AMB10 - 15 - 20
ENGLISH
ISFSLIMRFWL_05_08.doc
11
The MASTER barrier transmits an INTRUSION alarm upon 1 or 2 beam break-off, depending on setting. Upon
all enabled beams being reset, the MASTER barrier transmits the INTRUSION END signal. Following the
INTRUSION END signal any further beam break-off within the next 10 seconds will be ignored.
Upon power of any of the 3 V batteries becoming feeble, the barrier transmits a BATTERY FLAT signal. The
signal is repeated every 24 hours, until battery has goes fully flat.
The barrier transmits a supervision signal every 8 minutes. The signal may be disabled as a power-saving
measure by checking that the “SUPERVISION” jumper is disabled accordingly.
5. AMB MOUNTING
5.1 Setting up and securing
1. Cut the black anodized aluminium sections and polycarbonate cover to size, as required.
2. Locate where to drill the hole for securing the sections to the wall and fitting the rip-off prevention tamper if
required.
3. Drill a hole with a Ø 4 bit for the securing and a Ø 10.5 bit for the rip-off prevention tamper.
4. Fit the TX Transmitter and RX Receiver sensors inside the sections, positioning them as desired and
securing by means of the self-tapping screw provided (Figure 1).
5. Fit the rubber plug onto the top end of the section (Figure 3).
6. Insert the sponge wad inside the plastic plug so as to cover the condensate drain hole. Fit the plastic plug
onto the section (Figure 5).
7.
Insert the rip-off prevention rubber tamper triggers into the appropriate holes and fit the springs on the
opening prevention tamper (Figure 2). If the rip-off and/or opening prevention tamper/s is/are not to be
used, check that the
NO TMP2
and/or
NO
TMP1 jumper/s is/are inserted.
8. Secure the sections to the wall by means of the securing screws and O rings.
9. Fit the sensor ribbon-wire inside the section and secure in place by means of the spring provided (Figure 1).
10. Fit the lithium batteries inside the appropriate compartment according to correct polarity or, alternatively,
connect a 12 VDC power line to the terminal on the card. The barrier is now fully operative according to
default settings.
11. Beam alignment procedure
a) After having fitted the batteries in the Master and Slave card, make sure that the tampers that have
not been purposefully cut out by means of the jumper are enabled. To check sensor alignment at this
stage, cutting out of all tampers by means of the corresponding “NO TMP” jumpers is advisable.
b) Press the RESET button on the Slave card.
c) Press the RESET button on the Master card; the buzzer will give out 4 beeps.
d) Press the ALIGN/RADIO button on the MASTER barrier before the fourth beep sounds.
e) If the beams are aligned the buzzer will give out
a series of close consecutive beeps
and no sound if not. In
case of non-alignment, align each beam separately, enabling one beam at a time on the Master and Slave
circuit by means of the DIP “BEAM” dip-switch.
Once beams are aligned, check that buzzer stops trilling upon one of the beams being broken off.
Lift one of the NO TMP jumpers on the SLAVE card and check that the buzzer stops trilling.
f)
Once proper beam operation has been checked, exit alignment mode by pressing the RESET button on the
MASTER card.
g) Press the ALIGN/RADIO button to radio transmit an alarm as an example for receiver to learn the barrier
code.
12. Fit on the polycarbonate cover as shown in Figure 3.
13. Fit the plastic spring onto the plastic plug as shown in Figure 4 to cover any rough cutting edge on the section.
14. Run a final beam alignment check after completing the installation.
Master/Slave Terminal-strip
+12V GND
