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Wireless Alarm system
Model 3400
Installation & Operation Manual
CONTENTS
1. INTRODUCTION …………………………………………………………… 1
Illustration & Description
2. GLOSSARY OF TERMS & ABBREVIATIONS ……………………….… 5
Helping you to understand the jargon
3. PLANNING YOUR INSTALLATION ………………………………….….. 6
An essential Pre-Installation guide on preparation of the system components
For the installer
4. INSTALLING & PREPARING THE SYSTEM FOR USE ……………… 9
Passive Infrared Movement Detector Transmitters (PIRs)
Magnetic Door/Window Contact Transmitter (MDTs)
Remote Control
Control Panel and switching on for the first time
External Siren/Strobe unit (if supplied)
5. OPERATION THE SYSTEM …………………………………………….. 13
Arming and Disarming using the Keypad Security Code
Setting the system into Home Mode
Using the Remote Control Key fob
6. PROGRAMMING THE SYSTEM MEMORY ………………………….. 15
Keypad Security Code
Siren alarm duration
Entry and Exit time periods
Internal Siren Volume Control
Restoring to the Factory Pre-set Memory
Programming Command Code Chart
7. TESTING …………………………………………………………………. 18
Checking the operation of the Detectors
Changing the batteries
Periodic testing & maintenance procedures
8. WIRING ACCESSORY PRODUCTS TO THE CONTROL PANEL … 19
Connecting a wireless siren & strobe unit
Connecting a wireless Auto Dialer
9. PROBLEM SOLVING AND FAULT FINDING ……………………….. 21
1. INTRODUCTION
This Wireless Security System represents a major improvement in protection for your home and
property. The use of Wireless Detectors provide easy and convenient method of use and installation
and enables the use of as many wireless detectors as required.
The system operates under micro-processor control and boasts a number of Programmable features.
However, the software has been preprogrammed to suit the majority of applications thereby avoiding
any complicated and unnecessary programming functions.
In order to dispel some of the myths surrounding Wireless Alarm Systems our system uses a Very
High Frequency (VHF) transmission that has been specially allocated to Wireless Home Security
Systems. It uses the frequency transmission as a medium for digital data information from your
system detectors. This type of digital circuitry.
The day to day use of other typical radio transmitting devices and apparatus such as Mobile Phones,
Intercom Systems and other wireless alarm systems will not effect the normal operation of this
security system.
This manual will guide you through the installation of the entire system with clear step by step guides
and advice on how to expand the system to cover every room in your property. If however, you
experience and difficulties refer to the Problem Solving page in this manual or call our technical help
line..
The following tools are required for installation
1 x Small flat blade screwdriver
1 x Medium Posi type screwdriver
1 x Small Posi type screwdriver
1 x Small hammer
1 x Pair of wire stripers
1 x Hand drill and masonry drill set
WARNING
The ingress of dust, damage to cases, printed Circuit Boards or other associated items
supplied with the system will invalidate your warranty.
This system is designed for indoor use only with the exception of External Siren units as
specially stated.
You may be required to advise your local authorities of the installation of this equipment. If
in double you should check with your local Enviromental department or Law Enforcement
Agency.
If you choose to use Electrical installation tools please refer to the Safety guides
recommended by their manufacturer. The use of an RCD circuit breaker and adequate eye
protection is strongly recommended when drilling and hammering.
Please do not risk your safety during the installation of this product. If you are unfamiliar
with the use of tools and ladders please consult and Electrician or other competent person.
ILLUSTRATION & DESCRIPTION
Control panel Fig.1
CONTROL PANEL
1. KEYPAD :
Allows access to the system control functions.
2. PANIC BUTTON :
Press only in an emergency. Activates built-in & external sirens instantly.
3. HOME BUTTON :
Enables the user to enter the system into Home Mode thereby arming only certain detectors
4. ARM BUTTON :
Used to arm the system following the code entry.
5. DISARM BUTTON :
Used to disarm the system after the code entry.
6. PWR/ARM LED :
The LED is red in arm mode and green in disarm mode or power normal.
7. LOW BAT. LED :
The LED will flash simultaneously with the zone LED to indicate the detector battery is running
low and must be changed.
