Logic Six LGSIX/01 Owner's manual

Intruder alarm system
Engineering Information
LGSIX/01 Logic Six panel with two pre learnt
Keyfobs
The above intruder system is designed to comply
with the installation requirements of
BS 4737 1986/87.
4188-753 issue 1_1/03 1
Accenta /!
mini
Learn
Error
Day
123456TA PA Power
ZONE

Features
ÿ6 Security zones
ÿPA input
ÿTamper input
ÿOutputs for External siren (Bell) and Strobe
ÿPre-configured Part set program selectable by
DIP switch.
ÿEntry Time duration selectable by DIP switch
ÿEntry Deviate
ÿAlarm Cycle Counter
ÿStrobe confirmation on Set
ÿMemorises first and subsequent zone
intrusions in one alarm period
ÿWalk Test facilities by push button control
ÿAlarm Test facilities by push button control
ÿBattery capacity of up to 2.1Ah
ÿUp to 8 keyfobs can be used with the panel (2
Keyfobs supplied pre learnt)
ÿLearn mode to learn new keyfobs
ÿErase mode to disable lost or stolen keyfobs
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Engineering information
Contents
Features -------------------2
Installation Design --------------3
Fixing the control panel -----------3
Wiring the system --------------4
Tamper network ---------------4
Security zones ----------------5
PA circuit ------------------6
Extension speaker --------------7
External siren Output (Bell box) -------8
13V Supply output --------------9
Set ---------------------9
Factory set condition -------------10
Zone Function ----------------10
First Power up ----------------11
Mains Connection --------------11
Testing the system --------------12
System indications --------------12
Programs ------------------12
Walk tests ------------------13
Alarm tests -----------------13
How to learn new keyfobs ----------14
How to re-learn all keyfobs ----------15
How to learn keyfobs if non are recognised - - 16
Re-arm -------------------17
Alarm Cycle Counter-------------17
Faults --------------------18
Specification-----------------19
Servicing organisation Details --------20
Parts --------------------20

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 following 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 intruder panel must be
installed near an entry/exit
point.
One additional internal sound
speaker is recommended, it
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
1A when supported by a fully
charged battery. Calculate the
total current consumption of every part of the
system including the panel, external siren with
strobe light (bell box) 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 the control panel
Caution: When positioning the control
panel ensure that it is located in a dry
place away from damp areas.
a. Remove the front cover(s) from the
base assembly.
Disconnect the transformer wires from
the board, these are marked AC.
Carefully remove the board by gently
pushing down the holding clips on the
bottom edge of the board and withdraw
it from the base.
Note: When replacing the board 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.
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


ZONES
Power
Error
Day
123456TA PA
Learn
LA
ITOTAL
Power



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 three fuses mounted on the circuit
board, all are 20mm quick blow.
F1 1.6A - to protect the +ve line of 12V battery
F3 1A - to protect the Speaker 13V supply
F5 1A - to protect the Siren & Strobe
supply
As supplied, there are wire links are fitted across
the PA and Tamper terminals to represent a
closed circuit.
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 circuit:
ÿZones, Tamper and PA circuits
ÿFinish by wiring any additional extension
speaker sounders, external siren (bell) /
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 cover.
The zone and PA tampers should be series wired
and connected to the TAMP terminals. The
terminalsT&Aarefortheexternal siren
tamper. Tamper alarms that occur in the Day
mode operate internal sounders only. Tamper
alarms in Set cause a full alarm condition.
Tamper is indicated by the Tamper TA
indicator.
44188-753 issue 1_1/03
Engineering information
J2
PA
+
TAMP
-
+13V 0V -
STROBE
J6
+- AC
SW1
+TA
SCB
DB
BELL
+-
SET
+ve 1A 1A 1.6A
BELL/STROBE
13V / SPEAKER
BATTERY
BATT
J4
F1F3F5
VR1
VOLUME
214
365
Factory fitted links
LD2 LD8 LD9 LD4 LD10 LD5 LD11 LD23
LD12
LD22
LD6
J1
LD3
SW2
WALK /
ALARM TEST
TAMP ON
OFF
ENTRY TIME
PART SET
15S
30S
Mounting holes
Mounting holes
Cable entry
holes
Danger
High Voltage
~230V 50Hz 0.2A
FUSE T125mA 250V
(ANTI-SURGE)

