EUROSEC CP8 User manual

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Contents
Introduction . . . . . . . . . . . . . . . . . . . . . . 2
Mains Safety . . . . . . . . . . . . . . . . . . 2
Good Working Practice . . . . . . . . . . 2
Installation . . . . . . . . . . . . . . . . . . . . . . . 3
Control Panel Location . . . . . . . . . . 3
Mounting the Control Panel . . . . . . . 3
Mounting the RKP . . . . . . . . . . . . . . 3
Wiring . . . . . . . . . . . . . . . . . . . . . . . . . . 4
General Detector Wiring . . . . . . . . . 4
Wiring Global Tampers . . . . . . . . . . 4
Wiring Contacts . . . . . . . . . . . . . . . 4 - 5
Wiring Passive Infra-Red Detectors . 5
General Bell Box Wiring . . . . . . . . . 6
Bell Tamper Ring . . . . . . . . . . . . . . . 6
Sample Bell Box Connections . . . . . 6 - 7
Wiring Notes . . . . . . . . . . . . . . . . . . 8
Control Panel Connections . . . . . . . 8
Programming . . . . . . . . . . . . . . . . . . . . . 9
Terminology . . . . . . . . . . . . . . . . . . 9
Engineer Programming Mode . . . . .10
Programmable Engineer Options . . .11 - 13
Engineer / User Mode . . . . . . . . . . .14
Engineer Reset . . . . . . . . . . . . . . . .15
Anti-Code Reset . . . . . . . . . . . . . . .15
Resetting to Factory Defaults . . . . . .16
Troubleshooting . . . . . . . . . . . . . . . . . .17 - 18
Specifications . . . . . . . . . . . . . . . . . . . .19
System Details . . . . . . . . . . . . . . . . . . .20
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Introduction
The eurosec control panel is supplied as a blank fronted end station complete with RKP. Up to
3 additional may be fitted if required. The unit is fully programmable by the installation and
comes pre-programmed with a set of factory defaults that will suit most installations. Seven
programmable zones are available on the CP7 and eight zones on the CP8
IMPOR
IMPORT
TANT! ANT!
Input: AC230V +/-10% ~50Hz 200mA Max. 49W Max
For Indoor Use Only
Nominal Temp Range: 0° - 50° Centigrade
This equipment is intended only for use as a Security Alarm Control Panel. Adequate ventilation
away from heat and humidity must be provided. The unit must be fixed securely to a non-
flammable surface using suitable fixings.
All mains wiring must be to BS7671 (1992) IEEE wiring regulations (or appropriate international
regulatory standards). See relevant section within this manual for connection to mains supply.
Provision is provided for an earth connection within the mains connection block, this is for the
protection of the wiring and is not a functional part of the unit.
All low voltage (alarm) wiring must be to the appropriate international regulatory standards and
comply to good wiring practice.
Replacement fuses should be of the same type and rating conforming to IEC127.
The maximum current draw from the unit for all output combinations must not exceed 1Amp.
The unit is intended for use with a suitable re-chargeable battery permanently connected to the
appropriate terminals.
Mains Safety
The main unit must be connected to a mains supply via a 3Amp unswitched fused spur. This
must be carried out by a suitably qualified electrician. If you are in any doubt please contact your
local electricity company for advice.
Good Working Practice
The reliability of any security system may be greatly enhanced by following a few good working
practices. Do not connect the mains supply to any rings that have fridges, freezers or
fluorescent lights connected to them. When running low voltage alarm cables avoid running
parallel to mains wiring, if you do so separate by a least nine inches. When crossing mains
cables do so at 90°
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Control Panel & RKP Location
Consideration needs to be given to the location of the Control Panel & RKP with regards to-
The surface that the unit(s) are to be fixed to should be firm, vibration free, damp free and fire
resistant.
Access for the routing of mains and low voltage wiring.
Service Access to the unit(s).
Operation of the keypad.
Operation of ACE (if fitted).
Readability of the RKP display(s).
Mounting the Control Panel
Unscrew the two cover retaining screws and remove the front cover.
