ACDC Dynamics FL-AC03 Datasheet

Passive infrared detector using instruction
INTRODUCTION
The product is a new type of sensor switch; it adopts infrared
energy detector, IC and SMD technology. When one enters the
product’s detecting range, the infrared sensor work and output signal
to its matched control unit, the control unit will alarm.
FEATURES
selectable pulse width;
high interference immune;
tamper switch;
preventing pet design;
installation flexible and convenient;
SPECIFICATIONS
power supply:8~16VDC
warm-up time:30s
alarm time:2s
sense degree:140 °
sense distance:8m(max)
working temperature:-10 ℃ ~+40 ℃
relative humidity:<93%RH
installation height:1.5~3.5 m
MOUNTING
Untangle the end screw and open the front cover;
loosen the screw fixing PCB ；
remove PCB to the end surface, and take out PCB;
bore crossing-line holes on the back cover;
run the wire along the wire slot located on the backside of the back cover and insert
it through its prepared hole.
Fix the back cover on the selected position;
connect power and signal wire to the terminal block according to following diagram,
replace the PCB into back cover.; Set vertical adjustment and tighten the PCB screw;
close the front cover and tighten the screw.
CONNECTION-WIRE
Terminal 1 connect to negative voltage “-“
Terminal 2 connect to positive voltage “ +”
Terminal 5&6 — tamper signal wire
Connect with controlling unit ， when close the front cover,
the signal wire is connected directly, when the front cover is opened, the connection is cut
down and give
one signal to controlling unit.
Terminal 3&4
— RELAY

The sensor output terminal.
LED/OFF /ON
LED on LED off
TAMPER TEST:
1 ． Without tighten screw close the detector;
2 ． Set the controlling unit to “Armed” mode;
3 ． Remove the front cover, the tamper will activate the alarm;
4 ．
．．
． Close the front cover, the controlling unit stops alarming
WALK TEST ：
：：
：
Walk back In the detecting field, watch LED on the detector, it should light according
to your moving to indicate detection.
Avoid exposing the detector to direct strong air flow, unstable temperature
sources and direct sunlight.
NOTE: