User manual

54
DTR CZ SK SLO RO P PL LT LV EST GR RUS FIN DK SNEINLFGBH
Gutkes GmbH
Rehkamp 13
30853 Langenhagen
Germany
Fax: [phone]
www.gev.de
[e-mail]
Technical information
Field of detection 140°
Range approx. 10 m, depending on the installation height
Time setting set to approx. 10 seconds after the last movement
is detected
Twilight switch approx. 3 - 1,000 lux, infi nitely variable
Lamp power 1 x 3 W LED, maintenance-free
Light colour 4,500 K to 6,000 K
Colour rendering index Ra 74
Protection type IP44
Protection class III
Recommended installation height 1.8 m
LED fl oodlight LPL 14817/LPL 14831, solar-powered
Operating voltage 4.8 V
Luminous fl ux 120 lumens
Luminous fl ux 100 lumens
Rechargeable batteries 4.8 V, NiMh, 1,800 mAh (included)
Light duration
(with fully-charged batteries) approx. 105 days if switched on fi ve times daily
Solar module dimensions W 120 x H 195 x D 67 mm
Dimensions LPL 14817 W 70 x H 170 x D 120 mm
Dimensions LPL 14831 W 70 x H 210 x D 120 mm
LED fl oodlight LLL 14800, battery-powered
Operating voltage 6.0 V
Luminous fl ux 140 lumens
Batteries 4 x 1.5 V, C type (LR14)
Light duration (with new branded batteries) approx. 570 days if switched on fi ve times daily
Dimensions W 70 x H 170 x D 120 mm
Technical and design features may be subject to change without notice.
LED fl oodlight/lamp with motion detector
Battery and rechargeable battery
information
Only operate the solar-powered LED fl oodlight
with a 4.8 V NiMh 1,800 mAh rechargeable
battery.
Do not dispose of used batteries with
unsorted household waste. You are
required by law to return all used batteries.
These can be returned free-of-charge to
the place of sale. Batteries contain substances
that are harmful to the environment and to
human health and must therefore be disposed
of correctly.
Recycling instructions
Do not dispose of this device with unsorted
household waste. Owners are required
by law to correctly dispose of their old
devices. Contact your local town council
for further information.
Condition Result
Shaded positions reduce battery charging Reduced LED light duration
There is less sunlight during the winter months
than in the summer
Reduced LED light duration
Dirt, foliage or snow on the solar panels reduce
the charging rate
Reduced LED light duration
Cold temperatures reduce battery
performance
Reduced LED light duration
Special notice for solar-powered lights (LED fl oodlight LPL 14817/LPL 14831)
By purchasing this item, you have chosen a
high-quality GEV product. Please read these
operating instructions carefully to ensure
correct operation. Keep these instructions
in a safe place so that you can refer back to
them if necessary.
Operation
The LED fl oodlight with motion detector
functions using passive infrared technology.
If the motion detector’s PIR sensor detects a
moving heat source in its fi eld of detection, it
switches on automatically. Static heat sources
do not activate the motion detector. The
adjustable twilight switch can be set to ensure
that the motion detector will operate either
during the day and night or only when it is dark.
When the device is in motion detector mode,
the LED fl oodlight switches on the LED when
movement is detected and switches it o 10
seconds after the last movement is detected.
When the device is in monitoring mode, the LED
starts to fl ash when movement is detected and
switches o 10 seconds after the last movement
is detected.
LED fl oodlight LPL 14817/LPL 14831,
solar-powered
The solar panel recharges the in-built
rechargeable battery during the day.
Safety instructions
Under no circumstances does the
warranty cover damage resulting from
failure to observe these instructions.
Nor do we accept liability for any
indirect damage. Similarly, we can accept no
liability for any material damage or bodily injury
caused by mishandling or failure to observe
the safety instructions. No warranty claim may
be made in these cases. In addition, for safety
and compliance reasons, you are not authorised
to dismantle or alter the device in any way. If in
any doubt, rather than mounting, connecting
and installing the equipment yourself, contact a
qualifi ed technician.
Solar module mounting position/
installation
(LED fl oodlight LPL 14817/LPL 14831, solar-
powered)
Choose a suitable outdoor position before
installing the solar module. During the day, check
that there is enough natural light to recharge the
batteries. Do not place the solar module behind
glass, as this fi lters out the infrared light required
to charge the batteries. Please observe the
length of the cable connecting the module to the
LED fl oodlight. The cable cannot be extended.
Mount the solar module as shown in Fig. A.
Adjust the solar module to ensure that it is in an
optimum position for capturing sunlight (Fig. B).
LED fl oodlight mounting position
Motion detection is maximised when moving at
an angle to the motion detector.
LED fl oodlight installation
Mount the LED fl oodlight as shown in Fig. C.
LED fl oodlight LPL 14817/ LPL 14831,
solar-powered
Connect the battery pack plug to the LED
fl oodlight socket (Fig. D1) and place the fl oodlight
on the wall connection plate (Fig. E). Insert the
solar panel plug into the LED fl oodlight socket
(Fig. E1).
LED fl oodlight LLL 14800, battery-powered
Insert four 1.5 V C type batteries (LR14), taking
care to install them correctly (Fig. D2), and place
the LED fl oodlight on the wall connection plate
(Fig. E).
Activation
LED fl oodlight LPL 14817/ LPL 14831,
solar-powered
You must charge the battery before using the
device for the fi rst time. Switch o the LED
fl oodlight (see settings) and let the battery
charge up in the sunlight for two days.
Settings
LUX twilight switch approx. 3 to 1,000 lux
(Fig. G).
Operation selector switch (Fig. F).
F1 = OFF
F2 = motion detector mode (LED is switched
on when movement is detected)
F3 = monitoring mode (LED fl ashes when
movement is detected)
The motion detector can be adjusted horizontally
(Fig. H). You can also restrict the angle of
detection and the range by attaching a lens
mask, which can be cut to size.
Adjust the LED fl oodlight to the required position
(Fig. I).