The PCB is held in place by two lower PCB retaining lugs and two upper sprung latches.
Push both upper latches upwards and pull the PCB forward and upward in one movement.
With the PCB removed from its retainers offer the unit to the wall and mark for the three fixing
points. Under no circumstances should you drill through the base.
Remove any knockouts that are required from the base and also the cover screw caps from
the moulding pips in the base and retain them for use after fixing the front cover in place.
Using suitable rawl plugs and 3 No.8 x 1.5” (min) screws fasten the base to the wall but do
not tighten until all cabling is in place.
Mounting the RKP
Lower the front cover of the RKP and unscrew the single cover fixing screw.
Offer the RKP base to the wall and mark the three fixing positions. Under no circumstances
should you drill through the base.
Remove one of the cover screw caps and retain for use after fixing the front cover.
Using suitable rawl plugs and 3 No.6 x 1” (min) screws fasten the base to the wall offering
the connecting cable through a suitable aperture in the base as you do so.
Wire the RKP as shown in the wiring section of this manual.
Replace the cover and tighten the cover fixing screw.
When finished put the cover screw cap in on the cover screw and push into place.
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General Detector Wiring
We would strongly suggest that you adopt a colour scheme for the detector wiring of your
system. This will enable you to quickly determine the source of any problems that may occur.
The security industry does not have recommended colour schemes because of the nature of
the wiring, one suggested scheme is given below.
Red/Black.................... Alarm Pair
Green.......................... + Supply
White........................... - Supply
Yellow/Blue.................. Tamper Pair
Wiring Global Tampers
One pair of tamper terminals is provided on the control panel PCB for tamper protection of the
zones. This is termed as a Global Tamper, one simple method of wiring Global Tampers is
shown in Fig. 1 below.
Fig. 1 Wiring Global Tampers
Wiring Contacts
Many types of contacts are available and fall in to two categories, surface or flush. The method
of operation is the same for both. One half of the contact is fitted to the door or window frame,
inside is a reed switch that is pulled together in the presence of a magnetic field. The other half
that is fitted to the opening section of the door or window contains the magnet. These devices
are referred to as normally closed (NC or N/C). The gap allowed for reliable operation will vary
(usually between 5mm & 20mm) dependant on the model used, you should check this
specification with your supplier before fitting.
In Figs. 2 & 3 we have used 5 screw surface contacts for clarity of the illustration.
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Fig. 2 Wiring Single Contact
Fig. 3 Wiring Double Contact (on the same zone)
Wiring Passive Infra-Red Detectors
It is essential when using Passive Infra-Red Detectors that you refer to the manufacturers
instruction as to the positioning and settings of the detector. This section is intended as a
guide to the wiring of the detectors.
Fig. 4 Wiring Single PIR
Fig. 5 Wiring Double PIR (on same zone)
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Notes
Positions of terminals will vary
according to make.
All PIR wiring diagrams apply
also to Dual Technology
Detectors and Vibration sensors.
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General Bell Box Wiring
As with the detector wiring we would suggest that you adopt a standard for your Bell Box wiring,
the colour scheme below is provided as a suggestion only.
Hold Off Supply +................. Red
Hold Off Supply - .............. .. Black
Trigger................................... Blue
Tamper Return...................... Yellow
Strobe +................................ Green
Strobe -................................. White
Bell Tamper Ring
It should be noted that many bell boxes that are fitted with rechargable batteries will sound when
the battery is connected. This connection may take the form of manually connecting the battery
wires to terminals or placing a link into the On position. Dependant on the bell box being used
the sounder may sound when the battery is connected unless power from the control panel is
connected or the bell box tamper is closed or in some cases both. Most bell boxes produce
high volume noise adequate ear protection MUST be used.
Sample Bell Box Connections
Below is shown general and sample bell box connections for some of the popular bell boxes that
are available.