8. ZONE 1 – 4 LED :
The Zone LED’s illuminate when a detector has been activated. If activated when the system is
in Disarm mode the LED will remain on for 3 minutes only, If activated in Arm mode the LED will
remain on until the system is re-armed. This serves as a testing and memory function during day
to day operation.
9. Rx LED:
Indicates reception level from detectors.
10. BUILT-IN SIREN:
Sounds when the system is triggered.
11. TERMINAL BLOCK:
Expansion connectors for external siren, strobe and auto dialer.
12. FUSE: 1A
13. SITE CODE
14. TAMPER SWITCH:
Designed to protect the rear cover from removal. When removed, The sirens will sound instantly.
15. BATTERY COMPARTMENT:
Holds 6pcs of Ni-Mh rechargeable Battery (AA 1.2V).
16. AC ADAPTOR INPUT JACK
17. CABLE ACCESS ROUTE:
In order to allow cables access into the back of the control panel.
18. WALL MOUNT SLOT:
Holes for mounting the control panel on a wall.
Fig. 2
WIRELESS PASSIVE INFRA-RED DETECTOR (PIR) Fig.3
1. PIR DETECTOR
To detect persons moving within its protected area.
2. INDICATOR
The red LED operates when the PIR is set to the
TEST mode
MAGNETIC DOOR TRANSMITTER (MDT)
1. LED INDICATOR
Indicates that a signal has been sent and unit is
transmitting
2&3. MAGNETIC DOOR SENSOR
Used to protect door or window causing activation
when parted. The reed switch( 3 )is built inside the
transmitter unit.. The magnet contact ( 2 ) must be
installed in parallel within 1 inch from the inbuilt
reed switch.
REMOTE CONTROL
1. LED INDICATOR
It indicates that signal has been sent and the battery is
still working
2. PANIC BUTTON
Used in an emergency. Will activate internal & external
sirens instantly
3. MODE BUTTON (ON/OFF Button)
Used to Arm, Part Arm, Disarm the system or set to the
system TEST mode
Glossary of terms & abbreviations:
1. ZONE: A defined area protected by the wireless detectors
2. TAMPER SWITCH: Used to protect system components from unauthorized access
3. LED: Indicator lights on control panel and wireless devices
4. DIP SWITCHES: Small bank of switches found in the control panel & all wireless detectors.
Used for setting site code & zone codes.
2. GLOSSARY OF TERMS & ABBREVIATIONS
PIR Passive infrared detector
PCB Printed circuit board
MDT Magnetic Door Transmitter
LED Indicator lights on control
panel and wireless devices
SITE CODE Set via DIP switch numbers
1 to 9 used to preven
interference from other alarm
systems. Must be identical
in ALL detectors.
DIP switches Small bank of switches found
in the control panel & all
Wireless detectors. Set
site code & zone codes
ZONE A defined area protected by
wireless detectors
KEYPAD Used to enter security codes &
programming the control
panel.
SIREN UNIT Siren unit housed in an
external box
SECURITY User defined code for
CODE arming & disarming. Must
also be used programming
options
EXPANSION A terminal block used for
CONNECTORS connecting wired devices
to the system.
PANIC Used in an emergency.
BUTTON(S) Will active internal & external
sirens instantly.
SAB Self actuating module.
Installed inside the
external siren unit and
provides battery support
ENTRY/EXIT A present time which allows
DELAY TIME the user to access the control
panel to arm or disarm the
system
TAMPER Used to protect system
SWITCH components from
unauthorized access
Ni-Mh Rechargeable batteries
BATTRIES used for back up of system
3. PLANNING YOUR INSTALLATION
Before proceeding with any part of the installation you must give very careful consideration to the
location of detectors, the control panel and external siren unit. It would prove extremely useful to
sketch a plan of your property and identify the optimum location of each component of the system.
The base pack is designed to suit the smallest property and provide a significant improvement in
protection.
If your home or property consists of 4 or more rooms you wil find it very difficult to protect the entire
property effectively. The use of additional detectors is strongly recommended in larger buildings, for
example a typical home consisting of 4 rooms on the lower floor and 4 rooms on the upper floor
should use at least 4 PIR Movement detectors and 3 Door/Window contacts.
All detectors set to Zone 4 will not activate they system when set into Home Mode. As an example-
this is ideal for proteting Bedrooms and Hallway so that the system may be entered into Home Mode
during the night allowing the occupants access to the upper rooms only.