Security zones
Note: The panel is supplied with wire links for unused zones. All unused zones must
have links fitted to disable the zone.
It is recommended that no more than 10 magnetic contacts are connected to the same zone.
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J2
214
365
Panel
Alarm
+-
PA
+-
TAMP +13V 0V
PIR
All unused zones
must have links fitted
to disable the zone.
Board
PIR
Door
Contact
Door
Contact
Terminal block
is not supplied
Tamp
J1

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 as PA.
PA buttons may be fitted near the front door, or in a bedroom.
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Engineering information
PA
+-
TAMP +13V 0V
Board
Panel
Panic
Button
Panic
Button
J2
214
365
J1

Extension speaker
Extension speaker may be connected to the loudspeaker terminals to produce high volume alarm
tones and low volume entry / exit fault tones.
A 16 ohms extension speaker may be wired across the speaker terminals. Mounted in convenient
position within the installation the extension speaker will reproduce all of the alarm tones generated
by the control panel.
A control marked VOLUME in the centre of the board may be used to adjust the low volume
entry/exit tones to suit environmental conditions.
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Logic Six intruder system
-
STROBE
J6
+
TA
SCB
DB
BELL
+-
SET
+ve 1A
BELL/STROBE
F5
Panel
Board
1A
13V SPEAKER
F3
16 Ohms Extension Speaker
VR1
VOLUME

External siren Output (Bell box)
The external siren (bell box) is usually installed in a high position from where the siren could be
seen and heard.
Terminal TADBareforconnecting to the external siren. These terminals provide a
power/hold-off supply, sounder trigger and tamper circuit to protect the external siren 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 external sirens and modules use the same markings.
Where a discrete external siren is used, it should be connected to terminalsD&B.TerminalsT&A
are then used for tamper protection for the housing.
84188-753 issue 1_1/03
Engineering information
-
STROBE
J6
+
TA
SCB
DB
BELL
+-
SET
+ve 1A
BELL/STROBE
F5
Sonade
Panel
Board
+- TEADB
STROBE

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 +VE
The output , marked SET +VE is used with latching detectors. The output becomes positive on
correct Set of the system and is removed on UNSETTING the system.
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Logic Six intruder system
# Terminal block
is not supplied
-
STROBE
J6
+
TA
SCB
DB
BELL
+-
SET
+ve 1A
BELL/STROBE
F5
Sonade
Panel
Board
+- TEADB
STROBE
#
Sonade
+- TEADB
STROBE

Factory set condition
Keyfob 1 and 2 (supplied) - Learnt
Keyfobs 3 to 8 (optional) - - Require learning
External siren Bell Duration 20 minutes
External siren Bell Delay - - No delay
Full Set
Zone1 ---------Timed
Zone 2 ---------Time inhibited
Zone 3, 4,5&6 ----Immediate
Entry time (timed zone)- 30seconds(default)
(15 seconds via setting DIP switch)
Exit mode is timed - - - 30 seconds
Part set (DIP switch selectable see page 12)
Zone 1,2&3 -----Timed
Zone 4 ---------Immediate zone
Zone5&6-------Omitted zones
Entry time (timed zone)- 30seconds(default)
(15 seconds via setting DIP switch)
Silent Exit mode is timed 30 seconds
Applicable for both full and part set:
Tamper TA 24 hour alarm
Personal Attack PA 24 hour alarm
Security Zones -------Zones 1…6
Zone debounce period - - - 640mS ALL zones
Zone Function
The following are definitions of zone functions:
Timed : This function would be used to protect
the main entry/exit door of the entry route.
Time inhibited (Walk through) : This is a zone
which, on setting the panel, allows access to the
Entry / Exit zone. However, if the panel is set
and an time inhibited zone is triggered before an
Entry /Exit zone then an alarm will be generated
immediately.
Immediate: This is a zone which will, when
entered, go into alarm when the panel is set.
The Entry deviate feature permits an immediate
zone to be activated during the entry period
without causing a full alarm.
Unused : An unused zone that has been linked
out will be ignored by the panel.
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Engineering information

