Besides the terminal blocks mentioned the panel also has the following output:
24V uninterruptible :
A 24Vdc uninterruptible power output that does not break in the
event of a panel reset. It can be used to power electromagnetic door latches.
Relay ALARM :
A voltage free relay contact that is activated when a zone on the panel
issues an alarm.
Relay FAULT :
A voltage free relay contact that is activated when the panel issues an
error or a fault.
The panel also has 2 cables for connecting the battery. The cable with the red connector
is for connecting the positive (+) terminal of the battery and the cable with the black
connector is for connecting the negative (-) terminal of the battery.
5. Starting configuration( Setup)
After all the connections to the panel are finished we can connect the battery and the
230Vac power supply.
The first action that the BS-114 control keyboard must take is to recognize all the external
devices that are connected to the network. If the ENTER key is pressed then the display
shows
Each panel has the required terminal blocks for connecting 2 siren circuits, bells or other
output devices that operate with 24Vdc. Each circuit can power devices with a maximum
consumption of 600mA. Each of these circuits has a pre-fitted terminal resistor (5K6).
This resistor is removed and placed on the last siren or it is left in it’s place if the circuit is
not used. The connections on both of these circuits are identical.
F
igure 6.
Connecting 3 BS-531 sounders with beacon on the SIREN 1 output circuit.
When connecting these device to the circuit ensure that the polarity is right.
SIREN 1
SIREN 2
5
Ê
6
5
Ê
6
Terminal
resistor
Terminal
resistor
BS-531
Sounder
with
beacon
G
N
D
1
2
V
2
4
V
BS-531
Sounder
with
beacon
G
N
D
1
2
V
2
4
V
BS-531
Sounder
with
beacon
G
N
D
1
2
V
2
4
V
ENTER YOUR CODE
----
Date
File
Code
Page
09-
E
1116000.09-
E
6 from 20
4. Connections
All connection
s
to the panel must be made before connecting the battery and the mains
power supply.
Each panel has terminal blocks for connecting 16 zones of detectors, break-glass call
points or other input devices. Each zone terminal block has a pre-fitted terminal resistor
(5K6). This resistor is removed and placed on the last device of the zone or it is left in it’s
place if the zone is not used.
The connections for all 16 zones are identical. What it show in figures 4 and 5 for zone 1 is
also valid for all the other zones.
Date
File
Code
Page
09-
E
1116000.09-
E
5 from 20
22
December
2004
22
December
2004
5
Ê
6
1
1
2
2
3
3
5
4
4
Figure
4.
Connecting
1
manual call point
BS-536
and
1
detector base on
zone
1
and
connecting
2
bases of
detectors on
zone
2.
One detector also has a BS-572 remote LED indicator connected to it.
Figure
5.
Connecting
3
gas detectors
BS-675
or
BS-676.
Besides connecting
these detectors to the
zone we must
also power them from the
24V
dc
monitor
output
.
Terminal
resistor
Detector
base
Detector
base
5
Ê
6
IN
IN
NINI
OUT
OUT
O
T
U
O
T
U
R R
IN
IN
NINI
OUT
OUT
O
U
T
O
U
T
R R
Remote
LED
BS-572
R
R
Terminal
resistor
Gas
detector
BS-675
OU
T
OU
T
24
V
24
V
IN IN
Gas
detector
BS-675
OU
T
OU
T
24
V
24
V
IN IN
Gas
detector
BS-675
OU
T
OU
T
24
V
24
V
IN IN
24 Vdc
monitor
Detector
base
IN
IN
NINI
O
T
U
O
T
U
U
T
O
U
T
O
R R
Manual call
point
BS-536
OU
T
OU
T
IN IN
5
Ê
6
Terminal
resitor
FUSE
5x20 3A
L
N
L
N
2
3
0
V
~
Figure
3.
Connection diagram with the mains voltage
.
ÆÏÍÅ 1
ÆÏÍÅ 2
GND