Fig. 4 shows a typical plan showing this type of Dwelling and how best to position the detectors.
Note: it is possible to operate any number of detectors on each zone.
Fig. 4
Note: The Control Panel is positioned at a center point between detectors for optimum transmitting
performance.
CONTROL PANEL
The optimum transmitting range of your detectors is dependant on the location of your Control Panel
and the number of walls between your detectors and Control Panel. The Control Panel should be
located at a point central to the building thereby ensuring easy access for operating via the
Keypad on a day to day basis. Do not screw the Control Panel to a wall until you are satisfied that all
detectors are working with the Control Panel.
The location you choose must be close to the building access route and within easy reach of a Mains power
socket. Under no circumstances should you attempt to extend the cable from the Mains power adaptor.
EXTERNAL SIREN UNIT (If supplied)
If your system includes this unit you must choose a location for the External Siren that is preferably
out of easy reach and clearly visible. Use the screws supplied to fix the unit to the wall.
Note: Avoid running the alarm cable along the surface of any external wall or close to mains power
cables. If the cable is run under carpets please avoid possible damage from carpet nails.
WIRELESS PIR DETECTOR (PIR)
The PIR detector has a detecting coverage of 12 meters in a 120 degree arc on 3 layers. Install the
detector at a height approx. 2.1 meters (7 feet) from the floor.
The PIR detector should be located in the corner of the room where a intruder would be forced to cross
the detector’s area of view. The PIR detector responds more effectively when crossed, as opposed to
movement towards the unit. Ensure that the detector is within area where pets have no access.
Choose a location for your PIR Detectors in a room which is closest to the Control Panel. Avoid aiming
directly at heat sources such as radiators, cookers and heater units. The PIR detector cannot see
through objects such as glass windows and curtains. Animals including cats and dogs must be kept out
of areas protected by a PIR. The ideal mounting height is approximately 2.1 meters off the ground.
Note: Avoid the installation of PIR detectors that result in one area of the property being protected or
covered by 2 different PIR detectors. For example, do not install 2 PIR detectors on one room
protecting the same area.
MAGNETIC DOOR TRANSMITTERS (MDTs)
The MDT units can be used for a number of functions. The most popular is protection to doors and
windows. The unit can however, be connected to a switch and by setting the Zone Code switches all to
OFF the panic/tamper zone can be activated. This is ideal as a Wireless Panic Alarm.
MDT units are supplied ready to use as a door or window protector. It is important to firstly identify the
most vulnerable doors and windows in the house and protect each one with and MDT unit.
PREPARE THE SYSTEM FOR INSTALLATION
Setting the Site Code
The site code is set using the first 9 DIP switches in all your Wireless detectors,together with the 9
DIP switches in your remote key fob and Control Panel. The site code must be the same in all and
should be changed from the original setting as supplied. It sets your communication ID code. One
analogy that simplifies this explanation is that it sets the transmitting frequency your detectors operate
on, thereby avoiding interference from similar systems operating nearby.
When you have chosen a Site Code, you must set it the same in all your Wireless detectors,Control
Panel and Remote Control.
Example Site Code Settings Fig.5
Setting the Wireless detectors to specific zones
In the Wireless detectors there is a 12 DIPswitch bank. The first 9 DIP switches are
used for the Site code as explained above and DIP switches 10 to 12 when set in various
combinations of ON and OFF determine which Zone the detector will operate on. Refer to Fig. 6 for
typical example settings for DIP Switches 10 to 12.
Note : It is important to adjust the Zone Code from the original manufacturers setting.
Fig. 6
Zone Code Table X= Not Active O=Active
Active Zones
Zone 1
Zone 2
Zone 3
Zone 4
PANIC/TAMPER
DISARM
X X X X O
ARM
O O O O O
HOME
O O O X O
4. INSTALLING & PREPARING THE SYSTEM FOR
USE
Having prepared the system for installation and planned the detector layout within the building you
should install the units in the following order.
1
st
All Wireless PIR detectors
2
nd
Wireless Magnetic Door Transmitter
3
rd
Remote Control
4
th
Control Panel and Power Adaptor
5
th
External Siren Unit
We recommend that you undertake all detector testing prior to connecting the External Siren Unit.
