OPTIMA
OETA. XM
This manual is a guide to the operation,
installation and maintenance of the Optima
and the Optima XM intruder alarm control
panels. Being similar in operation, both panels
are microprocessor based, keypad operated
and conform to the installation requirements
of BS 4737 1986/87.
FEATURES INCLUDE:
Pan
Lg
| alos! KEYPAD OPERATED & PROGRAMMED
28 4 ZONES PLUS PA AND TAMPER
BUILT-IN INTERNAL SOUNDER
USER MAY OMIT ANY ZONE
MEMORY RECALL FOR LAST ALARM
QUICKSET FEATURE
PROGRAMMABLE TIMERS INCLUDING
BELL CUT-OFF
INTELLIGENT AUTO RESET AND
REARM
In addition the Optima XM offers:
WM NVM FOR PROTECTION OF
| ENGINEER PROGRAMME
A LOW TONE VOLUME CONTROL
The control panel is totally programmed and
operated via a 15 bution keypad. A four digit
customer code of any combination 0000 to 9999
may be selected and used to arm and disarm the
panel. This code may be changed as often as
required.
4 zones are provided, each with a dedicated
function and capable of operation with normally
open and nomnally closed detectors.
Connections are also available for personal!
aftack buttons and tamper protection. Individual
LED indicators show zone, PA and tamper faults.
Outputs are available for bell/sounder, SCB,
strobe, 13V supply and Set + Ve. An integral
battery charge circuit will allow a rechargeable
battery (not supplied) to maintain the system
during mains failure.
Engineering
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Day Mode
Day mode is generally considered as the period
when the system is disarmed or ‘off’. Only tamper
and PA inputs are active and if violated will cause
an alarm condition. Day mode is indicated on the
control panel front by the green Day indicator.
Setting the System
To Set the system check that the Day indicator is
showing, enter the four digit customer code, and
check that the zone indicators are off. The sounder
will now produce a bleep tone and the building
can be exited by the correct route. If the system is
not clear on entering the code, the sounder will
produce a broken bleep tone, one bleep forzone
one, two bleeps for zone two etc. The relevant
zone indicator will also be displayed. At this point,
either re-enter the customer code or omit the
faulty zone from the system.
During the exit period any zone either in a fault or
clear condition may be omitted from the system.
Pressing the OMIT button will change the exit fone
to an omit tone, pressing 0 resets any false
selections, pressing 2 selects zone two etc. The
relevant zone indicators will now flash to show the
zones which are about to be tumed off. When
selection is complete, press the SET button and the
exit tone will continue. A maximum of three of the
four zones may be omitted in this way.
The panel may also be ‘quick set’ if required when
the customer is not leaving the premises. After
entering the customer code press SET, the system
will Set within five seconds. Note that from the omit
section the SET button will have to be pressed
ice. :
Unsetting the System
The system is Unset by entering the customer code
either in the Set mode or during the entry period.
The entry timer is started by activating any sensor
on zone 1. An entry tone is then produced by the
sounder, waming the customer to disarm the
system. The entry period is in fact divided into
three separate tones. With thirty seconds to go
before an alamn condition the tone is a single
repeated sound, with twenty seconds to go, the
tone will double to a higher note. With ten seconds
to go. the tone will double to an even higher
repeated note. In this way the customer is
confinually reminded of the urgency to disarm the
system. ;
Alarm Conditions
Entering the customer code during or after an
alarm condition will stop any sounders and the
alam cause will now be displayed. Pressing
RESET will remove the indication and stop the
strobe, the system will then retum to the Day mode.
The cause of the alam Cono how be
e recall,
|
N
INSTALLATION
Installation Design
Before beginning any installation work, read
fhrougn fnhis manual carefuly. Optima control
panels are designed to simplify installaticn, and
subsequent cperation and maintenance.
Flan out the various areas and degrees of
protection required with regard to each zone and
its function. Work out the cable positions and
routes and the siting positions for Ine control panel
and ifs mains supply.