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Bell +
Bell -
Bell Hold -
SAB TMP
Strobe +
Strobe -
Tamper Return
Supply -
Bell Trigger
Supply +
Strobe -
Strobe +
eurosec control
panel terminals
General bellbox
connections
Check bellbox
terminal positions
Tamper Feed
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe -
TMPR
12v
Bell SW-
0V
STR SW-
eurosec control
panel terminals
Novagard Delta
bellbox connections
Check bellbox
terminal positions
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe -
R-TMP
0V
S-
12V+
ST-
eurosec control
panel terminals
Delta E, Novagard 1E & 6
bellbox connections
Check bellbox
terminal positions
TMP-F
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe +
Strobe -
R Tamper Return
-12v Supply
Bell SW-
+12v Supply
Strobe -
Strobe +
eurosec control
panel terminals
Novagard 2&4
bellbox connections
Check bellbox
terminal positions
F Tamper Feed
Fig.6A Fig.6B
Fig.6C Fig.6D
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Bell +
Bell -
Bell Hold -
SAB TMP
Strobe -
AT Return
Supply -VE
Siren Trigger -VE
Supply +VE
STR -VE
eurosec control
panel terminals
CQR Integra HS
bellbox connections
Check bellbox
terminal positions
Common
(Select AT Return)
-VE
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe +
Strobe -
Tamper
Supply -
Trigger -
Supply +
Strobe -
Strobe +
eurosec control
panel terminals
C&K Securiguard
bellbox connections
Check bellbox
terminal positions
Tamper
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe -
TR
H-
-R
H+
ST
eurosec control
panel terminals
Elmdene Prima
bellbox connections
Check bellbox
terminal positions
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe -
C
D
B
A
S
eurosec control
panel terminals
Texecom Azura
bellbox connections
Check bellbox
terminal positions
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe -
A/T Ret Sig
Hold Off -ve
Siren Trig
Hold Off +ve
Strobe Trig
eurosec control
panel terminals
CQR Cequra
bellbox connections
Check bellbox
terminal positions
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe +
Strobe -
T
A
B
D
Strobe -
Strobe +
eurosec control
panel terminals
ADE Sonnade
bellbox connections
Check bellbox
terminal positions
E
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe -
BT
B-
BA
B+
STB
eurosec control
panel terminals
Pyronix Decibell
bellbox connections
Check bellbox
terminal positions
TF
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe -
RTN -
Hold Off -
Trig -
Hold Off +
STB -
eurosec control
panel terminals
Ventcroft Classic/Sprint
bellbox connections
Check bellbox
terminal positions
Bell +
Bell -
Bell Hold -
SAB TMP
Strobe +
Strobe -
Tamp Out
Supply -
Trigger -
Supply +
Strobe -
Strobe +
eurosec control
panel terminals
Volumatic Flashguard Extra
bellbox connections
Check bellbox
terminal positions
Fig.6E Fig.6F
Fig.6G
Fig.6H
Fig.6J
Fig.6K
Fig.6L
Fig.6M
Fig.6I
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Wiring Notes
The 680 Ohm resistor (provided) must be
fitted across 12v & D1 at the last RKP in line.
Maximum current draw from the panel MUST
NOT EXCEED 1Amp. This includes all Bells,
Sounders, Speakers, Detectors & RKPs etc.
Max Output current for Strobe is 250mA
Max Output current for Bell is 500mA
Panel speaker volume may be adjusted via RV1
PGM1 sink current is 50mA
PGM1 is pulled high 1K pull-up resistor
Minimum impedance for Speaker is 16 Ohm
in any speaker configuration.
Please refer to the Wiring Global Tampers section
for details of wiring multiple tampers.
Multiple detectors fitted to a single zone should
have the alarm contacts wired in series. Please
see detector wiring section for more details.
Any N/O devices such as pressure pads should
be wired across the Global Tamper and the zone
required. The zone terminals should remain
shorted.
When connecting the battery to the unit please
ensure correct polarity.
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Live
Brown
Earth
Green/Yellow
Neutral
Blue
Brown
Blue
200mA Anti-Surge
Fuse
From 3A Fused Spur
To Transformer
Fig. 7 Control Panel Connections
Fig. 8 Mains Terminal Block Connections
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Terminology
Various terms are used throughout this manual that may be unique to the eurosec control
panel. This section gives brief details of this terminology.