1) Wireless PIR Motion Detector Installation (PIR is an acronym for Passive Infra Red)
Mount the Wireless PIR Motion Detector utilizing the included mounting bracket and screws. Please
follow the diagram and details below. Fig. 7
Place the PIR Motion Detector indoors only. If possible, the recommended position is in the
corner of a room so that the logical path of an intruder would cut across the fan detection pattern.
PIR Motion Detectors respond more effectively to movement across the device than to
movement directly towards it.
Mount the PIR Motion Detector at a height between 2 and 2.5m. At this height the PIR Motion
Detector will have a maximum range of up to 12m with a field of view of 110 degree.
Tilt the Motion Detector facing slightly downward toward open area of room (approx. 14° angle)
If you have a pet, place the included Pet-Immune Sticker on the lowest portion of the screen
Install a 9 volt alkaline battery and refit the cover.
IMPORTANT: Set the NORM/TEST switch to “NORM” mode for normal use (see diagram above
middle). The default is set to “TEST” mode for positioning and testing purpose.
IMPORTANT: When the battery is first connected to the PIR Motion detector a 2~3 minutes period
must be allowed for “Warming up”.
NOTE:
1. Avoid locating the detector facing a window or where it is exposed to or facing sunlight.
2. Avoid locating the detector in areas which contain objects likely to produce a rapid change in
temperature, such as central heating, ventilator, radiator. boiler, ducts etc.
3. Avoid locating the detector in a position where it is subject to excessive vibration.
4. Make sure the detection area is not obstructed by curtains, large furniture, plants which etc which
may block the pattern of coverage.
5. Avoid installing 2 PIR detectors in one room protecting the same coverage area.
2) Door/Window Contact Transmitters (MDTs)
The MDTs do no have a Test mode. However, confirmation of correct operation is given in normal day
to day operation by activating the Door or Window to which it is protecting. This causes the red LED
on the MDT to flash.
Wireless Door/Window Sensor Installation (Options MT-01 or MT-02)
Model MT-02: Mount each MT-02 Wireless Door/Window Sensor using the included screws or
double-sided tape (tape not recommended for permanent mounting). Please follow the diagram and
details below.
You will need one Transmitter unit (with inbuilt Reed Sensor), one Magnetic Contact, and the
included screws or double-sided tape for each Door/Window Sensor setup
The Magnetic Contact and Transmitter must be line up as shown in the figure above. Magnetic
Contact should have a gap between 1 inch
Check the Site Code and Zone Code is correct
Install a 12 volt/23A Alkaline battery Fi.g. 8
Magnetic Contacts
A magnetic contact consists of two elements, an inbuilt reed sensor, and a magnet causing activation
when parted. Mount the Transmitter unit on the selected door or window frame using the wood screws
provided. And place magnet on the moveable part of the door or window so that sensor and magnet
are parallel and NO MORE THAN 1 INCH APART.
Each time you open the door or window the red LED will illuminate for a short period. If the LED
remains on then refer to the problem solving section regarding possible Tamper switch problems.
Model MT-01: Mount each MT-01 Wireless Door/Window Sensor using the included screws or
double-sided tape (tape not recommended for permanent mounting). Please follow the diagram and
details below.
You will need one Reed sensor pre-wired with Transmitter, one Magnetic contact, and the
included screws or double-sided tape for each Door/Window Sensor setup
Reed sensor and magnetic contact should have a gap within 1 inch
Stretch out cord for best reception
Check the Site Code and Zone Code is correct
Install a 9 volt Alkaline battery
Fig. 9
NOTE:
1. Avoid installing the Transmitter unit onto a metal door frame, as doing so will reduce the wireless
range dramatically.
2. Use the expansion connector to connect an additional wired Normal Close type (N/C) Magnetic
Contact if required
3. The Wireless Door/Window Sensor can be used to detect the opening of cabinets.
4. Any number of Wireless Door/Window Sensor can be used with the system providing they have the
identical Site Code and mounted within effective wireless range of the Control Panel.
3) Remote Control
Before use, check that you have set the
correct Site Code. Refer to Fig. 9.
Once you have done this the Remote
Control is ready to use.
