12 - FA00489M4A - ver. 1 - 03/2017
Type
PXWDTVE
Life expectancy (years) **
2
Working temperature (°C)
-40 / +50
Dimensions (mm)
190x85x75
Protection rating (IP)
54
Impact resistance (IK)
10
EN50131-1, EN50131-2-4 Grade 2, EN50131-5-3, EN50131-
6: Type C, EN50130-5, Environmental Class III
* This is the time interval within which the two IR heads must
activate the microwaves and detect an alarm.
** The life expectancy of the sensor's batteries is inversely
proportional to the number of detections carried out (regard-
less of whether the alarm system is armed or not). If the
sensor is fitted in zones with high passage frequencies, the
batteries' life is reduced.
Potentiometers
D
RV1:
adjusting the detection range of the upper, infrared
head. Turn clockwise to increase the range.
E
RV2
: adjusting the detection range of the lower, microwave
head. Turn clockwise to increase the range.
NOTE. Before powering up the sensor, make sure that the
RV1 and RV2 are set to their maximum range, that is, ful-
ly turned clockwise. Contrarily, the sensor could receive a
signal that is too weak or not receive it at all: the LEDs will
not light up.
Powering on
Turn the potentiometers clockwise. Set DIP1, DIP2, DIP5, DIP6
to OFF; DIP3, DIP4 to ON and DIP7 as you like. Open the JP1
jumper and close the JP2 and JP3 jumpers and power up the
sensor.
The settings must then be modified with the power supply on
The sensor is ready for initiation, which will last two minutes.
Initiation
Power up the sensor. The LEDs
DL1
and scales
DL2
light up
for a few seconds and then switch off: a few beeps confirm
that the initialization has been complete.
To re-initialize the sensor, cut off the power, press the tamper
(JP1 = OPEN) and power up the sensor again.
You can interrupt the initialization at any time by keeping
pressed the tamper (JP1 = OPEN) for a few seconds until the
LEDs switch off. Release the tamper button.
TEST or NORMAL mode
TEST mode (DIP3
=
ON)
This mode transmits the alarm each time movement is de-
tected. The sensor automatically exits TEST mode after about
five minutes, even without setting DIP3 to OFF. When the LEDs
light up and you hear the beeps, it means that mode has
switched from TEST to NORMAL.
NORMAL mode (DIP3
=
OFF)
In this mode, after detecting and sending an alarm, the sensor
waits for 120 seconds of "quiet time". This time cannot be
changed.
If during said "quiet time" NO detection takes place, the sen-
sor returns to its active state and is ready for another detec-
tion.
NORMAL mode is for lower power consumption and greater
battery life. Set DIP3 to ON: a long beep confirms the switch-
ing from NORMAL to TEST mode.
Learning
Power up the sensor and wait for the initialization phase to
end. It does not matter whether the sensor is in TEST or NOR-
MAL (DIP3) mode.
Open the JP1 jumper and make sure that the control unit is
in learning mode.
Press and release, three times, the tamper's lever button for
five seconds, maximum. During the learning phase, the red
DL4
and green DL5 fitted on the radio expansion, will start
flashing. Once the learning phase is over, the green DL5 will
light up for three seconds; in case of any errors, the red DL4
will light up.
Installation height
B
1
and orientation
B
2
Crossing the detection area
B
3
The sensor easily detects across the entire range
B
4
The sensor may detect at a shorter distance than its
max range. Once the sensor is fastened, to direct the heads
we suggest slightly loosening the joint screws.
Adjusting the range
C
The detection area is that in which both technologies, that is
infrared
1
and microwave
2
are detecting. So it is neces-
sary to adjust bot the orientation and range of both heads so
that the two detection areas coincide as much as possible.
NOTE. Follow the adjustment order explained below.
Adjusting the infrared
1-
Set DIP7 depending on the dimensions of the area to pro-
tect;
2-
Set DIP5 to ON and DIP6 to OFF to enable the walk test only
for the infrared sensor. The DL1 infrared LED will light up and
stay lit while the DL3 alarm and transmission LED will light up
at each infrared detection.
3-
Postion trimmer RV1 to MAXIMUM
D
.
4-
Turn the infrared head towards the area to protect
E
.
5-
Adjust the infrared sensor by moving around within the de-
tection area: the blue DL3 LED will light up when the infrared
sensor detects a passage.
If the range is not the one you need, gradually raise the infra-
red head
F
and diminish the adjustment
G
.
Repeat the test until you obtain the desired range
H
2
.
Adjusting the microwave
1-
Set DIP5 to OFF and DIP6 to ON to enable only the micro-
wave walk test. The DL2 LED (microwave) will turn on and
stay on while the DL3 LED (alarm/transmission) will turn on
with each microwave detection.
Adjusting the microwave is independent from adjusting the
infrared and the position of DIP7 does not affect the micro-
wave adjusting.
2-
Adjust the microwave sensor by moving around within
the detection area: the blue DL3 LED will light up when the
microwave sensor detects a passage.
If the range is not the desired one, gradually raise the mirco-
wave head
I
and reduce its
J
.
Repeat the tests until you obtain the desired range
K
2
.
Summary of Contents for 846EA-0130
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Page 4: ...I J H 2 1 G 4 FA00489M4A ver 1 03 2017...
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