ADE Accenta G3 Owner's manual

Intruder alarm system
Engineering Information
The above intruder systems are designed to
comply with the installation requirements of
BS 4737 1986/87.
This manual provides information on Installation
design, panel fixing, wiring , power up and
programming of the intruder panels.
Power 0123
5678
Chime Omit Reset
4
9
Set
Prog
PA
8EP 395 Optima G3 panel
with built-in keypad
8EP 396 Optima compact G3 panel
with built-in keypad
Attack
Tamper
Day
12345678
Power
Accenta /!
mini
0123
5678
Chime Omit Reset
4
9
Set
Prog
PA
Attack
Tamper
Day
12345678
Power
Accenta /!
mini
Power
0123
5678
Chime Omit Reset
4
9
Set
Prog
ZONE 1
ZONE 2
ZONE 3
ZONE 4
ZONE 5
ZONE 6
ZONE 7
ZONE 8
Tamper
Attack
Day Power
PA
Accenta
0123
5678
Chime Omit Reset
4
9
Set
Prog
ZONE 1
ZONE 2
ZONE 3
ZONE 4
ZONE 5
ZONE 6
ZONE 7
ZONE 8
Tamper
Attack
Day Power
PA
Accenta
8SP 401 Accenta G3 panel
with remote LED keypad
8SP 400 Accenta mini G3 panel
with remote LED keypad

Features
ÿ8 zones, all programmable for Security,
Fire, 24H Fire, PTS or keyswitch
applications
ÿPA input
ÿTamper input
ÿOutputs for Bell and Strobe
ÿ4 Access level Codes, User 1, User 2,
Engineer and Duress, all programmable
ÿ3 fully selectable part set programs
ÿChime on any zone
ÿ8 event memory
ÿProgrammable timers including bell cut off
ÿWalk Test facilities
ÿQuick set feature
ÿRemote keypad with on board PA and
illuminated keys standard for Accenta
panels and Optional for Optima panels
ÿOption for connection of Lighting
controllers
ÿOptions to connect up to four remote
keypads / Lighting controllers
ÿNVM for protection of engineer programme
ÿ6 digital outputs for a wire-in digital
communicator, Red Care STU or dialler
(Not applicable for Optima compact G3
panel)
ÿService warning indicator, programmable
between 100 and 800 set and unset events
ÿBattery capacity of up to :
2.1Ah in Accenta/Optima G3 mini enclosure
7Ah in Accenta/Optima G3 enclosure
ÿOptima G3 and Optima G3 mini are supplied
with built in keypad
24PI175 issue 1_6/01
Engineering information Accenta/Optima G3 Intruder system
Features
Contents
Features -------------------2
Installation Design --------------3
Fixing --------------------3
Wiring the system --------------5
Tamper network ---------------5
Connect Remote Keypads / Lighting controllers 5
Security zones ----------------5
Push to set zone ---------------6
Remote keyswitch zone -----------6
Fire zone ------------------6
PA circuit ------------------6
Extension speaker --------------7
Bell Output (External sounder) --------7
13V Supply output --------------8
Set ---------------------8
Remote signalling Input and Outputs -----8
Filtering of Intruder alarms -----------9
Factory set condition -------------10
First Power up ----------------11
Mains Connection --------------11
Testing the system --------------12
Engineer program mode -----------12
To exit ---------------------12
System indications --------------12
To enter Engineer program mode -------12
To Exit Engineer program mode -------12
To reset panel to Factory set conditions ----12
Access Codes ----------------13
Programs ------------------14
Zone Function per Program----------14
Exit Modes program -------------14
Programs 1,2 and 3--------------15
Alarm and Walk tests ------------16
Communicator tests -------------17
‘Flag A’ Options ---------------17
‘Flag B’ options ---------------18
Viewing the event log ------------18
Zone Type ------------------19
Zone Attributes ---------------20
Bell and Service Timers -----------21
Re-arm and Anticode reset code -------22
Lighting controller --------------23
Faults --------------------24
Specification-----------------25
Servicing organisation Details --------27
Parts --------------------27
Quick Reference ---------------28
8
z
RKP
4
PART
SET
MEM
8
OUTPUT
6
REMOTE
SET
509

