DeDietrich DPE7610 Series, Руководство по установке и использованию

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USE
2.1 - SWITCHING ON THE GAS
BURNERS
The gas burners operate safely due to
a metal tab right next to the flame.
Each burner is controlled by a tap fitted
with a safety system which, if the flame
accidentally goes out (spills, draughts,
etc.) the gas inlet is quickly and
automatically switched off and gas is
prevented from escaping.
Each burner is supplied from a tap,
which is opened by pressing and
turning the knob anti-clockwise.
The “O” point corresponds to the tap
being off.
o
Choose the desired burner by
using the symbols located near the
knobs (e.g.: right rear burner
)
(2.1.1).
o
To light a burner:
• Press the knob and turn fully
anti-clockwise .
• Holding the knob pressed will cause
a series of sparks until the gas lights.
• Adjust the setting by turning to
between the symbol
and symbol .
If the flame goes out, light it again
normally, following the lighting
instructions.
The burner flames are smaller near the
grid supports to protect the enameled
grid.
The noise made by some burners is
the result of their high power and
burning gas; this in no way adversely
affects cooking quality.
If the flow is interrupted, place a match
close to the previously lit burner.
Hold the knob pushed in fully for a
few seconds after the flame appears,
so as to trigger the safety system.
- Adjust the ring of flames so that it
does not overflow the edge of the pan
(2.1.2).
- Do not use a pan with a concave or
convex bottom (2.1.2).
- Do not use pans that partly cover the
knobs (2.1.3).
- Do not leave the gas on under an
empty pan.
Keep all natural air-vents in the
room open or have a mechanical
ventilation
system installed (a
mechanically ventilated hood).
Prolonged, intensive use of the hob
may
require extra ventilation, for
example, by opening a window, for
example, or more efficient ventilation
by increasing the level of
mechanical ventilation, where fitted (a
minimum air input of 2 m3 per hr per
kW of gas power is required).
Example: 60 cm - 4 gas burners.
Total power:
1.5+ 2.25 + 3.1 + 0.85 = 7.7 kW
7.7 kW x 2 = 15.4 m3 per hr minimum
flow.
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