Rs Advantage User Manual

Instruction Leaflet

RS stock no. 437-648

Issued August 1997 9778

Advantage 6 Alarm Panel

Introduction

The control panel is designed to be simple to install,
programme, and to use. The 16 button keypad allows you to
select, change,or inhibit the many facilities available in the unit.
A remote ke ypad is a v ailable separ atel y for arming ,part arming
and disarming the unit

The control panel is programmed using either the user code
(factory set 1234) or the engineer code (factory set 9999). It is
advisable to change both code numbers to a personally
selected code, using any combination from 0000 to 9999, when
the installation is complete.

The engineer programmes are protected by a non volatile
memory (NVM). This means that when all power has been
removed and then reconnected any previously programmed
information remains operative. The NVM facility also protects
the control panel microchip from mains surges and spikes.

The control panel provides 6 detector zones, a personal attack
circuit and two tamper circuits. All zones are capable of
operation with normally open and normally closed detectors. A
bank of 10 LED indicators will indicate the status whilst
programming or whilst in use.

An integral battery charge circuit will enable a rechargeable
battery such as RS stock no. 597-813 to provide power during
mains failure. Outputs are provided for bell/sounder, and
strobe.

The 6 detector zones are active only when the control panel is
armed. The personal attack circuit, 24hr circuits are active 24
hours a day even if the control panel is disarmed.

The advantage keypad

The advantage keypad uses ICONS to picture the key function,
a list of key functions follows in figure 1:

The control panel is factory set to be armed without the need to
enter the user code. It is possible to programme the control
panel so a user code is required to arm the system. If this mode
is selected the user code can only be changed by either,
programming under the engineer mode or, returning the
control panel to symbol arming mode then the user selecting a
new code and returning to control panel to user code arming
code.

Note: Please ensure you read this document completely

before you begin your installation.

System planning

T o ensure the installation pr oceeds smoothly it is best to plan the
work before you begin. Start by drawing a plan of the building
(see figure 2 and 3). You will need to divide the building into
zones. Zone 1 is always used as the final exit zone with the
advantage panel and zone 2 is factory programmed as walk
through (this may be altered).

Office

Factory

Lobby

Accounts

A

B

C

D

E

F

GG

H

I

J

K

A

Figure 1

Full set
Arm
Zone omit

Part set
Reset
Event replay

to Numeric keys

Figure 2 Ground floor view

A. Magnetic contact zone 1
B. Zone 2
C. Zone 3
D. Magnetic contact zone 4
E. Zone 5
F. PIR
G. Siren
H. Personal attack switch

I. Vibration detector
J. Control panel

Note: Alarm control panel should

be located within the
protected area

Note: Zone 6 may be a PIR on the

first floor landing

Figure 3 Ground floor view of a commercial premises

A. Magnetic contact zone 1
B. Zone 2
C. Dual tech zone 3
D. Vibration detector zone 4
E. Zone 5
F. Zone 6

G. PIR
H. Siren
I. Personal attack switch
J. Control panel
K. Additional keypad

09

0

G

A A

FF

BC

Lounge

Dining
Room

CC

F

H

Hall

321
654
987

Garage

K

Kitchen

D

E

I

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System layout

The system layouts shown are a guide to typical positions of the
system components. This will obviously vary depending on the
premises and level of protection to be afforded. However the
general rules given cover all installation layouts.

General rules

1. Final exit doors should have magnetic contact switches fitted
to ensure that the premises cannot be vacated with the doors
left open and also to protect against forced entry.

2. PIR detectors are best fitted where an intruder has to pass
through an area to gain access (i.e.halls and landings) or to
protect specific valuable items (i.e. lounge). Care should be
taken in siting to avoid direct sunlight, strong lighting and
heat sources (hence the vibration detector s in the kitchen) as
these may cause nuisance tripping. They are best sited so
the intruder cuts across the field of view, see figure 2 (some
products are specif ically designed for long corridors in this
instance this rule does not apply),hence a corner position is
usually adopted.

3. PIR, ultrasonic, vibration detectors, etc. all have complex
electronics. These are best given their own zone as in the
event of a fault occurring isolating the fault will be quicker
and nuisance tripping quickly eliminated. Magnetic door
contacts tend to be very reliable if installed well within their
magnetic actuation limit. Hence these can be put in ser ies
together on a loop if appropriate. They are also easier to test
if faulty.

4. Wir ing is best concealed where possible to prevent damage
and tampering. Try to avoid running alongside mains cables
as interference may occur.

5. The sounder/SAB unit should be fitted well above head
height to avoid tampering. The wiring should pass directly
through the wall behind the unit to make it inaccessible.

6. The control panel requires a 240V power source. An
unswitched fused spur preferably direct from the consumer
unit on its own fuse wired in accordance with the current IEE
regulations should be provided.

Using the above general rules you should plan your installation
on your sketched drawing considering the panel siting,how the
cable runs can be minimised, where different types of detector
will be fitted and which zone they will be on. When you have
finalised your plan you can begin installation.

Installation

The following instructions should be followed in sequence to
ensure trouble free installation. To begin with, the alarm panel
should be tested.

The control panel

Printed circuit board (PCB) is clearly marked with each output,
input, and the relevant polarity. Wire links are f itted to each of
the 6 zones and the three 24 hour circuits, to simulate closed
circuits. The wire links are removed during installation as each
zone/circuit is connected. Wire links should never be fitted
where no link is depicted across the terminals on the PCB. Most
of the detectors in the security industry are normally closed
contacts these must be wired in series,normally open detectors
such as pressure mats can also be used, wire them between the
zone and the 24 hour terminal.