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Zones
12Hr
A zone programmed as 12Hr is active when
the system is set.
E/E
Entry/Exit Zone. If violated when the system is
set will start the Entry Time. May also be used
to terminate the Exit Time dependant on the
Setting Mode being set to E/E or Time+ E/E.
Access
An Access Zone will allow violation during Exit
or Entry mode. Violation at other times will
result in instant alarm.
Panic
24Hr protection for devices such as Panic
Buttons etc.
24Hr
A 24Hr Zone will give internal speaker if
violated when the system is unset or full
sounders when set.
Fire
Active 24Hrs when violated gives internal
speakers + Pulsed External.
Alert
Internal Speaker only.
ET
Exit Terminator. Will terminate the Exit Time
provided Setting Mode is set to E/T.
Part E/E
Will act as Entry/Exit whilst part-set.Will act as
Access at all other times.
Keyswitch
Available for zone 5 only. Will Set/Unset the
system.
Part 1, Part 2, Part 1&2
Zones set as a particular Part-Set will be
omitted when that Part-Set is used. Part 1&2
refers to Part-Set 3
Chime
Zones set as Chime will chime when violated
with the system unset.
System
ET Exit Terminator (Button).
E/E Entry/Exit (Times/Zone).
Part Set Sounder Mode during
Sounders Part-Setting.
Alert Keys Pressing keys 1&3
simultaneously.
SAB Self Actuating Bell.
SCB Self Contained Bell.
Reset To return panel to normal
after an alarm.
Engineer Code Code that allows the
installation engineer to
program and use the
system.
User Code Code that allows end
user(s) to operate the
system. Up to nine users
may be programmed onto
the system.
Confirm Confirmation of successful
setting via the strobe light.
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Engineer Programming Mode
Two programming modes are available to the engineer these are Engineer/User Mode and
Engineer Programming Mode. This section will deal with the Engineer Programming Mode
covering options 11 to 30.
The function of the LEDs within this mode are to indicate the numbers 0 to 9 as shown in Fig.
9. LEDs may be illustrated as ON, OFF or FLASHING as shown in Fig.10
Fig.9 LED Functions Within Engineer Mode Fig.10 LED Modes Key.
To enter into the Engineer Programming Mode enter the engineer code (factory default 1234)
followed by No. The display will show as Fig.11
Fig.11 Display Indicating Engineer Programming Mode
From this mode the engineer enters the option number required followed by Yes. The display
will then show the current value for the option. The first digit being indicated by a FLASHING
LED and the second number by an ON LED.
If the engineer chooses to keep the current value pressing Yes will return back to Engineer
Programming Mode as shown in Fig.11
If the engineer chooses to change the current value pressing No will illuminate all the LEDs. As
the first digit of the new value is entered the corresponding LED will FLASH. As the second digit
is entered the LED corresponding to this digit will show ON and all other LEDs will extinguish.
If the second digit is the same as the first only one LED will show ON after the second
digit is entered.
The display is now showing the two digit value for the chosen option to accept this press Yes.
The display will show as Fig.11. Repeat this process until all the required options have been
programmed.
Throughout the programming mode pressing 0 will escape back one step, for example pressing
0 whilst the display in Fig.11 is showing would return you to the unset mode. The only
exception to this is when the unit is expecting a new two digit value, in this instance you would
need to enter the two digits followed by YES before entering the 0.
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Note: The keypad displays
shown are for the CP8
control panel Zone 8 LED
is not available on CP7
control panel.