Installation Design
The purchase of this alarm system represents a
major step forward in the protection of the
property and its occupants. It is important to plan
the installation before proceeding and the follow
the procedures and advice contained in this
manual.
Plan the position of each part of
the alarm system and the cable
runs. Detectors should be sited
with particular regard to the
degree of coverage required
and the function of each of the zones.
All of the system wiring is
connected directly to the panel.
The Accenta panel may be
concealed inside a cupboard or
loft space, but it must be
installed within the protected
premises and in a position which is convenient
for a mains supply. The Optima panel may be
installed near an entry/exit point.
The Remote keypads (RKPs)
should be mounted in positions
which allows ease of operation
for the system users, typically
within the entry/exit route close
to the final door and the master bedroom.
Additional internal sound
speakers are recommended,
these will provide high volume
alarm tones and low volume
entry/exit tones. Speakers should
be positioned to provide good sound distribution
throughout the building and so that the exit tone
is audible outside the main entry / exit door.
This will enable the system operator to check
that the system is setting correctly.
Finally note that the total
current output of this
control system (in alarm
condition) is 1Amp when
supported by a fully charged
battery. Calculate the total
current consumption of every part of the system
including the panel, remote keypads,
bell/sounders, strobes and detectors to ensure
that this rating is not exceeded.
Depending on which area
you live, you may be
required, by law to notify
the Local Authority and
Police of the new security
alarm installation. The
local authority requirements may differ from
area to area, therefore, it is advisable to contact
local environmental officer to obtain full details
of your area requirements.
Fixing
Caution: When positioning the control
panel ensure that it is located in a dry
place away from damp areas.
The Accenta mini G3 enclosure is illustrated
here, however the procedures for the other
panels are similar.
a. Remove the front cover(s) from the
panel.
Disconnect the transformer wires from
the transformer marked AC terminals
on the board. Carefully remove the
PCB by gently pushing down the
holding clips on the bottom edge of the
PCB and withdraw it from the base.
4PI175 issue 1_6/01 3
Accenta/Optima G3 intruder system Engineering information
Installation Design
I
TOTAL
LA



Power
A ccenta
/!
mini
0123
5678
Chime Omit Reset
4
9
Set
Prog
ZONE1
ZONE2
ZONE3
ZONE4
ZONE5
ZONE6
ZONE7
ZONE8
Tamper
Attack
Day Power
PA
A ccenta

Note: When replacing the PCB align it
on the round support pillars to the
bottom and allow it to click down past
the clips at the top of the case. Refit the
transformer wires into the terminal.
b. Fit the panel to the wall with suitable
fixings. Ensure the wall surface is flat to
prevent base distortion. There are
cable entry holes provided in the rear
of the base and around the outside
edges through the thinned out plastic
sections which may be cut away as
required.
c. The hole provided adjacent to the
mains transformer is a dedicated mains
cable entry point.
Board
There are four fuses mounted on the circuit
board, all are 20mm quick blow.
F1 1.6A - to protect the +ve line of 12V battery
F2 1A - to protect the RKP 13V supply
F3 1A - to protect the Speaker 13V supply
F5 1A - to protect the Bell and Strobe supply
As supplied, wire links are fitted across the PA
and Tamper terminals to represent a closed
circuit.
44PI175 issue 1_6/01
Engineering information Accenta/Optima G3 Intruder system
Fixing
J2
PA
+
TAMP
-
+13V 0V -
STROBE
J6
+- AC
TAMP +TA
SCB
DB
BELL
+-
SET
1A 1A 1.6A
BELL/STROBE
13V / SPEAKER
BATTERY
BATT
J4
F1F3F5
J5
0V
TAMP
+13V
COMMS
SOUND
VR1
VOLUME
2
14
36
58 7
1A
RKP FUSE
F2
ABORT
J3
+13V
L/FAIL 0V FIRE PA INT SET CONF
Factory fitted links
0 1 2 3
5 6 7 8
CHIME OMIT RESET
4
9
SETPROG
Communicator is not fitted
to Optima compact G3 panel
Keypad and LEDs (except Power LED) are not
fitted to Accenta G3 and Accenta mini G3 panels
D1 D2 D3 D4 D5 D6 D7 D8 D9
D10
D22
D18
Mounting holes
Mounting holes
Cable entry
holes