The printed circuit board [PCE] is clearly marked
with each input and output and the relevant
polarities. Service links are fitted in position across
each zone lo simulate closed circuits. These are
removed during installation as each zone is
connected. Far fulure reference each link is
marked by a Ll symbol,
The vast majority of detection devices in the
Security Industry are normally closed. These are
connected togeirer in a series loop across the
required zene input. There are also a small minority
of open circuit devices (pressure mats) which
should be connected in parallel together anc
finally wired between the required closed zone
and tamper.
Finally note that the total current output of the
control panel is 1 Ama in full alarm condition. The
current ratings of each bellsourder and siroce
should be carefully considered when planning an
installation,
Remove the cover from the control panel and
unscrew fhe low voltage wires from the AC
terminals and the speaker wires from terminals 13
&. 14. Now carefully withdraw the PCE by pushing
the halding clips downwards and lifting the board
clear of the base. Keep the front cover and PCB
clear of brick dust and debris during the
installation. Hold the base to the wall (hinges to
ine left] and mark Ihe position cf the screw holes
on Ihe wall,
Mate, unevan walls may distort the base, if this
occurs use packing or a different mounting
position. Remove any cable entry sections
racuired fram the base with a hacksaw. Drill and
plug the wall and fit the base using at leas: four
screws of suitable length. Finally replace tha PCE
assembly, fransformer wires and speaker wires.
[These wires are not polarised and may be
connected anyway around).
Wire the system as far as possible and bring the
appropriate cables to the control panel. Neatly
form the cables in the base, ready to connect,
leaving adequate space for Ihe balieny etc.
Now identify and follow the power up procedure
appropriate to the panel. (Optima cr Optima XM).
Initial Power Up (Optima)
1) Check that the 7 factory fitted links ara in
position across the zone inputs, PA and
tarmpers.
2] Carefully connect the battery wires to the
BATT terminals al the far right of the PCB. Red
to + ana Black to — Now connect the battery,
again Red ta +, Black ta —
3) Asthe tamper is open (front cover removed)
the TAMPER indicator will shaw and the
system is in an installation “self test” routine.
4) Starting with zana 1, remove the service link,
check that the zene 1 indicator shows and
connect the zong 1 circuit wiring. When zone 1
s clear (sensors correctly wired and closed)
the indicator will ge out. Continue to wire
zones 2, 3. 4 and PA in the same way.
5) oeries wire the tamper circuits into terminals 11
& 12 and the bell cox tamger to terminals T &
A (SCB]. Finally connect any intemal scunders,
extemal bell/isoundsr, strobe, 13W ard if
required Set + Ve,
6] Connect the mains supply following the
recommendations listed and then referto the
Final Commissioning section.
Power Up Reset j я
n the evant of locsing the customer code on an
operational system, or in other extreme
circumstances. It will De necessary io recover tha
programme and retum to factory set conditions.
receed as follows:
1) Remove the mains supply and cause an
alarm condition by removing the control
panal cover.
2) Disconnect the battery. The SCB will then
cause the external bell/sounder to operate.
J] Reconnect the battery, refit the cover and
rainsiate the mains supply
4) The system should now ze in Day mode and
factory set conditions will apply.
_ Initial Power Up (Optima XM)
1) Check that the 7 factory fitted links are in
position across the zone inputs, PA and
tampers.
2) Carefully connect the battery wires to the
BATT terminals at the far right of the PCB. Red
to + and Black to —. Now connect the battery,
again Red to + and Black to — The system will
now go into alarm condition.
3) Enter the customer code (factory set at 0123).
The alarm condition will cease and the
TAMPER indicator will show.
4) Manually depress the tamper spring and the
system will do to Day. Press PROG and enter
the customer code. DAY and TAMPER
indicators will now show and the tamper
spring may be released.
5) The system is now in customer programming
mode with all inputs disabled and prevented
from causing alarms. The system may now be
wired, staring from zone 1 remove the service
link and connect in the zone 1 wiring. Continue
to wire zones 2, 3, 4 and PA in the same way.
