In housing are installed:
1 – Power switch (On/Off)
2 –
LEDs
3 – Camera lens
4 –Power jack for battery charger
5 – Red filter
6 – Battery charge indicator.
1.4 Structure and functioning
1.4.1 Operating principle is based on the effect of the reverse flare. Device emits light and receives the reflect-
ed emission (including the reflected flares from spy cameras). Since the brightness of the reflected beam from
the camera lens is in several times higher than the reflections from other objects, then to determine the location
of a camera is quite simple.
1.4.2 The device runs under command of microcontroller with embedded software.
1.4.3. The device is powered by a battery. Charger plug in is made through a power jack (item 4, see Figure 2).
Polarity of power jack is shown in Figure 3.
Figure 3 – Polarity of jack for battery charger.
Note!
The battery is designed for lifetime work of the device and does not require any replacement during op-
eration.
2.
INTENDED USE
2.1 Operating restrictions
2.1.1 Do not point the working device into yours or someone’s eyes.
2.1.2 Before using, the device should be kept at room temperature for two hours after storing in a cold room
or transporting in wintertime
.
2.2 Device usage
WARNING! It is necessary to charge the battery fully before the first use of the device. The charger is
supplied.
2.2.1 Move the power switch (item 1) to ON position. After device is turned on, the LED starts to flash with
a certain frequency determined by a control program.
At the same time, the green LED will light on the back pan-
el of the device.
2.2.2. You have to observe the potential location of spy cams through the lens (recommendations can be
found in § 2.3). In a place where a camera is installed, you will see bright pulsating points. They are the reverse
flares of the camera lens (see Figure 4). Upon detection of flaring spot, inspect this place closely and identify the
source of the flare.