Testing the control panel

The control panel is fitted with the factory fitted wire links, to
enable the panel to be tested prior to installation.

1. Remove the two front cover screws (located behind the LED

flap) and the front cover, and place safely to one side in the
box provided to eliminate the chance of damage.

2. Check that the 9 factory fitted links (see figure 4) are
positioned across each pair of the 6 zone inputs, PA,
24 hour and SCB terminals. Press down the lid tamper
spring. (It is important that this spring is depressed
throughout the test to avoid the control panel activating). Or
to temporarily defeat the lid tamper connect a wire between
the SCB 0 terminal and the left 24 hour terminal. Do not

forget to remove this wire before commissioning the
system.

3. Fit the 12V battery (

RS stock no. 597-813) to the unit using
battery connecting wires provided. Observe the correct
polarity, red wire to red (+) terminal, black wire to black (-)
terminal. The panel is now ready to test.

4. Press (full guard),the clear LED will illuminate.

5. Remove a factory fitted link wire from zone 1 and the
respective zone LED will light and a tone indication will be
heard. Ref it the link and the zone LED will extinguish.

6. Repeat step 5 for all other zones. For each of the zones
opened a tone indication will be heard,the number of bleeps
will depend on what zone is open i.e. 1 bleep for zone 1, 2
bleeps for zone 2 and so on.

7. Test the lid tamper by releasing the tamper spring, the
internal sounder will activate, replace tamper spring, and
enter user code (1,2,3,4). The 24 hour LED will be
illuminated and the sounder will cease. Press the (reset)
key to return to standby.

8. To test the 24 hour SCB and PA circuit repeat the above
sequence removing and replacing the wire link in each
circuit in turn. After each test enter user code (1,2, 3, 4) then
press reset to return to standby. Disconnect the battery when
you have finished testing.

Siting the control panel

Site the panel in a position which is above the accessible height
of small children. Try to site the control panel close to a mains
electricity supply.

Mark the two fixing holes on the left and right-hand sides of the
bottom and the hole in the top centre on the wall, and fix the
panel loosely. Only secure tightly once installation is complete.

Wiring

Detectors

The exact positioning of the detection devices should now be
decided and the detectors wired. Typically for passive infrared
detectors (PIR) 6-core cable will be required (RS stock no.365-

587) and for door/window contacts 4-core cable (RS stock no.

365-571). If only a limited number of magnetic contacts are
used wire 6-core throughout. Wire the correct cable to each
position. Connect the detectors as shown in figure 5.

Connecting to the mains supply

WARNING - ELECTRICITY CAN KILL

Before connecting the control panel to the mains supply ensure
that the supply is disconnected at the consumer unit.

The ideal mains supply is direct from the consumer unit, on its
own fused spur, wired in accordance with the latest IEE
regulations. You will require 5A 3-core cable suff icient in length
to connect the control panel to the mains power supply.

Figure 4

Cable clamp

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Figure 4 shows the location of the cable clamp. To secure the
cable,use the cable clamp located in the back of the advantage
case. Break off the cable clamp fr om the case. Feed one end of
the 3-core cable through the back of the control panel and
connect as follows to the transformer terminal block.

Live (L) red or brown. Neutral (N) black or blue. Earth (E)
green or green and yellow. Secure the cable clamp over the
cable using the screws provided.

Connecting the sounder unit

Disconnect the mains supply. Run a 6-core cable to the sounder
from the panel.

Connect the sounder unit to the panel as shown in figure 6.
Testing should be carried out in accordance with the
instructions included with the sounder unit.

RT

SWITCHED POSITIVE

STROBE +
STROBE ­BELL +
BELL -

SPEAKER

NVM RESET

BELL/STROBE F3
SPEAKER

AUX. F2

BATTERY F1

AUX +
AUX ­BATTERY + RED
BATTERY - BLACK
AC
AC

TRANSFORMER

SCB
24 hour

KEYSWITCH
PA

ZONE 6
ZONE 5
ZONE 4

ZONE 3

ZONE 2

ZONE 1

N/C

N/C

N/C

N/C N/C

- +

These will be
factory supplied
with links as
shown on the
PCB

Figure 5 Control panel detector connections

A

B

C

D

A. Personal attack
B. Zone 2 PIR
C. The series 24 hour loop for each zone is best taken

back to the control panel and linked using a connector
block such as RS stock no. 423-655

D. Zone 1 door/window magnetic contacts

When the mains wiring is completed restore the mains supply,
the mains LED indicator and the keypad should be illuminated.
The panel will bleep replace the front cover. Enter user code
(1234) the 24 hour LED will be illuminated and bleeping will
cease.

Press (reset), the panel will return to standby.
At this stage it is worth checking the detectors for correct

operation.

Detector test

1. Press

2. Now walk around and activate each detector in turn. The
panel will bleep and the LED light as each detector is
activated.

Note: PIRs require a number of minutes setting time

before use.

3. When all detectors have been tested type

NVM RESET

BELL/STROBE F3

SPEAKER

AUX. F2

BATTERY F1

BELL -

BELL +

STROBE -

STROBE +

SW- +Ve

Strobe trig -Ve
Strobe trig -Ve

SW-Ve

RT

SCB

Ret Sig
Ret Sig

Return

0V

-Ve

0V

+Ve

+Ve

740-427
740-433
437-660

Siren trig -Ve
Siren trig -Ve

Figure 6 Sounder connections