CAME 001SDTEWL, Manual

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DIP7 (IR Range )
ON
Max range about 18 m. Adjsuting the max range (via
RV1
)
= about 9 ÷ 18 m
OFF
Max range about 12 m. Max range adjustment (via RV1 )
= about 3 ÷ 12 m
Every time DIP7 is moved, you need to wait 10÷20 seconds for the sensor
to stabilize into the new position.
Jumpers

JP1:
Enabling/disabling the antiopenign Tamper
JP1 OPEN:
tamper enabled
JP1 CLOSED:
tamper disabled

JP2: Enabling/disabling the anti removal Tamper
JP2 OPEN: tamper enabled JP2 CLOSED: tamper disabled

JP3:
Enabling/Disabling the alarm LED DL3
JP3 OPEN:
LED disabled
JP3 CLOSED:
LED enabled
Trimmer

RV1:
adjusting the detection range of the upper head (infrared). Turn
clockwise to increase range.
 RV2:
adjusting the detection range of the lower head (microwave).
Turn clockwise to increase range.
NOTE. Before powering up the sensor, make sure that RV1 and
RV2 have been adjusted to maximum range (turned completely
clockwise). Otherwise the sensor could detect a signal that is too
weak or it may even not detect anything: the LEDs will not come on.
Power on
Before being powered up, the sensor must be set up as follows:
- RV1 and RV2 turned completely clockwise

and

;
- Dip1, Dip2, Dip5, Dip6 in position OFF , Dip3 and Dip4 in position ON
and Dip7 as you like

;
- JP1 open

, JP2

and JP3 closed

.
The settings can be changed later without cutting off the power supply.
At this point the sensor is ready to
'initiation'
that will last two minutes.
Initiation
Power up the sensor, LEDs DL1 and DL2 light up and stay on. After about
two minutes, the LED turn off and the sensor beeps a few times to confirm
successful initiation. In case of detection during this phase, the initiation
time will be prolonged.
To pre-initiate the sensor, cut off the power, and press the tamper key

(the tamper must be enabled with JP1 = OPEN), check that the sensor is
set as described above and power up again.
You can interrupt initialization at any time by keeping the tamper key
pressed

(the tamper must be enable with JP1 = OPEN) for some
seconds until the LEDs turn of and you hear some "beeps". At this point
the sensor has come out of initialization. Release the tamper key.
TEST or NORMAL mode
To have feedback of successful operations you need to enable the LEDs
and the BUZZER by setting DIP4 to ON.
TEST (DIP3 to ON) mode
The sensor transmits alarms every time it
detects an intrusion: this makes for a fine tuning by the installer. The
LEDs and the buzzer activate to warn of an infrared, microwave detection
and alarm transmission.
The sensor automatically exits the TEST mode after about five minutes,
even without setting DIP3 to OFF. This exit is notified by the flashing LEDs
and the buzzer sound.
Use this mode only to perform detection tests.
NORMAL mode (DIP3 to OFF)
It is the way the sensor MUST be set for normal operation.
In this mode - after a detection and sending of an alarm - the sensor
stands by for a "quiet time" (120 seconds) before considering a new alarm.
If during this time interval there is NO detection, the sensor returns active
and ready for another detection. Contrarily the quiet time counting is
zeroed out.
The quiet time of about 120 seconds (non changeable).
The NORMAL mode consumes less energy and so the batteries last longer.
Deactivate the LEDs and buzzer using DIP4.
To go into TEST mode, set DIP3 to ON: wait for the sensor to warn that it
is now in TEST mode by giving off a long "beep".
Learning
1. Power up the sensor
2. Wait for the end of the sensor's initialization phase or exit as described
in the 'initialization' paragraph.
Note: it does not matter whether the sensor is in TEST mode or NORMAL
mode (DIP3).
3. Open jumper JP1

(tamper active) in case it is closed.
4. Make sure the control unit is in learning mode.
5. Press three times the tamper's lever button for no more than five
seconds. During the learning communication the RED

GREEN

LEDs
present on the radio expansion will flash. At the end of the learning phase
the GREEN LED will turn on for three seconds if the procedure is SUCCESS
FUL. Whereas the RED LED turns on in case of ERROR.
Installation height
B

Orientation
B

Crossing the detection area
B

The sensor easily detects over the entire range
B

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 range is the one in which BOTH the technologies (infrared
C

and microwave
C

) detect. So it is necessary to adjust 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 protect;
Max range up to 18 m. Adjustment 9 ÷ 18 m
Max range up to 12 m. Adjustment 3 ÷ 12 m
Every time DIP7 is moved, you need to wait 10÷20 seconds for the sensor
to stabilize into the new position.
2- Set DIP5 to ON and DIP6 to OFF to enable the walk test of only the
infrared. The DL1 LED (infrared) will turn on and stay on while the DL3
LED (alarm/transmission) will turn on with 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 within the detection area: the blue
LED will turn on when the infrared detects the walk through.
If the range is not the one you need, gradually raise the infrared head
F
and diminish the adjustment
G
.
Repeat the test until you obtain the desired range
H

.
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119RW89 ver. 1 05/2014