First Power up
Before power up fit the top cover on to the base
and connect the speaker wires. Leave the cover
in position throughout the reset of the
installation.
a. Check that the factory fitted links are
connected to terminals unused Zones,
PA, TAMP and T-A.
b. Fit the battery wires to the BATT
terminals on the Board, Red to + and
Black to -.
c. On connecting the battery the system
will now go into alarm condition, the
Tamper LED is lit and the Power LED
gives a flashing indication:
d. Fit the cover to hold down the tamper
spring at the bottom centre of the
board.
e. Offer a keyfob to the centre depression
on the panel. Note the Tamper LED
and Alarm switches Off and the
LED is lit.
Note: If you do not withdraw the keyfob
after it is recognised by the panel then
you run the risk of entering an undesired
mode of operation.
Mains Connection
The mains power should be connected using a
3 core cable of not less than 0.75mm sq. from a
fused spur to the mains connector inside the
control panel. The 2 A fused spur must be
located close to the control panel.
Note: The mains supply must be
connected by a technically competent
person and according to current IEE
regulations.
Caution: To avoid the risk of electrical
shock you must always totally isolate the
mains supply before opening the control
panel cover(s).
ÿMains Input Fuse rating: 125mA, 250V type
T (anti surge) and of a type approved to IEC
127 part 2 sheet III.
On connecting the mains supply to the panel the
power indicator is lit.
(Changes from flashing to steady)
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N
L
E
Transformer
125mA Fuse
Panel
+- AC
1.6A
BATTERY
BATT
J4
F1 Board
(red)
+
Black -
12V battery
TA
Alarm
Power
Offer keyfob
to the Panel
and withdraw Keyfob recognition beep
Accenta/!
mini
1 2 3 4 5 6 TA PA
ZONE Learn
Error
Day
Power
N
L
E
Transformer
125mA Fuse
Panel
+- AC
1.6A
BATTERY
BATT
J4
F1 Board
(red)
+
Black -
12V battery
2A Fused Spur unit
Dedicated mains supply
from consumer unit.
Day
Power

Testing the system
Complete the wiring of the system and then:
ÿProgram the panel.
ÿFully test the system and ensure it is fault
free
ÿFill in the installation log at the back of this
manual and retain if for future reference.
ÿFinally explain the operation of the system
to the end user. The Operating Instructions
are attached to the centre of this manual.
Detach them and leave them with the
user.
Key
System indications
- Unset system indication
- Set system indication
Note: The Power LED will give a
flashing indication when there is a mains
supply failure to the panel.
Programs
The panel offers Full Set or selectable Part Set
routine and programmable entry time. As default
the panel is set for Full Set and an Entry time of
30 seconds.
ÿFull Set : Arms all of the zones and become
Set as the user leaves the property after the
Exit time of 30 seconds.
ÿPart Set : To protect the downstairs areas of
the house at night the Zones 5 and 6 are
omitted from being set as the user goes
upstairs after the Exit time of 30 seconds.
Note: The Part Set assumes Zone 5
and Zone 6 are upstairs zones.
ÿEntry time 30 seconds (factory default):
Allows the user to enter the premises and
unset the system within 30 seconds.
ÿEntry time 15 seconds : Allows the user to
enter the premises and unset the system
within 15 seconds.
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Engineering information
Powe
r
Day Powe
r
LED steady On indication
LED Off
Strobe
External Siren
NOTE: In general a flat beep is
an indication of not recognised keyfobs.
Sound description
Internal sound
External devices
LED flashing indication
J6
ON
OFF
ENTRY TIME
PART SET
15S
30S
Board
Panel

Walk tests
The walk test function allows each detector to be
checked in order to verify that they are
functioning correctly.
To enter walk test the panel must be in Day
mode with the DAY LED lit:
a. Open the bottom cover of the panel.
Note this will cause a tamper alarm.
b. Present a recognised keyfob and the
alarm sound stops. Tamper TA
LED will flash to give a tamper
indication.
c. Momentarily press the PCB mounted
push button. Note do not hold the
button down or it will go into Walk test.
The DAY LED starts to flash.
d. Upon activation of any zone, the
relevant ZONE led will latch up and
a“Zone fault” tone is emitted.
e. Pressing the push button again at any
time will clear the latched LED and
walk test is restarted.
f. On completion of Walk Test, close the
panel cover and an “OK” tone is
emitted and the panel returns to Day
mode with the Day LED lit.
Alarm tests
The alarm test function allows you to test the
Strobe, Siren (Bell), Low and High volume
sounders of the system, SET+ output.
The Alarm Test mode could also be
activated while in Walk Test mode, if
you are doing this go straight to step d).
To enter Walk Test mode the panel must be in
Day mode with the DAY LED lit:
a. Ensure the bottom cover of the panel is
open. Note this will cause a tamper
alarm.
b. Present a recognised keyfob and the
alarm sound stops. Tamper TA
LED will flash to give a tamper
indication.
d. Press the PCB mounted push button
and hold for 3 seconds.
e. The tests below are performed
consecutively. Automatic advance to
the next test after 3 seconds.
1) Low Volume Sounders
2) High Volume Sounders and Strobe
3) External Bell and Strobe
4) SET+ output and Strobe
f. On completion of Alarm Test an “OK”
tone is emitted and the panel returns to
Day mode with the DAY LED lit.
Close the bottom cover of the panel
and the Tamper TA LED switches Off.
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Logic Six intruder system
Board
Panel
SW2
WALK /
ALARM TEST
Board
Panel
SW2
WALK /
ALARM TEST