1) PANIC BUTTON
Used in an emergency. Will activate internal &
external sirens instantly
2)MODE BUTTON (ON/OFF Button)
Used to Arm, Part Arm, Disarm the system or
Set to the system TEST mode
4) Control Panel
Having chosen the best location for the Control Panel follow the step procedure below:
Step 1) Remove the cover on the bottom of the Control Panel
Step 2) Check the Site Code is set correctly
Step 3) Connect the cable between the Control Panel and External Siren unit. Refer to the
connection diagram on page 20
Step 4) Plug the mains power adaptor into the Wall socket and connect to the Control Panel
As shown in Fig. 14.
Step 5) Switch on the mains power (At this point the Power LED will light green).
Step 6) Install 6 pcs of Rechargeable AA size Ni-Mh battery
Step 7) Refit the cover on the bottom of the Control Panel
Fig 11
Note: The use of other types of battery in the Control Panel will cause acid damage and will
invalidate your Warranty.
Please observe all precautions as previously stated in this manual. When refitting the back covers of
the Control Panel avoid activating the Tamper switch twice as the siren will sound . If this occurs
disarm the system via the keypad.
5) External Siren Unit
Using the screws provided fix the External Siren unit to the position you have chosen and run the
cable accordingly. The connection diagram is shown on page 20.
If the Siren activated during the installation press the OFF (DISARM) button on you Remote Control
once. If the ‘Remote Disarm Disable’ command is On disarm via the keypad only.
5. OPERATING THE SYSTEM
Because the system memory is pre-programmed it is not necessary to enter any complicated
programming. In fact the system is ready to go. For advanced operation please refer to the following
section PROGRAMMING THE SYSTEM MEMORY.
Once your are familiar with the day to day operation of the system you must change your Keypad
Security Code which has been pre-programmed to 1234. All other programmable functions have been
pre-programmed to suit the vast majority of installations therefore it is not necessary to make any
further programming amendments.
How to Arm the System with the Keypad
The Keypad Security Code has been factory pre set to 1234. To ARM the system enter the Keypad
Security Code followed by the ARM button:
1. Enter your Keypad Security Code
2. Press the ARM button e.g. 1 2 3 4 ARM
You should notice the Power LED will change colour from Green to Red indicating Arm condition.
How to Disarm the System with the Keypad
To Disarm the system via the Keypad, enter your Keypad Security Code followed by the DISARM
button:
For example your Keypad Security Code is 1234 and you want to Disarm the system:
1. Enter your Keypad Security Code 1234
2. Press DISARM e.g. 1 2 3 4 DISARM
The Power LED will change colour from Red to Green.
How to Arm the System into Home mode
This function simply Arms the Control Panel but omits any Detectors that you have set to Zone 4 and
is ideal for using at night to protect areas set to other Zones only. The system can only be set into
Home Mode using your Keypad Security Code. However, it can be Disarmed with your Remote
Control or via the Keypad.
For example: Your Keypad Security Code is 1234 and you wish to enter the system into Home mode:
1. Enter your Keypad Security Code 1234
2. Press the HOME button e.g.1 2 3 4 HOME
You should notice the Power LED will change colour from Green to Red indicating Arm condition.
Note: Ensure you do not activate any detectors set to Zones 1,2 or 3 as you move away from the
Control Panel to the area protected by Zone 4 (Omitted). If this occurs the sirens will sound.
How to operate the System with the Remote Controller
The Remote Control offers the user the following functions:
Arming (ON)
Disarming (OFF)
Panic
To operate simply press the button you choose. The Control Panel will emit 1 chirp for ARM and 2 for
DISARM. If you press the Panic Button the siren will sound immediately so be prepared to press the
ON/OFF (Arm/Disarm) button. If you do not press the OFF button, the Sirens will continue to sound
for the Siren Duration Period.
Note: It is not possible to Arm the Control Panel into Home Mode using the Remote Conrtol. If the
‘Remote Disarm Disable’ is On the system will not disarm from the Remote Control. Disarming will
only be possible via the Keypad if the Sirens have been activated.
6. PROGRAMMING THE SYSTEM MEMORY
The system memory has been preprogrammed to suit the majority of installation, eliminating the need
for lengthy programming of the Control Panel. Most applications require only a change to the Keypad
Security Code from the Factory pre-set 1234.
When altering the system memory you should be extremely careful pressing the Keypad. If you make
a mistake and press the wrong code you must reset the entire memory- refer to the Programming
Chart GLOBAL RESET FUNCTION.
