4
ArtNo.311-0002 Pan with rim
Hotplate Burners
The drawing by each of the central knobs indicates which
burner that knob controls.
Each burner has a Flame Supervision Device (FSD) that
prevents the flow of gas if the flame goes out.
When the igniter button is pressed in, sparks will be
made at every burner – this is normal. Do not attempt to
disassemble or clean around any burner while another
burner is on, otherwise an electric shock could result.
To light a burner, press the igniter button, and push in and
turn the associated control knob to the high position as
indicated by the large flame symbol (
),
(Fig.2-3)
.
The igniter should spark and light the gas. Keep holding the
knob pressed in to let the gas through to the burner for about
ten seconds.
If, when you let go of the control knob, the burner goes out,
then the FSD has not been bypassed. Turn the control knob
to the OFF position and wait for one minute before you try
again, this time making sure to hold in the control knob for
slightly longer.
Adjust the flame height to suit by turning the knob counter-
clockwise
(Fig.2-4)
.
If a burner flame goes out, turn off the control knob and
leave it for one minute before relighting it.
Make sure that the flames are under the pans. Using a lid will
help the contents boil more quickly
(Fig.2-5)
.
Large pans should be spaced well apart.
Pans and kettles with concave bases or down-turned base
rims should not be used
(Fig.2-6)
.
Simmering aids, such as asbestos or mesh mats, are
NOT recommended
(Fig.2-7)
. They will reduce burner
performance and could damage the pan supports.
You should also avoid using unstable and misshapen pans
that may tilt easily, and pans with a very small base diameter,
e.g. milk pans, single egg poachers
(Fig.2-8)
.
The minimum recommended pan diameter is 120 mm. The
maximum allowable pan base diameter is 260 mm.
DO NOT use cooking vessels on the hotplate that overlap the
edges.
Fig.2-5
ArtNo.311-0001 Right pans gas
Fig.2-4
Fig.2-3
Art No. 311-0003 Simmer aids
Fig.2-6
ArtNo.311-0004 Tipping wok
Fig.2-7
Fig.2-8