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Programmable Engineer Options
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Each zone may have a type (first digit) and attribute (second digit) programmed by the
engineer. Zone 1 is programmed through Option 11, Zone 2 through Option 12 and so on until
Zone 7 through Option 17 (or Zone 8 for CP8 through Option 18)
First Digit
0 = 12Hr
1 = E/E
2 = Access
3 = Panic
4 = 24Hr
5 = Fire
6 = Alert
7 = ET
8 = Part E/E
9 = Keyswitch (zone 5 only)
Second Digit
0 = Full Set
1 = Removed in Part 1 Set
2 = Removed in Part 2 Set
3 = Removed in Part 1 or 2 Sets
4 = Full Set + Chime
5 = Rem in P1 + Chime
6 = Rem in P2 + Chime
7 = Rem in P1 & P2 + Chime
Default Settings (Zones)
Zone 1 = 14
Zone 2 = 80
Zone 3 = 00
Zone 4 = 01
Zone 5 = 02
Zone 6 = 00
Zone 7 = 30
Zone 8 = 00 (CP8 only)
e.g. Zone 1 =
E/E, Full Set + Chime
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Full Set Exit Time is given in seconds and is entered as two digits, for example 09 for 9
seconds.
Range may be 00 to 99 (Seconds)
Default = 30 Seconds
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Part Set Exit Time is given in seconds and is entered as two digits, for example 09 for 9
seconds.
Range may be 00 to 99 (Seconds)
Default = 30 Seconds
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This option controls the Setting Mode for both Full Set (first digit) and Part Sets (second digit).
First Digit
0 = E/T (Exit Terminator)
1 = E/E (Entry exit zone)
2 = Timed
3 = Timed or E/E
Second Digit
0 = E/T (Exit Terminator)
1 = E/E (Entry exit zone)
2 = Timed
3 = Timed or E/E
Default Settings = 22
2 = Timed Full Set
2 = Timed Part Sets
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Part Set Sounders (first digit) refer to the internal speaker mode during Part Sets. PGM1
(second digit) refers to PGM1 Terminal on control panel PCB.
First Digit
0 = All Part Sets Silent
1 = Part Set 2 Silent
2 = Parts 1 & 3 Silent
3 = All Part Sets Audible
Second Digit
0 = Pulse On
1 = SW+
2 = Pulse Off
3 = Bell
4 = Strobe
5 = E/E
6 = On in Test
7 = Internal Alarm
8 = Alarm
9 = Panic
Default Settings = 31
3 = All Part Sets Audible
1 = SW+
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Alert Keys (first digit) are activated by pressing keys 1&3 together. Setting Confirmation
(second digit) will be given via the Strobe Light.
First Digit
0 = Off
1 = Panic
2 = Fire
3 = Alert
Second Digit
0 = Off
1 = Any Set
2 = Full Set
Default Settings = 10
1 = Panic
0 = Off
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Entry Time 1 is started when (a) an Entry/Exit zone is opened when the system is Full or Part
Set or (b) when a Part E/E zone is opened when the system is Part Set. Time is given in
seconds and is entered as two digits.
Range may be 00 to 99 (Seconds)
Default = 30 Seconds
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Entry Time 2 is started when (a) Entry Time 1 expires or (b) when a 12Hr zone is opened
during Entry Time 1. The tone of Entry Time 2 differs from that of Entry Time 1 and the volume
is higher.
Range may be 00 to 99 (Seconds)
Default = 10 Seconds
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Bell Re-Arms is the number of times the bell will Re-Arm after an alarm. If this option is set to
99 the number of Re-Arms is infinite.
Range may be 00 to 99 (Re-Arms)
Default = 99 Re-Arms
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Bell Ring Time is the time in minutes that the bell will ring when an alarm is triggered. The
default is 20 minutes but you should check local bylaws for any restrictions in your area.
Range may be 00 to 99 (Minutes)
Default = 20 Minutes
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Service Timer once programmed will count down in weeks until two weeks remain and will then
warn the user that service is due. When zero weeks remain the system will lock-out after an
unset. Two further weeks may be granted via Anti Code until the system is serviced and the
timer re-programmed to the desired number of weeks. If the Service Timer is programmed to
99 weeks it is Off.
Range may be 00 to 99 (Weeks)
Default = 99 Weeks
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Bell Mode (first digit) controls if the bell is SAB or SCB. When set to SAB the bell- terminal will
switch when the alarm is triggered. This is the usual setting for most systems. When set for
SCB the Bell+ terminal is + and the Bell- is -. When the alarm is triggered the bell- terminal
swings to + allowing the bell to sound from its own battery. Bell Tamper Ring (second digit)
determines if the panel will trigger the Bell in the event of a Bell Tamper.