You will notice on the Keypad a ＊ symbol referred to simply as STAR and # symbol referred to as
HATCH. The use of theSstar and Hatch buttons are essential when changing the memory. Each Code
must be prefixed with a Star and suffixed with a Hatch.
Following the successful recognition of an entry prefixed with a ＊ and suffixed with a # the siren will
emit 1 chirp. If however, your entry was incorrect the Siren will emit 3 beeps and ignore the entry.
Note: All examples supplied on the Programming chart are shown with a Star and Hatch symbol
where you are required to enter it during programming.
Keypad Security Code
This has been factory set to 1234 and your new code must also consist of 4 digits.
Siren Alarm Duration
The Siren duration refers to both the Internal Siren and any External Siren or Siren/Strobe if
connected. It is limited to a maximum adjustable period of 20 minutes to comply with legal
requirements in certain areas. If the system is activated during Arm Mode the system will restore back
into Arm condition after the Sirens have stopped.
Entry/Exit Time Period
This offers the user a period of time to Enter and Exit the building and is adjustable between 0 and 99
seconds and applies to the Entry/Exit Zones only.
EXAMPLE PROGRAMMING SSEQUENCE
This example shows how to change the Keypad Security Code
The Factory default setting is 1234. To program a new code or to change an existing code to a new
code please proceed as follows:
1. Press initial setting code or existing code ＊1 2 3 4 #
2. Press the command code ＊0 0 #
3. Press new security code ＊_ _ _ _ #
For example: you want to set up your new code as 3400 from the initial setting:
＊1 2 3 4 #＊0 0 #＊3 4 0 0 #
PROGRAMMING CODE FOR THE 3400 SYSTEM ONLY
FUNCTION
FACTORY
DEFAULT
SETTING
SYSTEM SETTING
PROCEDURE
1) ＊SECURITY CODE#
2) ＊COMMAND
CODE#
3)
＊
NEW SETTING #
REMARKS
CHANGING THE
KEYPAD SECURITY
CODE
1 2 3 4
1) ＊ 1 2 3 4 #
2) ＊ 0 0 #
3) ＊ ? ? ? ? #
All codes must be 4 digits
CHANGING ALARM
DURATION
4 minutes
1) ＊Security Code #
2) ＊ 0 8 #
3) ＊ ? ? #
It is possible to set the external
siren duration from 1 minute to
a max. of 20 minutes.
Example:
1) ＊ 1 2 3 4 #
2) ＊ 0 8 #
3)
＊
0 5 # (5 minutes)
CHANGING THE
ENTRY TIME
20 seconds
1) ＊Security Code #
2) ＊ 0 9 #
3) ＊ ? ? #
It is possible to set the entry
duration from 10 seconds to a
max. of 99 seconds.
Example:
1) ＊ 1 2 3 4 #
2) ＊ 0 9 #
3)
＊
2 0 # (20 sec.)
CHANGING THE EXIT
TIME
20 seconds
1) ＊Security Code #
2) ＊ 1 0 #
3) ＊ ? ? #
It is possible to set the exit
duration from 10 seconds to a
max. of 99 seconds.
Example:
1) ＊ 1 2 3 4 #
2) ＊ 1 0 #
3)
＊
2 0 # (20 sec.)
CHANGING BATTERY
FUNCTION
(TAMPER DISABLE)
OFF
1) ＊Security Code #
2) ＊ 2 0 #
This allows the
engineer to
remove any tamper protected
covers within a 20 minutes
period.
(useful during servicing and
battery replacement)
REMOTE CONTROL
‘DISARM DISABLE
COMMAND
(ANTI-SCANNING)
OFF
1) ＊Security Code #
2) ＊1 5 #
3) ＊ 2 # (ON)
＊ 1 # (OFF)
This functio
n provides
intelligent software protection
from radio interference, code
replication and sequential code
reception
GLOBAL RESET FUNCTION
Remove all power from the Control Panel (Including Ni-Mh Batteries) and leave without power for at
least 2 minutes. All programmable function will restore to their factory default settings.
Changing the Batteries
The Control Panel back up Batteries
This Batteries fitted inside the Control Panel are commonly referred to as Ni-Mh Rechargeable. Once
fitted inside the Control Panel they are kept constantly charged and should last for 3 years. However
after each year passes the batteries ability to hold charge is reduced and it may be necessary to
change the batteries after a period of 3 years in order to maintain a sufficient length of operation in the
event of a Mains power failure.