How to learn new keyfobs
14 4188-753 issue 1_1/03
Engineering information
Offer a slightly touch it on the centre depression of
the A learnt indication is given of the when the
flashing LED changes to steady On indication and there
is a recognition beep given by the local sounder.
Shortly after the next numbered LED will start flashing.
Withdraw the learnt keyfob.
You now have up to 10 seconds to learn another new keyfob.
For keyfobs 7 and 8 the indications are TA and PA LEDs
respectively.
new keyfob
Panel. new keyfob
ZONE
ZONE
keyfob recognised beep
Panel
New
keyfob
When an unrecognised keyfob is offered to the it will cause the
LED to be lit and a continuous sound is emitted from the
local sounder.
Hold the
The will timeout after 10 seconds if no action is taken to
learn new keyfob
panel
Error
learn mode
recognised such that it touches the centre
depression on the Panel and keep it there without movement for
You will hear a keyfob recognition beep and
later five rapid beeps from the local sounder.
You are now in the The LED will give a flashing
indication and the LEDs change from flashing to steady On
indication to show recognised or . The is now
ready to learn signalled by the next
flashing LED. Withdraw the keyfob.
In the when an already learnt keyfob is offered to the
an Error indication will be given.
‘learnt’ keyfob
learnt keyfob Panel
new keyfobs
Panel
,
10 seconds.
10 seconds
learn mode. Learn
ZONE
ZONE
learn mode
1
Repeat to learn the
Once all the keyfobs are recognised ‘learnt’ by the wait for
just over 10 seconds for the Panel to exit the this is
announced by two beeps from the local sounder
and return to mode indication.
new keyfob.
Panel
learn mode,
Day
x 2 beeps
keyfob recognised beep
Panel
Learnt
keyfob
x 5 rapid beeps
Hold for
10 seconds
Power
Day
Using a recognised the can learn further keyfobs. A total of 8 keyfobs are recognised
by a Panel. You may want to do this if you have acquired additional keyfobs. Using these procedures
the panel will still memorise previously learnt keyfobs. New k
learnt keyfob panel
eyfobs must be learnt by the .panel
Ensure the is in the day mode with the LED lit. You should
have one and the new keyfobs available.
panel
learnt keyfob
Day
Indication given assumes
2 keyfobs were previously
learnt by the Panel
32
1 42 3
Learn
Power
Day
Learn