Wiring the system
Caution: Always power-down the panel
when wiring external circuits, to prevent
damage to the panel electronics.
Systematically wire and test each circuits.:
ÿZone, Tamper circuit and PA circuits
ÿFinish by wiring any additional extension
speaker sounders, external bell/sounder,
strobe and the 13V supply.
Tamper network
The Tamper circuit is used to protect all cables
and detectors in the system from unauthorised
access including the panel and RKP covers.
The zone and PA tampers should be series wired
and connected to the TAMP terminals.
TerminalsT&Aarefortheexternal bell /
sounder tamper. The TAMP terminals at the
bottom left of the PCB are for the RKP tampers.
Tamper alarms that occur in the Day mode
operate internal sounders only. Tamper alarms in
Set cause a full alarm condition. Tamper is
indicated on the control panel and RKPs by the
Tamper indicator.
Connect Remote Keypads /
Lighting controllers
Note: Where an Accenta G3 or Accenta
mini G3 panel is being installed ensure
there is at least one remote keypad wired
to the panel before first power up.
A combination of up to four remote keypads and
lighting controller can be connected to the panel.
Security zones
Note: The G3 range of panels are not
supplied with wire links for unused
zones. All unused zones must be
programmed out by setting them to
disabled using the Zone Type function
see page 19.
It is recommended that no more than 10
magnetic contacts are connected to the same
zone.
4PI175 issue 1_6/01 5
Accenta/Optima G3 intruder system Engineering information
Wiring the system
J5
0V
TAMP
+13V
COMMS
SOUND
1A
RKP FUSE
F2
Panel
Board
SOUND TAMP COMMS
13V
0V
Keypad
Board
COMMS 12V SOUND
LD R
Maximum of up to 4 Remote Keypad /
OPTI-CAM Lighting Controller
combination allowed
Board
SOUND TAMP COMMS
13V
0V
Keypad
Board
GND
OPTI-CAM Lighting
Controller
(See also the instructions supplied
with the OPTI CAM lighting controller)
If only one Remote keypad
is being used then connect TAMP
back to the
p
anel
J2
2
14
36
58 7
Panel
Alarm
+-
PA
+-
TAMP +13V 0V
PIR
Unused zones must
be programmed as
Unused.
Board
PIR
Door
Contact
Door
Contact
Terminal block
is not supplied
Tamp

Push to set zone
Any zone can be wired and configured as a Push
to Set input. This can be a standard door bell
push located outside the premises After starting
the exit timer the building is vacated. As the
switch is then momentaraily closed, a chime
tone is produced and the system Sets.
Sometimes referred to as ‘Terminate Set’ this
facility is mandatory for communicating
systems installed to NACOSS guidelines
Remote keyswitch zone
Any zone can be wired and programmed as a
keyswitch input and used with a remote
keyswitch or lock switch. For security reasons it
is recommended that a tamper proof switch is
used and that the switch wiring is not accessible
from outside the premises.
The keyswitch may be used to Set (open
contacts) or Unset (closed contacts)
independently of RKPs. However in this
situation the keyswitch may have to ‘catch up’
with the system. For example if the system is Set
via an RKP and Unset with the keyswitch, it
would have to be momentarily turned to its Set
position then returned to its Unset position.
The keyswitch will always Set program 1. It will
also Unset the system or switch off an alarm
activation. To Reset after an alarm and return to
Day mode, the Reset key on the RKP will have
to be pressed.
Fire zone
Any zone may be programmed as a fire zone.
This will automatically exclude the availability
of the zone from programs and normal security
applications.
There are two types of fire zone, Standard and
24 hour type. The Standard fire zone detects
fires only when the system is Set, where as the
24 hour fire zone detects fires all the time and
will operate whether the system is Set or Unset.
A fire will cause a distinctive internal sounder
tone. The external sounders will pulse on and off
at 2 second intervals and all RKP indicators will
flash the affected zone.
PA circuit
Any quantity of normally closed type personal
attack button may be wired in series and then
connected to the PA circuit.
Operational in Day and Set, the PA circuit will
cause a full alarm condition when activated. PA
is indicated on the control panel or RKP as
Attack.
64PI175 issue 1_6/01
Engineering information Accenta/Optima G3 Intruder system
Push to set zone
J2
2
14
36
58 7
Panel
PA
+-
TAMP +13V 0V
Board
Keyswitch
Note: A keyswitch can be
connected to any zone.
The zone must be programmed
for keyswitch application.
J2
2
14
36
58 7
Panel
PA
+-
TAMP +13V 0V
Board
Fire detector
Note: Fire detector with
relay base for output
to intruder system.
J2
2
14
36
58 7
Panel
PA
+-
TAMP +13V 0V
Board
Press to Set Switch
Note: The push to set switch
can be connected to any zone.
The zone must be programmed
for PTS application.