6) Series wire the tamper circuits into terminals
11 & 12 and the Бей box tamper into T & À
(SCB). Finally connect any intemal sounders,
extemal bell/sounder, strobe, 13V and if
required Set + Ve.
7) Connect the mains supply following the
recommendations listed and then refer to the
Final Commissioning section.
NOTE
The power up procedure for Optima XM listed
above is for new panels on new installations. If the
panel has been preprogrammed, the last
customer code will have been retained. Also the
‘self test’ feature is not available above. If ‘self test’
isrequired, the power up procedure below should
e used.
Power Up Reset — Clear NVM
In the event of loosing the customer code, or in
other extreme circumstances, it will be necessary
to clear the NVM and retum to factory set
conditions, Proceed as follows;
1) Remove the mains supply and cause an
alarm condition by removing the control
panel cover.
2) Disconnect the battery. The SCB will then
cause the external bell/sounder to operate.
3) Remove dll wires from terminals 9 and 19.
4) Fit a wire link between terminal 9 and 19 and
apply power.
5) The panel will now power up with no alarm
condition, with a cleared NVM and in ‘self
test’ mode. The indicators will show according
to which circuits are in fault and will clear as
the circuits clear etc. The TAMPER and
ATTACK indicators will however remain
steady.
6) Remove the wire link from between terminals
9 and 19 and replace the original wiring. If
required carry out any further zone or PA
wiring testing as each is connected by
checking the respective indicator goes off.
7) When complete refit the cover. If the tamper
and PA circuits are clear the system will retum
to Day. All factory set conditions will now
apply and the system may be tested and
reprogrammed.
Mains Connection
The mains supply should be carefully wired using
a 3 core cable of not less than 0.75mm? between
the mains connector block in the rear of the base
and a secure fused spur outlet mounted extemal
to the control panel. Use a 2 Amp fuse in the spur.
WARNING
The mains installation should be carried out in
accordance with current IEE regulations by a
technically competent person.
Final Commissioning
When all wiring is complete and the mains power
has been connected, a red POWER indicator
should be showing at the top right of the display.
Replace the covers on all detectors, bell box etc
and after briefly checking the control panel wiring
and battery terminations, fit the control panel
cover. "
Press the RESET button and the system should goto
Day, showing the green DAY indicator.
If any tamper or PA circuits are in fault, the system
will go to lock out and show the fault
condition. Upon clearing a fault, refit the cover
and press RESET.
Once in Day, the system should be fully
programmed and tested.
Fill in and retain the installation log at the back of
this manual and carefully note any measurements
or checks taken.
Finally explain the operation of the system to the
customer, filling in their instruction card as and
where required. |
On future service or maintenance visits, the system
may be entered and inputs disabled by
accessing the customer program. (Press PROG
followed by customer code).
During installation or maintenance it may be
necessary to remove battery power, Remove
the terminal from the battery, NEVER remove
the wire from the PCB.
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Terminals (1 & 2)
Zone 1 is referred to as the timed zone or circuit
and is usually used to protect the main entry/exit
door. Activating this zone whilst the system is Set
will cause the entry timer to begin and allow time
to disarm the system. The entry and exit timers are
separately adjustable from the programming
mode.
Terminals (3 & 4)
This zone is used to protect the designated route
between the entry/exit door and the control
panel. A TIME INHIBIT feature on this zone allows a
PIR to be used in a position which is part of the
entry route. During entry or exit the timer is
operating and the PIR is prevented from causing
an alarm. However the PIR becomes active as the
system Sets and will subsequently cause an alam
if triggered. Therefore, in order to gain access to
the protected area, the entry timer must be
started first. This will lock out the PIR and allow time
to disarm the system.
The time inhibit feature is sometimes called walk
through. Where the feature is not required zone 2
may be used as a standard immediate zone. It
should not however be used to protect any areas
bordering zone 1. To maintain security it would be
more suited to perimeter protection etc.
Zones 3 & 4
Terminals (5 & 6) (7 & 8)
These zones are immediately active and will
cause a full alarm condition if violated during
entry or whilst the system is Set.
