activate device according to manufacturer specification.
4º. Wait until the response indicator on the device indicates Red.
5º. Reset initiating devices or until detectors are normal.
6º. Automatic reset after (10 sec).
NOTE: After testing is completed, be sure to return the control panel to normal operating mode.
Pressing the RESET button will EXIT TEST mode.
TESTING – S1 and S2 Output Circuits
1º. Initiate sounder test by entering Access Level 2 and pressing SOUNDERS ACTIVATE/SILENCE.
2º. Press again to Stop.
TESTING – FIRE and FLT Relays
With the system in normal operating mode induce an Alarm and a Fault to confirm proper operation of relays and external
devices at the end of any programmed delay.
PROGRAMMABLE OPTIONS
The ORION has a number of programmable options to help the engineer customize the system to meet the customer's
requirements. To access these options it is necessary to enter Access Level 3.
ONE MAN TEST
After entering Engineering Mode (Access Level 3) press the LAMP TEST button. Release button and the TEST LED will be
on along with the fault LED for all zones that are available for testing indicating that the panel is in TEST mode.
Zones that are in Fault or are Disabled will not have their LED illuminated.
Test the zones accordingly with installation requirements. At each zone activation, the corresponding zone FIRE LED will
light up for 5 seconds.
Zones will automatically reset after 10 seconds. Internal Buzzer and SOUNDERS will operate for 1 second.
To end TEST mode press the LAMP TEST button.
To exit Engineering Mode (Access Level 3), press the RESET button.
COINCIDENCE
1. After accessing Level 3, press the OUTPUTS AUXILIARY button in the disablements area of the control panel. The
associated LED will turn ON.
2. Select the pair of zones desired to work in Coincidence by pressing the Red Switch (4) consecutively until the Yellow
(FAULT) LED that corresponds to the desired zones pair is ON (Please refer to the table below for additional details).
3. Confirm the selection by pressing GREEN (1) key. Upon confirmation the Red (FIRE) LED will be activated. Remove
selection by pressing the GREEN key again. The corresponding LED will be switched OFF.
4. To exit the function press OUTPUTS AUXILIARY button.
NOTES:
1) Coincidence only has an effect on the FIRE Relay.
2) If one of the programmed Paired Zones is disabled, the Fire Relay will not activate in the event of a
Fire in the other Zone of the pair.
3) Non-latching Zones should not be set to Coincidence.
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Coincidence Configuration Table
Active RED LEDs
during setup
ALL LEDS
OFF
Z1
Z2
Z3
Z4
Z5
Z6
Z7
Z8
Pair of Zones with
Coincidence
No Coincidence
Programmed
Z1+Z2
Z3+Z4
Z5+Z6
Z7+Z8
-
-
-
-
NON-LATCHING ZONES
1. After accessing Level 3, press the DISABLE SOUNDERS button in the disablements area of the control panel. The
associated LED will turn ON.
2. Select the desired Zone to work as non-latching by pressing the Red Switch (4) consecutively until the Yellow (FAULT)
LED that corresponds to the desired zones is ON.
3. Confirm the selection by pressing GREEN (1) key. Upon confirmation the Red (FIRE) LED will be activated. Remove
selection by pressing the GREEN key again. The corresponding LED will be switched OFF.
4. To exit the function press DISABLE SOUNDERS button.
DELAYED ZONES
1. After accessing Level 3, press the SELECTED ZONES button in the disablements area of the control panel. The
associated LED will turn ON.
2. Select the desired zone to have a delayed operation by pressing the Red Switch (4) consecutively until the Yellow
(FAULT) LED that corresponds to the desired zone is ON.
3. Confirm the selection by pressing GREEN (1) key. Upon confirmation the Red (FIRE) LED will be activated. Remove
selection by pressing the GREEN key again. The corresponding LED will be switched OFF.
4. To exit the function press SELECTED ZONES button.
DELAY TIMER
1. After accessing Level 3, press the DELAYS ACTIVE button in the disablements area of the control panel. The
associated LED will turn ON.
2. Select the desired Delay Time by pressing the Red Switch (4) consecutively until the Yellow (FAULT) LED that
corresponds to the desired zone is ON (Please refer to the table below for additional details).
3. Confirm the selection by pressing GREEN (1) key. Upon confirmation the Red (FIRE) LED will be activated. Remove
selection by pressing the GREEN key again. The corresponding LED will be switched OFF.