PA buttons may be fitted near the front door, or
in a bedroom.
Extension speaker
Extension speaker may be connected to the
loudspeaker terminals to produce high volume
alarm tones and low volume entry / exit fault
tones.
Up to two 16 ohm extension speakers may also
be wired across the speaker terminals. Mounted
in convenient positions within the installation
the extension speakers will reproduce all of the
alarm tones generated by the control panel.
A control marked VOLUME in the centre of the
PCB may be used to adjust the low volume
entry/exit tones to suit environmental conditions.
To adjust this control, partially lift up the top
cover.
Bell Output (External sounder)
The bell is usually installed in a high position
from where the bell could be seen and heard.
Terminal TADBareforconnection to the
external bell or sounder. These terminals
provide a power/hold-off supply, sounder
trigger and tamper circuit to protect the external
sounder housing.
The terminals are summarised as follows:
T - -Ve tamper return
A - -Ve supply (0V)
D - +Ve supply (12V)
B- -Ve Sounder trigger
For ease of installation, ADE sounders and
modules use the same markings.
Where a discrete bell sounder is used, it should
be connected to terminalsD&B.Terminals T &
4PI175 issue 1_6/01 7
Accenta/Optima G3 intruder system Engineering information
Extension speaker
J2
2
14
36
58 7
Panel
PA
+-
TAMP +13V 0V
Board
Panic
Button
Panic
Button
-
STROBE
J6
+
TA
SCB
DB
BELL
+-
SET
1A
BELL/STROBE
F5
Panel
Board
1A
13VSPEAKER
F3
16 WExtension Speaker
16 WExtension Speaker
VR1
VOLUME
-
STROBE
J6
+
TA
SCB
DB
BELL
+-
SET
1A
BELL/STROBE
F5
Sonade
Panel
Board
+- TEADB
STROBE

A are then used for tamper protection for the
sounder housing.
Where self contained / powered sounders are
used, carefully follow the manufacturers
instructions, match each of the terminals to
those above.
13V Supply output
The 13V output is to power detectors which
require a voltage supply (PIR detectors etc). The
supply is present at all times and may be used to
supply a total load of 350mA.
Set
The output , marked SET is used with latching
detectors. The output becomes positive on
correct Set of the system and is removed at the
commencement of entry time or entry of the
valid user code.
Remote signalling Input and
Outputs
These outputs are not applicable to the
Optima compact G3 panel.
These terminals have been provided for
connection to remote signalling equipment such
as a digital communicator, Red Care STU or
speech dialler.
Note: The operating polarity of the
Communicator output terminals are
programmable.
L/FAIL This is a telephone line fail input which
is held at approximately 6V by the panel
circuitry. The input is activated when pulled to
0V by the telephone line fault output of the
communicator. This is usually a voltage free
relay or open collector transistor.
When a telephone line fault occurs in the Day
mode the panel provides an audible double beep
every 10 minutes. This indication is
automatically cleared when the fault is removed.
A telephone line fault which occurs while the
system is Set will not cause an alarm condition
but any bell delay which is programmed will be
cancelled and any intruder alarm which is
triggered will operate instant sounders.
13V 0V These terminals provide a 13V supply
for the communicator up to a total load of
200mA. The output is protected by a 250mA
thermal fuse. If this fuse operates it may be reset
by removing the load and allowing a few
seconds for it to recover.
OUTPUT PORT By default these outputs are
programmed as active low output. They are held
at 13V and fall to 0V when active, it can source
or sink 10mA. The output polarity can be
programmed.
84PI175 issue 1_6/01
Engineering information Accenta/Optima G3 Intruder system
13V Supply output
# Terminal block
is not supplied
-
STROBE
J6
+
TA
SCB
DB
BELL
+-
SET
1A
BELL/STROBE
F5
Sonade
Panel
Board
+- TEADB
STROBE
#
Sonade
+- TEADB
STROBE