As with zone 1 and zone 2 these zones may be
omitted when not required whilst setting the
system.
Tamper Network
Terminals (11 & 12) (T & A)
The tamper network protects all cables and
devices in use on the system from unauthorised
entry or alteration, including the control panel
itself. Terminals 11 & 12 are for connection to zone
and PA tampers. (These must be series wired).
Terminals T & A are for connection to the bell box
tamper or SCB if fitted.
Tamper faults caused in the Day mode will
operate inside sounders. Tamper faults whilst the
system is Set will cause a full alarm condition. All
tamper activations will indicate on Unsetting the
system by showing the tamper indicator.
ry”
Tw CA
Keypad Tamper
During the Set and entry times an attempt to
incorrectly enter the customer code will operate
the keypad tamper. Nineteen incorrect keypushes
will result in a full alarm activation.
Terminals (9 & 10)
Any number of normally closed type personal
attack buttons may be connected in series to the
PA input. This input is active in Day and Set and if
operated will cause a full alarm condition. The
attack indicator will show as the system is Unset.
internal Sounder
Terminals (13 & 14)
Mounted in the rear of the control panel, the
intemal sounder takes on the form of a loud
speaker (LS). The loud speaker is driven by an
audio signal from the contro! panel and will
produce high volume alarm tones and low
volume entry exit waming tones.
The Optima XM contains a volume control in the
centre of the PCB. This will control the low volume
entry / exit tones to suit local background noise.
Up 10 two 16N extension speckers may alsobe
wired in parallel across terminals 13 % 14. Mounted
in convenient positions within the installation,
extension speakers will reproduce all alarm tones
generated by the control panel.
Strobe Output |
Terminals (15 & 16)
The strobe output is operated in every type of
alarm condition and will continue to operate after
bell reset and ream.
The strobe output will also remain active after
entering the customer code and will not stop until
RESET is pressed.
This feature can be used for PIR's requiring a
negative latch whilst in alarm condition. (Use
strobe — Ve terminal 16). During an alarm
condition the strobe will activate and cause the
responsible PIR to hold its indicator. The customer
would then enter the code and stop the alarm. At
this point the zone would be displayed and the
strobe remain active, with PIR indication will
showing. A visual inspection will show the
responsible PIR and finally pressing RESET will
retum the system to Day.
The strobe output is protected against short
circuits by the bell fuse.
Les
Terminals (D & B)
This output is far connection to the external cell or
sounder. Anv (2 V Dell or sounder may be usac,
bul care should pe taken ng’ fo exceed the soled
total current output of the control panel. Similarly
motorised sirens should be closely checked as
theirinitial start current can exceed the fuse rating.
The bell cutput and SC8 termirals have been
grouped ogether and are summarised as follows,
T — —Ve tamper return
A= =Ve supply [OV]
D— +Ve supply (12V)
B— —Ve bell trigger
SCB Connections
lc assist with wiring, the terminals 1-A-D-B
comespond directly to the terminals in A.D.E. SCB
modules and connections are made from A-A,
B-B afc.
Where two 5CB's are used on ene installation if is
recommended that each bell box ana SCB is
wirad in a separate run of cable fo the control
panel, A's and T's are series wired with the
remaining A connected te control panel A, and
remaining T To control panel T. Bs and D's are
wireg in parallel to B and D respectively,
Bell Reset and Rearm me
The Optima and Optima XM use an intelligent
aurc-reset and reorm system. In alarm condition
the sounders and strobe will operate, At the end of
the programmed bell time the scunders will stop
but the stroba will remain latched. Each circuit is
then scrutinised and if clear will be reamed. Any
circuit in fault condition will be automatically
omitted.
The control will then remain active waiting for
another alam condition cr entry of the customer
code,
E
Terminals (17 & 18)
The 13V oulpul is provided 10 power detectors
which require à low voltage supply, PIR’s, Break
Glass Datectors, Inertia Detectors ete. This outpui
i5 fuse protected and is present at all times despite
the status of the system, Un to 350 mA may be
drawn from this supply.
