Gardigo MARDER-SCHOCK PLUS Manual De Instrucciones página 13

• A direct contact between the „plus" and „minus" modules or with the chassis of the
car can result in a short-circuit and the destruction of the device.
• Flashovers from the modules to parts of the car electronics cannot happen as the vol-
tage of 400 +/– 50 Volt can only create a spark of 0,7 mm length. A distance of 5 mm
to all other electronic components will eliminate any potential danger of damage.
High Voltage! Please install the included yellow warning stickers by placing
them in locations that are seen immediately when opening the bonnet.
• Install the fuse and start the device by pressing the On/Off button. The red [ ] and
white [ ] LED will light up, if the device is installed correctly.
• The red LED 1 will flash every 22 seconds and when the ultrasonic frequencies activa-
ted. The white LED [ ] will flash 3 – 4 times if an intruder has triggered the system by
touching the high volt modules. This is an additional deterrent against the marten.
Note: If the voltage of the car battery goes below 11 V, the Marder Shock Plus will au-
tomatically switch itself off. This will save the battery from total discharge. When the
„Car-Battery-Controll" (CPC) is activated, the device will offer no protection against an
intruder. As soon as the voltage of the car battery goes above 12 V, the device will auto-
matically be activated again.
Danger High Voltage! Before servicing your engine compartment it is re-
commended to detach the device from the battery or to switch it off with
the On/Off switch. Please wait at least three minutes for the high voltage
automatically reduce itself.
6. Specifications
• Power supply: 12 V DC (car battery)
• Power consumption: 30 mA/0,42 W
• Fuse: 1 A
• Sound Pressure: ca. 85 dB
• Frequency response:. 12 – 24 kHz +/– 10 %
• Number of modules: 4 x 2 pcs
• High-voltage: 400 V DC +/– 50 V DC
• LED-Flash: 33
• Protection code: IP65
• Working temperature: –30 °C to +50 °C, ≤ 90 % R.H.
• Storage temperature: –30 °C to +50 °C, ≤ 90 % R.H.
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