These outputs would normally be connected
directly to the input channels of wire in type
communicators and STUs.
Alternatively each output can be used to drive a
relay(coil resistance > 1200 W) connected
between the output terminal and the 13V supply
terminal. The relay will energise when the
output port operates. It is recommended that a
back EMF protection diode is used in parallel
with the relay coil.
FIRE The fire output operates when the fire
zone is triggered.
PA The PA output operates when a PA alarm is
triggered or a duress code is used.
INT The intruder output is operated when an
intruder condition is triggered whilst the system
is set.
SET The Set output operates whenever the
system becomes set and is used to indicate
opening and closing.
ABORT Operates when an intruder alarm
condition is switched off.
CONF The confirmed alarm output operates
when 2 independent zones are activated during
the same alarm condition.
Important Notes
a. Each output has been configured as
active low and will normally require the
EPROM or NVM for the communicator
or STU to be programmed as active
low or positive removed. However
there may be differences between
some pieces of equipment and some
Alarm Receiving Centres (ARCs).
b. Where the communicator is powered
from an external source, not the panel
and the outputs are being used without
relays, the panel and external power
supply will require a commoned
negative supply rail.
c. If the communicator is not fitted inside
the panel and abort is being used, care
should be taken to ensure that the
abort connection cannot be damaged
or severed as this could cause the
ARC to incorrectly filter an alarm
signal.
d. It is very important that communicating
systems are fully tested and that all
signals are correctly received at the
ARC when the system is installed and
serviced.
Filtering of Intruder alarms
A condition of most police Force Policies and
under the guidance of NACOSS NACP 14
(Code of Practice for intruder Alarm Systems
Signalling to Alarm Receiving Centres) is that
all intruder alarm signals received by an Alarm
Receiving Centre (ARC) must be filtered to
establish their validity before passing to the
police.
The exact method of filtering should be decided
according to the regional Police Force Policy
and ARC procedures.
In general, the panels offer the following
methods which could be used to filter an alarm.
Set/Unset A Set or Unset signal which is
received by the ARC at around the same time as
an intruder signal can be used to filter the alarm.
Abort Output The abort output operates
whenever a user code is entered or a keyswitch
is used to switch off an intruder alarm condition.
When an abort signal is received by ARC at or
around the same time as an intruder signal, the
alarm can be filtered.
Restore of the Intruder Output The intruder
alarm output is restored to 12V whenever a user
code is entered or a keyswitch is used to switch
off an intruder alarm condition. Where an
intruder alarm is shortly followed by a restore at
the ARC, this can be used to filter the alarm.
4PI175 issue 1_6/01 9
Accenta/Optima G3 intruder system Engineering information
Remote signalling Input and Outputs

Factory set condition
User code 1 --------0123
User code 2 --------Notprogrammed
Duress Code --------Notprogrammed
Engineer Code ------9999
Bell Duration -------20minutes
Bell Delay --------Nodelay
Program 1
Zone 1 ---------Timed
Zone 2 ---------Time Inhibited
Zones 3…8 ------Immediate
Exit time--------30seconds
Entry ---------30seconds
Exit mode -------timed
Program 2
Zone1 ---------Timed
Zone 2 ---------Time inhibited
Zone 3…8 -------Immediate
Exit time--------30seconds
Entry time -------30seconds
Exit mode -------Disabled
Program 3
Zone 1 ---------Timed
Zone 2 ---------Time Inhibited
Zone3…8 -------Immediate
Exit time--------30seconds
Entry time -------30seconds
Exit mode -------Disabled
Security Zones -------Zones 1…8
Standard Fire zones ----None programmed
24 hour Fire zones -----None programmed
Push to set zones ------None programmed
Keyswitch zones ------None programmed
Double Knock zones ----None programmed
Omit prevent zones-----None programmed
Zone debounce period - - - 300mS ALL zones
Flag A
Silent PA ---------No
RKP PA Enable ------Yes
Engineer Reset-------No
Anti Code Reset ------No
Door bell on push to set - - No
Single key setting -----No
Strobe on setting ------No
External bell on Fire ----No
Flag B
Note: The entries marked # are not
applicable for Optima compact G3 panel.
#Communicator Output
active high ----------No(active low)
#Line Fail
active high ----------No(active low)
User Reset PA --------No
User Reset Fire --------No
#Program 1 to report -----Yes
#Program 2 to report -----Yes
#Program 3 to report -----Yes
Rearm counter --------3(re-arms)
Service counter --------Off
Site Code -----------00
Light Controller
Light Threshold ------50%
Light Hold Time ------30seconds
Light Channel 1 ------Nozones assigned
Light Channel 2 ------Nozones assigned
Light Channel 3 ------Nozones assigned
Light Channel 4 ------Nozones assigned
Light Channel 5 ------Nozones assigned
Light Channel 6 ------Nozones assigned
Light Channel 7 ------Nozones assigned
Light Channel 8 ------Nozones assigned
10 4PI175 issue 1_6/01
Engineering information Accenta/Optima G3 Intruder system
Factory set condition