How to re-learn all keyfobs
4188-753 issue 1_1/03 15
Logic Six intruder system
By entering the in this manner you will erase all
recognition of previously learnt keyfobs at the Panel, except for the
one used to enter the .
learn mode
learn mode
Offer the slightly touch it on the centre depression of the
A learnt indication is given of the when the flashing
LED changes to steady On indication and there is a recognition
beep given by the local sounder. Shortly after the next numbered
indicator will start flashing. Withdraw the learnt keyfob.
You now have up to 10 seconds to start learning another keyfob.
next keyfob Panel
.
next keyfob ZONE
ZONE
keyfob recognised beep
Panel
Next
keyfob
When an unrecognised keyfob is offered to the it will cause
the LED to be lit and continuous sound to be
emitted from the local sounder.
Hold the
The will timeout after if no actions is taken
to learn the next keyfob
Panel
Error
learn mode 10 seconds
recognised slighty touching the centre
depression on the and keep it there without movement
for . Initially you will hear a keyfob recognition beep and
later five rapid beeps from the local sounder. After
another you will hear 5 rapid beep tone from the local
sounder. You are now in the The LED will give a
flashing indication and the LED changes from flashing to
steady On indication to recognise the .
The is now ready to learn the , signalled by the
LED flashing. Withdraw the learnt keyfob.
In the when an already learnt keyfob is offered to the
an Error indication will be given.
‘learnt’ keyfob
Panel
learnt keyfob
Panel next keyfob
Panel,
20 seconds
10 seconds
10 seconds
learn mode. Learn
ZONE 1
ZONE 2
learn mode
Repeat to learn the
Once all the keyfobs are recognised ‘learnt’ by the wait for just over
10 seconds for the Panel to exit the this is announced by two
beeps from the local sounder and return to mode indication.
next keyfob.
Panel
learn mode,
Day
x 2 beeps
keyfob recognised beep
Panel
Learnt
keyfob
x 5 rapid beeps
Hold for
20 seconds
Using a recognised the can re-learn up to 8 keyfobs. You may want to do this after
a keyfob is lost or stolen and you want to prevent the use of it to operate the system.
learnt keyfob Panel
Keyfobs must
be learnt by each installed in a systemPanel
Ensure the is in the day mode with the LED lit. You must
have one and up to 7 further keyfobs to be learnt. Have
all the keyfobs available.
Panel
learnt keyfob
Day
x 5 rapid beeps
Power
Day
123
Learn
1 2
Learn
1 2 3
Learn
Power
Day

How to learn keyfobs if none are recognised
16 4188-753 issue 1_1/03
Engineering information
Offer the slightly touching it on the centre depression
of the A learnt indication is given of the when
the flashing LED changes to steady On indication
and there is a recognition beep given by the local sounder.
Shortly after the next numbered LED starts flashing.
Withdraw the learnt keyfob.
next keyfob
Panel. next keyfob
ZONE
ZONE
You now have up to to learn the10 seconds next keyfob.
keyfob recognised beep
Panel
Next
keyfob
Hold the slightly touching it on the centre depression
of the .
first keyfob
Panel Once the is acknowledged by the
the LED changes from flashing to steady and there is
a recognition beep given by the local sounder. Withdraw the learnt
keyfob. The is now ready to learn the ,
signalled by LED flashing.
first keyfob Panel
Panel next keyfob
ZONE 1
ZONE 2
keyfob recognised beep
Panel
first
keyfob
x 5 rapid beeps
Now remove the link between Z1 and Set.
x 2 beeps
Hold
Ensure the is connected to the intruder system and the
link is fitted on the
Power up the intruder system you will hear five rapid beeps to
acknowledge the is in the .
Panel
Panel PCB between Z1 and Set.
Panel Learn mode
The will NOT timeout until the first keyfob is learnt.learn mode
You will only need to learn keyfobs in this manner if no keyfobs are recognised by the
You must have all the keyfobs to be
learnt available. Keyfobs can be learnt by each installed in a system
Panel.
Panel
A can
learn up to 8 keyfobs following power up of the intruder system.
Panel
POWER UP THE SYSTEM
Power
Day
1
Learn
1
ZONE
-
STROBE
J6
+TA
SCB
DB
BELL
+-
SET
1 2
Learn
1
Learn
2 3
Repeat to learn the next keyfob.
Once all the keyfobs are recognised ‘learnt’ by the Panel wait
for just over and the Panel will exit the10 seconds learn mode,
this is announced by two beeps from the local sounder and return
to Day mode indication.

NVM Error
A Non Volatile Memory NVM error indication
is given by a flashing Error LED. If an NVM
error occurs then you will need to re-learn all the
keyfobs, see page 16.
Re-arm
After an alarm the panel will automatically reset
itself when the external siren (bell box) 20
minute timer has expired.
Alarm Cycle Counter
An alarm cycle is considered as the duration of
an alarm from trigger to the end of 20 minutes
operation of the external siren. The panel allows
three alarm cycles during either set or unset
period. When the third alarm cycle expires the
panel is shut down, the storobe continues to
operate. The panel is unset in the normal way
see operating instructions.
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Logic Six intruder system

