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There is a risk of children or animals swallowing them.
Consult a doctor immediately if a battery is swallowed.
use batteries could explode during charging.
fire hazard or explode.
Chemical fluids that damage the product may leak out of
outdated or used rechargeable batteries. Remove, there-
fore, the rechargeable battery when the lamp is not re-
quired for any length of time.
burns; you should therefore wear suitable protective
gloves at all times if such an event occurs.
Only use rechargeable batteries of the right size and of
the recommended type (see section on "Technical data").
Ensure correct polarity. This is indicated in the battery
compartment for the rechargeable battery.
Functioning
The solar cell installed in the article converts sunlight into elec-
trical energy and stores it in 1 Ni-MH battery. Switches on the
light as it begins to get dark. The in-built light-emitting diodes
are a very long-life and energy-saving light source. The light du-
ration depends on the amount of sunlight, the angle of light on
the solar cell and the temperature (the battery capacity is tem-
perature-dependent). A vertical angle of light at temperatures
above the freezing point is ideal. The battery does not achieve
maximum capacity until after several charge and discharge
cycles.
Preparing for use
Installing the light
Install the light in accordance with Figures A, C, D:
1. Rotate the solar cell housing
lamp shade
8
GB/IE
CAUTION! DANGER OF EXPLOSION!
Use only rechargeable batteries of the recom-
mended type. Other rechargeable or single-
FIRE HAZARD! Do not allow rechargeable
batteries to short-circuit. Otherwise the re-
chargeable batteries may overheat, become a
RISK OF EXPLOSION! Never throw
rechargeable batteries into fire or water.
WEAR PROTECTIVE GLOVES! If they come
into contact with skin, leaked or damaged re-
chargeable batteries could cause chemical
(see Fig. A).
2
anticlockwise out of the
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