Note: In the event of a mains power failure the Ni-Mh batteries will continue supplying power to the
control Panel and warning beeps will sound at low volume.
WARNING
Other types of battery fitted in the control panel will damage the Control Panel and invalidate your
warranty.
The Detector Batteries
The use of Alkaline batteries in the detectors is strongly recommended in order to provide an
adequate length of operation. Alkaline batteries (Duracell) installed in the detectors will generally
provide an operation life in excess of 6 months. Newly available Lithium batteries are capable of
providing approximately 3 years of life but are relatively high in cost.
When a detector battery is running low a code is transmitting from the detector and the Low Battery
LED on the Control Panel will flash alternately with the Zone LED. If you are operating more than one
detector on a Zone you should change all detector batteries operating on that zone.
The Low Battery LED will not stop flashing until the Control Panel has been armed and then disarmed
via the keypad.
Installing a New Battery in the Remote Control
The Remote control is the only unit supplied with the battery already fitted. A low battery will result in a
dramatically reduced range in transmission distance.
The battery should last up to 1 year. When replacing the battery ensure you observe the correct
polarity connections.
7. TESTING
Testing the PIR detectors and MDT units
Provided you have followed the previous section accurately, all PIR detectors will have been set to the
TEST mode and each time you activate a PIR detector or open a Door/Window prttected by an MDT
the detector Red LED will illuminate. At this moment a digital code is transmitted by the detector to the
Control Panel and the corresponding Zone LED on the Control Panel will illuminate for 3 minutes. If
persistent activation of a detector occurs you will notice the corresponding Control Panel Zone LED
will remain on and this confirms that the Control Panel is receiving the correct codes from the
detectors. If you experience problems at this stage if may be necessary to move the detector to a
different location. Refer to the problem solving section in the manual.
Once you have confirmed correct operation of the PIR detectors you must set the detector back into
Normal operation. This is achieved by moving the black jumper inside the PIR detectors. This is
illustrated in Fig.7 & 8 . Entering the Tamper disable code will prevent the siren from sounding when
the Tamper switch is activated during removal of Tamper protected covers.
IMPORTANT NOTE
When the PIR detector is set into the TEST mode using the jumper shown in Fig.7 & 8, the LED will
flash every 3 to 5 seconds and transmission will take place immediately. When set into NORMAL
mode a quiet period of 3 minutes exists between transmission and the Red LED behind the PIR lens
does not illuminate, thereby preserving battery power.
Testing the External Siren and Remote Control
By pressing the ON/OFF button once on the Remote Control you should hear a chirp from the Control
Panel. One chirp for ON (Arm) and Two for OFF (Disarm). This enables the systems tobe entered into
and out of Full Arm condition only. In Arm condition the power LED on the Control Panel will change
colour from Green to Red and this provides an indication of the system status. When you have
confirmed correct operation of the ON/OFF button, make sure you leave the control panel in Disarm
mode, i.e. the power LED is Green.
Now press the Panic Button on the Remote Control and the Siren built into the Control Panel and the
External Siren (if fitted) will sound. If you have fitted a Strobe to the External Siren unit this will flash at
the same time.
Now press the ON/OFF (Arm/Disarm) button to Stop the Siren sounding or disarm via Keypad.
The Panic button performs the same function as the Tamper switches and activates the 24 Hour
Panic/Tamper Zone on your Control Panel, however this function does not work when the Control
Panel is first powered up.
Provided the system responded in the correct manner this now confirms correct operation of the
Remote Control and external Siren unit. If you have experienced any problems please refer to the
problem solving section of this manual.
PERIODIC TESTING AND MAINTENANCE
Periodic Testing
Performing periodic test functions is important in order to confirm continual operation of the system
whilst at home and when away.
Checking the system Detectors
To confirm correct operation of the detectors simply activate the detector whilst the system is set into
the DISARM mode. The corresponding LED will illuminate for 3 minutes on the Control Panel thereby
confirming correct reception from each of the detectors to the Control Panel.
Checking the external Siren Unit
The External Siren unit should be tested 1 month after installation then every 6 months. This can be
achieved by simply pressing the Panic Button on the Remote Control or Control Panel.
