GB
►1.2.12. Never use the generator in
frequently inhabited rooms, or in the
bedroom.
►1.2.13. Never block the air vent (rear
side) or the air outlet (front side) of the
generator.
►1.2.14. When the generator is hot or
connected to the mains electricity or
functioning, it must never be moved,
handled, topped-up or subject to any
maintenance interventions.
►1.2.15. Do not duct the air entering or
exiting the generator.
►1.2.16. Keep the hot parts of the
generator at an adequate distance from
infl ammable or termolabile materials
(including the power supply cable).
►1.2.17. If the power supply cable is
damaged, it must be replaced by the
technical after-sales centre, in order to
prevent all risks.
2. UNPACKING
►I°. Remove all packaging materials used to
wrap and deliver the generator and dispose
of them in compliance with the Standards
in force.
►II°. Extract all articles from the packaging.
►III°. Control for any damage undergone
during transport. If the generator appears
damaged, inform the dealer, where the
purchase was made, immediately.
3. ASSEMBLY (29-44 kW)
(SEE FIG. 1) These models have wheels
and handle/s depending on the model. These
components, complete with relative nuts and
bolts, are situated in the generator box.
4. FUEL
WARNING: The generator only functions
with DIESEL or KEROSENE.
Only use diesel or kerosene, to prevent the
risk of fi re or explosion. Never use petrol,
naphtha, solvents for paints, alcohol or other
highly infl ammable fuels.
Use non-toxic anti-freeze additives in the
case of very low temperatures.
5. FUNCTIONING
PRINCIPLES
(SEE FIG. 2)
A. Combustion chamber and heads, B. Fan,
C. Motor, D. Compressor, E. Tank.
The compressor (D) started by the motor
(C) compresses the air, which through the
atomising nozzle, sucks up the fuel from the
tank (E) due to the “VENTURI EFFECT”.
On contact with the igniter, the atomised fuel
ignites inside the combustion chamber (A).
The combustion products are mixed with the
fl ow of room air generated by the rotation of
the fan (B) and pushed towards the outside of
the generator. A photoresistance, connected
to a circuit board, constantly checks the
correct functioning of the generator, stopping
the cycle in the event of anomalies.
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