4. To exit the function press DELAYS ACTIVE button.
Delay Configuration Table
Active RED LEDs
during setup
ALL LEDS
OFF
Z1
Z2
Z3
Z4
Z5
Z6
Z7
Z8
Corresponding
Delay in minutes
0
1
2
3
4
5
6
7
8
NOTE: In order to the DELAYED ZONES and DELAY TIMER configuration be active, the delays have to
be activated at Access Level 2 (refer to DISABLEMENTS Keys section of this manual).
NOTE: The programmed delays will have no effect on the FIRE Relay Output. The delays will affect S1
and S2 Outputs only.
NOTE: In a case of a FIRE event, pressing the DELAYS ACTIVE button at access level 1 or 2 will override
any delay taking place.
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TROUBLESHOOTING - FAULT INDICATIONS
NOTE: Troubleshooting of any fault on the panel should only be carried out by qualified technicians.
General Fault - The General fault LED is illuminated whenever there is a fault on the system. It is always lit along with at
least one other fault indicator which gives more detail relating to the fault. The General Fault LED is flashing at a rate of once
per second indicates that the communication between the ORION panel and one or more of the modules / repeaters has
been lost or is corrupted.
Zone Fault - This type of fault will indicate that there is either a short or open circuit condition on the zone circuit. Revise
wiring.
Sounder Fault - This type of fault indicates that there is either a short or open circuit condition on one of the conventional
sounder circuits. Revise wiring.
Supply Fault - Associated with a low voltage (below 20 V) present at the input of the power supply or the removal of the
main power supply. Measure voltage levels and verify electrical mains fuse.
Battery Fault - This fault is present when there is a low voltage below 20V DC at the battery terminals or if there is a battery
charger problem. Charger problems can be caused by panel's hardware failure or batteries that have not been connected in
the specified manner as indicated in this manual, on the installation section. Verify if batteries are properly connected.
Measure the voltage at the battery terminals. If it is below 21V DC replace batteries. Remember to verify also the main
electrical fuse.
NOTE: Don’t short circuit battery terminals in order to verify battery charge. Only use batteries which
are batteries which are VLRA LEAD ACID 12V DC.
Earth Fault - This FAULT will indicate that there is some level of current leakage between any of the wire conductors and
the EARTH connections. For additional info please check website FAQ Fault Finding section.
System Fault - This FAULT indicates that there is a fault at the main processor level. In this particular fault, the panel's main
board needs to be replaced or repaired.
STANDBY BATTERY CALCULATION
Battery capacity should be between 2 x 2.4 Ah 12V DC and 2 x 7 Ah 12V DC.
The battery Ah required for a given installation is calculated from the following formula:
(
Quiescent current in
mA of the panel with
everything
connected
X
Standby time
required in
hours
divided by
1000
)
+
(
Alarm
current in
Amps
(sounder
load)
X
Alarm
time in
hours
)
+
20%
Round the result to the next available battery size. Quiescent current of the panel with everything is found by adding the
standby current of all connected devices to the standby current of the panel (38 mA). Consult the manual for the individual
devices to confirm the standby current.
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Global Fire Equipment // globalfire.pt
ma_orion_01_020000_en_200102
ANCILLARY DEVICES
Repeater Interface Connection
The interface board used to establish communication between the ORION and its associated repeater(s) should be linked to
the connector labelled DATA, which is situated on the underside of the panel’s main board. The interface should be fixed to
the base of the back box as shown before. The panel’s main board and interface are connected using the 5-way flat cable
provided. The cable is fitted with 2 polarized connectors of the Molex type.
For details about connection, please refer to the repeater installation manual.
ADLI V2 Connection
ADLI V2 allows the connection to a GFE Addressable panel, should be linked to the molex connector labelled DATA, this
connector is located underside of the panels main board..
Expansion Modules Connection
The ORION and its expansion modules should be linked to the molex labelled MPX, this connector is on the underside of the
panel’s PCB board. The following modules can be directly connected to the main panel or through an interface (RS232,
RS485, FO) if installed far from the main panel.
●GFE-MPX-REL V2 for Relay activation extension, should be linked to the connector labelled MPX.
●GFE-MPX-SNDR V2 for Sounder activations (Z1, Z2, Z3F, etc), should be linked to the connector labelled MPX.