First Digit
0 = SAB
1 = SCB
Second Digit
0 = Bell Tamper Ring Off
1 = Bell Tamper Ring On
Default = 00
0 = SAB
0 = Bell Tamper Ring Off
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Reset Modes determines what level of code is required to reset the system after an alarm.
Reset is split into two sections Tamper Reset (first digit) and Alarm Reset (second digit).
First Digit
0 = Any Code
1 = Engineer Code
Second Digit
0 = Any Code
1 = Master Code
2 = Anti Code
3 = Engineer Code
Default = 01
0 = Any Code
1 = Master Code
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Engineer/User Mode
The engineer has a second mode available via the engineer code. This Engineer/User mode
allows the engineer to operate the system as a user. For details of user functions including
setting and unsetting the system please refer to the user manual. Options available are:-
Remove Zone (Menu No. 4)
This option allows zones to be removed whilst setting the system. Please refer to user manual
for details.
Test (Menu No. 5)
Allows the system to be tested (zones, bell & tampers). Please refer to user manual for details.
Note: If tampers are included in the test the following LEDs will extinguish when tamper(s) are
opened: Tamp + LED1 for Bell tamper, Tamp + LED2 for Panel tamper, Tamp + LED4 for RKP
tamper and Tamp + LED5 for Zone tamper.
View Log (Engineer Only Menu No.6)
This option is only available via the engineer code (default 1234) and allows the engineer to
scroll back through the last 80 events.
1) Enter the engineer code followed by No
the display will show:-
2) Press 6. The last event will now be displayed. Whilst viewing the Log press No for
previous event or Yes for next event. Possible events are:-
Full-Set Day LED Flashing Bell Tamper Tamp + Zone 1 LED
Part 1-Set Part + Zone 1 LED On Panel Tamper Tamp + Zone 2 LED
Part 2-Set Part + Zone 2 LED On RKP Tamper Tamp + Zone 4 LED
Part 3-Set Part + Zone 3 LED On Global Tamper Tamp + Zone 5 LED
Unset Engineer Day LED On
Unset User 1 Day LED On Zone 1 LED On
Unset User 2 Day LED On Zone 2 LED On
Unset User 3 Day LED On Zone 3 LED On
Unset User 4 Day LED On Zone 4 LED On
Unset User 5 Day LED On Zone 5 LED On
Unset User 6 Day LED On Zone 6 LED On
Unset User 7 Day LED On Zone 7 LED On
Alarm Triggered All LEDs Flashing
Cause of Alarm Zone (n) On
Zone Removed Zone (n) Flashing
Watchdog All LEDs On
Chime On / Off (Menu No.7)
Allows the Chime option to be turned On & Off for zones that have been allocated as Chime via
options 11 to 18 .Please refer to user manual for details.
Engineer Code (Menu No.9)
If this option is accessed via the engineer code then the engineer code will be programmed.
If it is accessed via a master level user code the user code(s) will be programmed.
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It should be noted that if the new engineer code starts with a 9 it will be locked into the
system. Defaulting the panel will not return the engineer code to the factory default. It
may only be changed by accessing it through this engineer code. To program the engineer
code proceed as follows.
1) Enter the Engineer Code followed by No.
the display will show:-
2) Press 9, LEDs 1 to 4 will illuminate.
3) Enter the new four digit Engineer Code (As each digit is entered one of the LEDs will
extinguish)
4) The display will return to that shown in step 1.
5) To return to Unset press 0 twice.
Engineer Reset (After an Alarm)
If the Reset Mode(s) has been programmed for Engineer follow the steps below to reset the
system.
1) The user must first unset the system. Details in user manual.
2) Enter the engineer code followed by RESET.
Anti-Code Reset (After Alarm or Service Timer Lockout)
To effect an Anti-Code Reset the engineer will require either a ProDigi Programmer with
Anti-Code Generator or Anti-Code Software running on a P.C.