8. WIRING ACCESSORY PRODUCTS TO THE
CONTROL PANEL
The Expansion connector located on the underside of the Control Panel allows you to connect any of
the following accessory products:
External Siren Unit
Auto Dialer
Strobe/SAB unit
Wired Status LED unit
A relay output is provided which allows connection to various types of Auto Dialler. The maximum
combined output current that can be provided from the Expansion connector is 500mA. This is
sufficient to drive 1 Strobe/Siren and 1 Auto dialer.
The LED status indicator output is capable of driving 1 LED unit only.
Note: Auto dialers must not be programmed to call the Emergency services.
Some example connection diagram are shown on the following:
WIRING DIAGRAMS
9. PROBLEM SOLVING AND FAULT FINDING
Identifying Tamper switch problems
Failure to check the correct position of the Tamper springs when refitting covers is the most frequent
cause of False Alarms and can be easily avoided during installation of the System.
When clipping Tamper protected covers into place it is vitally important to check that the Tamper
spring is activating the switch well before the cover is refitted.
The Tamper springs can vary in length by up to 1mm in harsh temperature changing environments
and this can lead to activation in poorly installed systems.
The Tamper springs fitted to all detectors and the Control Panel covers are designed to seat half way
down the shaft of a small switch. The shaft is tapered to prevent the spring from traveling too far down
the shaft. If however, excessive pressure is placed on the spring it is liable to travel down the full
length of the shaft and settle on the body of the switch, this in turn will cause intermittent activation of
the switch generating false alarms.
Intermittent operation of detectors
Frequently detectors can be placed in areas that are not covered by the Control Panel due to effects
from local surroundings. It is advised that the position of each detector is confirmed as satisfactory
prior to installation of fixing to the wall. Ensure the Control Panel responds each time a detector is
activated at the locations you choose.
The system is designed to provide a range of up to 50 meters in ideal conditions. However there are
many factors that can affect the range at your location. As a rule it is advisable to stay within 15
meters of the Control Panel. This provides the Control Panel with a high level of input signal and
reliable reception under varying conditions.
In some extreme cases the Switch bank used to select the Site Code and Zone Code can suffer from
contamination on the internal switch contacts. The switch banks are commonly referred to as Self
Cleaning Swipe Contacts. This means that several movements from the ON and OFF positions will
automatically clean the internal contacts of the Switch bank. Problems of this type generally occur
during transit and storage prior to the commissioning stage.
Note: The PIR detectors when set into Normal mode transmit every 3 minutes. This is correct
operation but can often leave the installer with an impression of faulty or intermittent operation. The
installer is assured that transmission will occur immediately detection occurs after the 3 minute
period.
What to do if you forget your Keypad Security Code
If you forget your Keypad Security Code you must perform the Global reset function. This restores the
memory back to the factory pre-set codes. Perform the following steps:
Step 1) Enter the Battery Change Command
Step 2) Remove the Rechargeable Ni-Cad batteries from the Control Panel
Step 3) Remove the Mains Power Adaptor unit
Step 4) At this point the External Siren will sound if an SAB until is fitted
Step 5) Perform the Global Reset Function. See page 16.
This procedure will restore all user programmable parameters back to the manufacturers default
settings and when the power is reapplied the external Siren if fitted with an SAB will stop sounding.
What to do if the Mains Power fails
In the event of a Mains Power failure the Control Panel rechargeable batteries will provide the Control
Panel and any SAB until with continual supply thereby maintaining the system protection.
If an SAB unit is fitted it is recommended that the rechargeable batteries are fitted in the Control
Panel or the External Siren unit will sound immediately the power fails.
In the unlikely event that you should experience a Mains power failure in excess of 8 hours it is likely
that the SAB unit will sound the External Siren without warning. If this occurs the External Siren will
continue to sound for up to 20 minutes and it is not possible to prevent this once it has started without
restoring the power to the Control Panel or removing the battery Link wire in the External Siren/SAB
unit.
Note: In the event of a mains power failure the Ni-Mh batteries will maintain power to the Control
Panel and Warning Beeps will sound. If this occurs immediate investigation of the cause must be
made and rectified as soon as possible.
If the power is not restored to the Control Panel and the battery back up runs flat all programmable
functions will default to this factory settings.
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