GFE-MPX-SNDR V2 and GFE-MPX-REL V2 outputs will activate upon the ORION panel actions shown in the table below.
ORION
Z1
ALARM
Z2
ALARM
Z3
ALARM
Z4
ALARM
Z5
ALARM
Z6
ALARM
Z7
ALARM
Z8
ALARM
GFE-MPX-SNDR V2
/ GFE-MPX-REL V2
OUTPUTS
S1 / REL1
S2 / REL2
S3 / REL3
S4 / REL4
S5 / REL5
S6 / REL6
S7 / REL7
S8 / REL8
For details about connection, please refer to specific module installation manual or contact authorized GFE distributor.
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Global Fire Equipment // globalfire.pt
ma_orion_01_020000_en_200102
Connection diagram of ancillary Modules (only compatible with V2 versions)
5-way flat cable from MPX, 5-way connector on underside of
ORION main board to MPX 5-way connection on
GFE-MPX-SNDR-V2 or GFE-MPX-REL-V2 board
 ORION GFE-MPX-SNDR-V2
or GFE-MPX-REL-V2
Connection to “ORION Mini Repeater V2” or ADLI V2 Module
ORION RS232/485 Interface
or ADLI V2 board
5-way flat cable from DATA 5-way connector
on underside of ORION main boards to DATA 5-way
connector on RS232/485 or ADLI V2 board
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Global Fire Equipment // globalfire.pt
ma_orion_01_020000_en_200102
TECHNICAL SPECIFICATIONS
PRIMARY SUPPLY VOLTAGE - IN
230 +10% -15% V AC
PRIMARY SUPPLY VOLTAGE- OUT
28.5V DC nominal
PRIMARY SUPPLY CURRENT-OUT
1.7 A @ 28.5V DC nominal (max.)
SECONDARY SUPPLY VOLTAGE
21.0 min. - 27.2 max. V DC - BAT charger o/p 28V DC
SECONDARY SUPPLY CURRENT OUTPUT
1.85 Amp maximum @ 20oC
INTERNAL BATTERY CAPACITY - MAXIMUM
2 x 12V x 7Ah Sealed VRLA Lead Acid Batteries
MAINS FUSE
4 A -250 V Slow Blow - 20 mm
BATTERY FUSE
1.85 Amp - Resettable
NUMBER OF DETECTION ZONES
2 / 4 / 8
ZONE CURRENT - QUIESCENT / ALARM
10 mA / 60 mA maximum
MAX. CABLE RESISTANCE / CAPACITANCE
40 Ohms / 0.470 uF
END OF LINE MONITORING
Active EOL - 10uF/50V Bipolar Capacitor
BS5839 DETECTOR REMOVAL COMPLIANT
YES provided diodes are fitted to detector base
DEVICES PER ZONE
32 maximum - EN54 pt.2
ALARM RESISTANCE VALUE: INPUTS
270 - 1000 Ohms
MAXIMUM CURRENT: OUTPUTS
1A maximum current drive for both S1 & S2 circuits (500mA each)
VOLTAGE OUTPUT
27.5VDC nominal
END OF LINE RESISTOR: S1 & S2
S1 & S2: 10K Ohms - 1/4 Watt
AUXILIARY RELAY OUTPUT
1 Fire (COM-NC-NO) - 1 Fault (COM-NC) non-supervised
RELAY CONTACT RATING
30V DC - 2 Amp resistive loads
FULLY MONITORED INPUTS
Remote Activation, Remote Abort, Solenoid Status, Flow/Pressure Switch Status
EVACUATION AND RESET
Non-Latching - Voltage free contact
MAXIMUM HUMIDITY
95% RH Non-Condensing
PROTECTION RATING
IP30
OPERATING TEMPERATURE
-10ºC to 50ºC
WEIGHT
1.7 Kg - 7 Kg (inc. 2 x 7 AH 12 V bat.)
DIMENSIONS
273 (L) x 107 (W) x 404 (H) mm
COLOUR
White or Red
GLOBAL FIRE EQUIPMENT S.A.
Sítio dos Barrabés, Armazém Nave Y, Caixa Postal 908-Z, 8150-016 São Brás de Alportel - PORTUGAL
Tel: [phone] • Sales: [email protected] • Technical Support: [email protected] • www.globalfire.pt
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