1) Ask the customer to enter the user code and then press Full-Set.
2) A four digit seed code will be shown by the display.
3) Enter this seed code into either the Generator or P.C. Software an Anti-Code will be
given.
4) Ask the customer to enter this Anti-Code. The system is now reset.
Note: Service Timer Lockout will have been indicated to the user via Flashing tamper LED.
Two weeks notice would have been given prior to Lockout. Resetting this via Anti-Code
will give another two weeks service. A service visit should be arranged and the Service
Timer (option 30) should be re-programmed to the required number of weeks.
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Resetting to Factory Defaults
If required the unit may be reset to factory defaults. It should be noted that if the engineer code
begins with a 9 it will not be defaulted.
1) Remove all power from the system.
2) Wait 10 seconds.
3) Re-Apply power to the system.
4) As soon as all the LEDs illuminate during this power-up enter 1 4 7 No.
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Fault
Control Panel will not power up from the
mains supply
Display shows zone fault and panel will not
set after the exit time has expired.
Control Panel gives tamper fault.
Tripping a detector does not cause an alarm
and is not registered at the control panel.
External Sounder does not sound.
External Sounder rings without the control
panel triggering it.
Bell Box will not sound after first power up.
Action
Check / Replace fuse in fused spur or mains
connection block. Also check all connections
for trapped insulation.
Remove zone wires from the problem zone at
the control panel and replace with a link.
Check if panel now sets. If all is O.K. the
problem is external to the control panel. Check
with a multimeter the continuity of the wires
you removed from the zone. Also check that
there is no short circuits between the zone
wires and the tamper loop or the zone wires
and 0v.
Check Lid tamper spring on control panel.
Link out the tamper loops (bell & global) to
determine what tamper loop the fault is on. If
all is O.K with links in place the problem is
external to the panel. Using a multimeter
check for continuity and also short circuits to
other cores in the same cable. Also check that
the service timer has not expired.
Check for short circuits on the zone wiring. If
two detectors are fitted to the same zone try
tripping both of them at the same time, if the
zone activates when this is done the alarm
contacts of the detectors have been wired in
parallel when they should be wired in series.
Use a multimeter or small buzzer across the
Bell +&- terminals to determine if the control
panel is triggering the bell. If all is O.K check
the operation of the sounder by wiring it to the
system battery.
Disconnect the Nicad battery from the SAB of
the sounder. Check to see if the hold off
voltage is present at the sounder, if not
check/replace the control panel fuse. If fuse is
O.K check hold off voltage at the control
panel. If hold off voltage is O.K check/replace
the wiring to the bell.
Some Bell Boxes require all tampers to be
closed before they will sound. Close all
tampers and retry.
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Fault
Tamper is not tripped when a detector cover is
removed.
Detectors false alarm.
Engineer and/or User codes have been
forgotten.
I got confused whilst programming and don’t
know what settings have been programmed.
I have various problems and think the control
panel is faulty.
Action
Check to see if all tampers are wired in series.
If detector tampers have been wired in parallel
they will all have to be removed before the
tamper would trigger. Check for short circuits
that may occur through staples piercing
cables.
Check that the position of the detectors is in
accordance with the manufacturers
recommendations.
In the case of a PIR ensure that the unit is not
facing a window or is situated in a draughty
location.
In the case of a contact check the gap
between the two halves and that there is no
excessive movement in the protected item.
In the case of a shock sensor ensure it is not
bridging any joints.
Check cable runs to ensure that they are not
running parallel to any mains wiring (see good
wiring practice).
The panel may be reverted to factory defaults
(see Resetting to Factory Defaults). If the
engineer code has been programmed with 9
as the first digit it will not be defaulted. In this
case the unit must be returned to the factory.
In this situation we would recommend that you
revert to factory defaults.
This is rare, the majority of faults are usually
external to the control panel. If you think the
panel is faulty please remove all the wiring
from the panel and replace all the factory fitted
links then check the panel again.
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