Terminal (19)
Sometimes referrad to as switched + Ve, this
voltage is used in cenjuncticn with latching type
detectors. The output becomes positive on comract
Set of the system and is removed at the
commencement of eniry time or entry of ine
customer code,
The Set + Ve may also bs used via an LED Ío
provide a remole indicator to show thal the
system has been correctly set. The voltage ard
current availablity af this outpur is listed in the
specifications,
Battery Back Up
It is essential that the confral panel is used with a
12V rechargeable battery. The battery is kept fully
charged by the control panel power supply anc
will maintain systern operation in the event of
mains failure. The capacity of the battery should
te calculated accordingly for each installation.
Generally, any baitery in the range 1.2 fobAh may
be used.
The terminals cf the far right of the PCB marked
BATT are for connection to the battery ONLY and
must NOT be used for any other form of power
supply or distribution,
There are two fuses mounted on ihe PCE at the
nght hand end. doth fuses are 1.64 20mm.
The left fuse supplies 13V output, strone and bell.
his fuse 15 In Ihe positive supply line.
The right fuse prevents excessive current being
drawn from the battery and is in the negative
battery line,
Where an integral fused mains connector has
een fitted in the control pane! this should also
contain a1 6A 20mm fuse
Before checking or changing cny fuses you
should read the Faults’ section at the back of this
manual.
Non Volatile Memory (NVM)
The Optima XM contains a Non Velatile Memory
circuit. This is designed to retain all keypad
programmed information, in the event of power
fail, disconnection or system faults. Thus providing
the installation with à high degree of security.
Where the custcmer code has been lost or
forgotten it may be necessary to clear tha NVM
and recover the original factory set conditions. À
detailed procedure is given in ihe installation
section.
cAlarm Memory Recall
Tha alarm memory Is accessible from the
custcmer programme ard will show the last alarm
condition. If all indicators show together, the
memary is empty.
The alarm memory is not held in the NVM
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The control panel uses two distinct programmes. The customer programme is entered from the Day
mode. The engineer programme is then progressively entered from the customer programme.
The chart below shows the tests and changes allowed in each programme. Before you begin, ensure
that the control panel cover is fitted and the system is in Day mode. Once programming has been
accessed each section may be changed in any order. When each section is complete the system will
CUSTOMER PROGRAMMING
return to programming.
ENGINEER PROGRAMMING
TTOBEGIN —
From Day DAY led showing From Day Day led showing
Press PROG All leds show Press PROG All leds show
Enterthe customer code DAY and TAMPER Enterthe customer code DAY and TAMPER
leds show leds show
Press PROG and enter DAY and ATTACK
The system Is now in customer 9999 leds show
programming mode. The system is now in engineer
da A a 1 programming mode
lA E BEA ANN Na meme a нове .. aa - EXIT TIME. |
Press 8 Four zone leds show Press 1 Zone 1 and zone 2
leds show
Enter new code System beeps twice
(4 digits) and DAY and TAMPER Enter the time required In 10 second Increments,
; leds show divided by 10.
© | ALARM MEMORY RECA i L о ВЕ Eg. 10 seconds + 10 = 1 so enter Ol
Во a 20 seconds = 02 >: -
Press MEM The last alarm will now
be displayed for 5 30 seconds = 03 ete
seconds. DAY and
TAMPER leds then show After entering the two digits the
DAY and ATTACK leds show again
DAY, TAMPER and
Press 0 ATTACK led's show. Press 2 Zone 1 and zone 2
leds show
The system is now in the test routine
STROBE TEST Enter the required time as with EXIT.
After entering the two digits the
DAY and ATTACK leds sh al
Press 2 0 to stop PT : ow again
BELL TIME
BELL TEST ma a TOA 4 EEE - .
