For detectors with NC contacts the jumper between
the corresponding connections “AZ...” must be re-
moved. For detectors with NO contacts leave this jum-
per inserted in any case and connect the contacts of
the detector to one of the contacts “AZ...” of the corres-
ponding alarm zone and to the contact “TMP–” of the
terminal TB2!
4.5.8 Key switch or code lock
Only a type with pulsed contact (momentary NC push-
button) can be used as a key switch (e. g. the model
NSA-80 from MONACOR). As an alternative it is also
possible to use a corresponding code lock (e. g. DAC-
299 from MONACOR). Via this code lock the alarm
control system is activated or deactivated by entering
a code number. The switch or the lock must be con-
nected to the alarm zone “AZ5”. Programme this zone
to “Key” (chapter 5.1) and “Full” (chapter 5.2). Thus,
also the exit delay time is at the same time activated
when setting the system. It is not possible to connect
other components to this zone in this case.
Fig. 11 Key switch
If the key switch has a status indication (system ac-
tivated/deactivated), it can be connected to the
contacts “PGM1” and “AUX 12V-” of the terminal TB4.
Then the control output “PGM1” must be programmed
accordingly (chapter 5.4).
4.5.9 Telephone dialling unit
An automatic telephone dialling unit is a silent alarm
device which in case of alarm automatically dials a
phone number programmed before.
Fig. 12 Automatic telephone dialling unit
The control output “PGM1” of the terminal TB4 should
be programmed with the function “alarm” (chapter 5.4).
4.5.10 Guiding the anti-tamper loops of the alarm
zones to the connection TMP
Combine the anti-tamper loops of all alarm zones as
follows and connect them to the contact TMP of the
terminal TB2 (9):
Fig. 13 Connection of anti-tamper loops of all alarm zones
4.5.11 12 V rechargeable battery
For emergency power supply in case of a mains failure
and for power supply of an alarm unit in case of alarm
a 12 V rechargeable battery with a minimum capacity
of 2 Ah (e. g. NPA-12/7 from MONACOR) must be in-
serted. Connect the red cable lug (13) to the positive
pole of the rechargeable battery and the black cable
lug (12) to the negative pole. Accommodate the re-
chargeable battery into the space provided (19).
Fig. 14 12 V rechargeable battery
After connection of a rechargeable battery charged the
display of the keypad controller shortly shows the ver-
sion number of the software and the request to wait:
Then the display shows:
Normally the rechargeable battery is charged via the
internal charging part. A slow-blow 2 A fuse in the hold-
er (14) serves as a protection. To replace the fuse,
unscrew the holder.
4.5.12 Mains voltage
Connect the 230 V power supply of the alarm control
system to the terminal block on the bottom left (posi-
tions 16 to 18):
Neutral conductor to the lower terminal
Earthed conductor to the central terminal – however,
the earthed conductor must not be connected because
the alarm control system corresponds to protective
0 1 J a n 0 0 : 0 0
<<<
U N S E T >>>
V1.5 Please Wait
TB1
12V
0V
D1
D2
TB5
AC
AC
T 2A
from
mains
transformer
12 V rech. batt.
Bat
–
Bat
+
TB2
AZ1
TMP
AZ2
+
–
–
+
+
–
junction box
Remove
jumper!
TMP
AZ1
anti-tamper loops of the alarm zones (AZ)
TMP
AZ2
TMP
AZ3
TMP
AZ4
TMP
AZ5
TMP
AZ6
TMP
AZ7
TMP
AZ8
TB2
TMP
AZ2
+–
+–
anti-tamper
contact
TB4
PGM1
+–
SPKR
+
AUX 12V
–
+
–
12 V supply
voltage
Remove jumper!
AZ1
+–
alarm trigger
input
TB2
TMP
AZ5
+–
+–
anti-tamper
contact
TB4
PGM1
+–
SPKR
+
AUX 12V
–
+
–
activated /deactivated
indicating LED
activated /deactivated
Remove jumpers!
GB
27
Summary of Contents for security DA-8000
Page 83: ...79...