Faults
Fault conditions are often the result of minor
installation errors or misinterpretation of the
equipment being installed. The following points
outline the most common installation and
commissioning faults.
a. If a tamper TA or Personal Attack PA
fault is present on the system, a
flashing indication is given of first fault,
it will go to a lock out condition
(showing the appropriate indication).
Rectify the fault and offer the keyfob to
the panel to remove the fault.
b. The most common cause of a zone not
responding to detection is incorrect
wiring. Normally closed detectors must
be wired together in a series loop
before connecting into the appropriate
ZONE terminals. Tampers are series
wired in the same manner.
c. Where a permanent zone fault is
showing and the loop resistance is
found to be in order, the most probable
cause is a short circuit between the
zone wiring and the tamper wiring.
When measured with a multimeter the
series resistance between the zone
and tamper wiring should be infinitely
high.
d. If totally lost as to the cause of a fault,
remove ALL wiring from the Board.
Refit the 9-links and test the system.
Never fit links to any positions other
than those marked on the Board.
e. Before testing or replacing any fuses,
ALL power must be removed. Fuses
which fail continually are almost
certainly the result of a short circuit or
low resistance across the 13V supply
or external siren (bell box) supply
(terminal D).
Whenever working close to the mains
supply or connector, you should
exercise extreme caution always
isolate the mains supply before
removing the control panel covers.
Where normally open and closed
detectors are being used these must
be wired to a zone in the manner
shown.
The example below shows how to wire
normally open detectors on zones 3.
The example below shows how to wire normally
open detector on zones 3 and a normally closed
detector on zone 4.
f. Where Pressure mats are being used
these must be connected to a zone in
the manner shown. The example below
shows pressure mats connected to
zones 3.
18 4188-753 issue 1_1/03
Engineering information
J2
214
365 PA
+-
TAMP +13V 0V
Board
J1
Panel
Normally open
detectors
J2
214
365 PA
+-
TAMP +13V 0V
Board
J1
Panel
Normally open
detectors
Normally closed
detector
J2
214
365 PA
+-
TAMP +13V 0V
Board
J1
Panel
Pressure Mats

Specification
Indicators on
Control panel
Zone 1-6 (red), Tamper -
TA (amber), Personal
Attack-PA, Power, Learn
(amber), Error (red) and
Day (green)
6 Zones +ve loop, Security zones
Tamper -ve loop, always active
PA +ve loop, always active
User keyfobs Up to 8 keyfobs can be
learnt to operate with the
panel
Keyfob operating
range
20mm nominal form
centre depression
Proximity reader 125KHz inductive
External siren
(Bell box) Output
12V, time 20 minutes
continuous
Strobe Output 12V latching
Extension Speaker 16 Ohms 260mA
Exit time 30 seconds
Entry time Programmable by DIP
switch 15 seconds or
30 seconds
Full/Part Set Programmable by DIP
switch
Walk and Alarm
Tests
Selectable by push
button switch
Zone Input Delay 640mS
Set +ve Output 0V in Day (sinking
40mA)
12V in Set (Sourcing
10mA)
Current
Consumption
Control panel
Standby 80mA
Alarm 250mA
Low voltage
output
13.8V dc stabilised
(+/-5%) up to 350mA
Rechargeable
Battery
12V, 1.2 or 2.1Ah
Charge Voltage 13.8V dc (+/-5%)
Board Fuses 1.6A & 1A 20mm quick
blow
Mains Input fuse 125mA, 250V type T
(anti-surge) type
approved to IEC 127,
part 2 sheet III
Total Current
Output
1A when supported by a
fully charged battery
Mains Supply
Voltage
230V (+/-10%) 50Hz
max load 0.2A
Ambient
Operating
temperature
0°C to 40°C
Enclosure
construction
3mm Polycarbonate
Panel dimension H 200mm W 253mm
D 55mm
Keyfob dimension L 58.5mm W 18.5mm
4188-753 issue 1_1/03 19
Logic Six intruder system

Servicing organisation Details
Servicing organisation name:
_______________________________________
Telephone number:
______________________________________
Date of installation:
______________________________________
Account Number:
_____________________________________
Parts
Below is a list of approved parts and accessories.
LGSIX/01 Logic Six panel
(supplied with 2 learnt keyfobs)
SS/F Spare Keyfob
20 4188-753 issue 1_1/03
Engineering information
The Logic Six panel conforms to the
requirements of the European R&TTE directive
1999/5/EC and carries the CE mark. This
product is intended for use in the UK.
For Technical Support
: 01268 563270
ED&S
The Arnold Centre
Paycocke Road
Basildon Essex
SW14 3EA
Resistance Area protection and equipment used (eg PIR, Contacts..)
Zone 1
Zone 2
Zone 3
Zone 4
Zone 5
Zone 6