Press | 3 Zone 1 and zone 2
Press 3 0 to stop leds show
LOW VOLUME SOUNDER TEST Enter the required time In minutes
01 = 1 minute
Press 4 0 to stop 20 = 20 minutes
HIGH VOLUME SOUNDER TEST 99 = maximum 99 minutes
00 = no bell stop
Press 2 4 0 to stop After entering the two digits the
WALK TEST DAY and ATTACK leds show
Press RESET twice to retum to Day
Press | 5 0 to stop
syst { |
o o ru RESET TO FACTORY CONDITIONS |
is opened : From engineer programming, pressing the SET
Press RESET to retum to programming. button returns the system to Day and re-Instates
Press RESET again to retum to Day. all factory set conditions.
REFERENCE
Connection Diagram
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Specifications’
Front ponel indicalors
d Zones
Tamper
PA
Bell Output
Strobe Output
Extension Speaker
Entry/Exit Timers
Maximum Zone Loop
Resistance
Zone Input Delay
Set + Ve Output
Current Consumption
Low Voltage Outout
Rechargeable Battery
Capability
Recharge Voltage
Bell, 13V/Batlery Fuses
Toto! Current Outpui
Mains Supply Voltage
Dimensions
Cabinet Construction
TRANSFORMER
Discreet LED's zone 1.2.3.4, attack, tamper, day, power.
Positive loop, dedicated functions.
Megative loop, local alarm in Day, full alarm in se,
Positive loop, active at all times.
12V, adjustable timer (1-99 mins) or continuous.
12 latching, continuous after bell cut off,
160 (2 max] currant consumption 130 mA each,
Separately adjustable 10-960 seconds.
50.0000
250 mS.
OV in Day (sinking 30 mA)
12V in Set [sourcing 1mA)
standby 80mA
Alarm 250mA
13V dc stabilised [max 350mA)
1.2 10 &АН.
13.8V dc.
1.6A 20mm.
1 Amp.
220-245Y сс.
290mm x 230mm x 80mm
Jmm Folycaroonate
27
BELL ONLY
WITHOUT SCB
Factory Set Conditions °
C123
30 seconds
Entry Time 30 seconds
Bell Time 20 minutes
Faults conditions ara cftan The resulf of minor
installation errors or misintercreiation of the
equipment being installed, The following points
outline the mast common installation and
commissioning faults,
1) As supplied, the standard factory preset
customer code is 0122, This code must bs
used to enter the programme and also in the
avant of clearing the programme back fo
factory sel conditions.
The engineer code is fixed! at 9699 and
cannot be changed.
The engineer programme cannot be
accessed directly rom the Day mode.
Engineer programming is only accessible
from "he customer programme.
Customer Code
Exit Time
сл
©)
2)
Ifatamper or PA fault is present on the system,
the panel will go To lock out condition and
show tamper or attack. The keypad will nat
operate or produce any audible response,
Once the fault has been found and rectified
the system will retum to Day and normal
operation will resume,
The commonest cause of a zone rot
responding to detectors is incomect wiring.
MNermally closed detectors MUST be
connected together in a series loop. Tamper:
are glso series wired belcre connection fo the
control panel
When fuses are being leslec or raplaced. ALL
power must be removed. Fuses repeatedly
failing are almost carta nly the result of a short
circuit across the 13V, bell or strobe output.
Remove all cables and check for low
resistance readings. Blown fuses are very
seldom the result of faulty equipment.
It totally lost as to the cause of a fault, remove
ALL wiring from the PCB anc regiace the 7
service links, NEVER fit links across any of the
voltage outputs, Dell, strobe ete. If uncertain it
may also be necessary 10 power down and
recovar the original factory set conditions.
Cn power up, check each circult as
connecting. Also check carefully for short
circuits in cable runs or a short circuit between
a zone end tamper.
Fincilly whenever working near to the mains
supply or connector always exercise extreme
cauticn, Whenever possible isclate the mains
supply before removing the control panel
cover.
Installation Log
This section may be filled in, detached from the manual and retained as a record of the installation.
SO ACIORSES a a e a A cs ci a mb i a an A Er Rar
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Resistance
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Protection and Equipment used
Advanced Design Electronics Led
TECHNICAL 051-549 1550
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