IKEA DÅTID Manual page 14

ENGLISH
those parts of the appliance containing the
control knobs.
Gas connection
1. Check the "gas type" sticker attached to
the hotplate. Details of the injector sizes
used are recorded on the data plate
located on the base of the appliance.
2. This appliance shall be installed
in accordance with installation
requirements of the local gas authority
of the appropriate installation code (AS/
NZS 5601).
3. Before installing the hotplate consider
the location of the gas supply and
routing the gas line. (Refer Fig. 1).
4. For ULPG models the gas supply for the
hotplate must be regulated to a pressure
of 2.75kPa. The gas inlet connection
fitting is ½" B.S.P female thread.
5. For NG models the gas supply is
connected to a regulator which is
supplied. The inlet connection has ½"
B.S.P female thread. IT IS ESSENTIAL
THAT THE ELBOW ON THE APPLIANCE
BE HELD FIRMLY WITH A SPANNER.
DO NOT OVER TIGHTEN. The regulated
pressure for NG is 1.00kPa.
6. A manual shut-off valve must be
installed in the gas line, in an accessible
position external to the hotplate, so that
in the event of an emergency or service,
the gas supply can be shutoff.
7. For gas inlet position of appliance refer
Fig. 2 for NG and fig.3 for ULPG. After
installing the gas supply and making
all connections check thoroughly for
Fig. 1
possible leaks. Turn all control knobs
on the unit to "OFF" position. Open the
valve on the gas supply. Using a soap
and water solution check each gas
connection one at a time, by brushing
the solution over connection. Presence
of bubbles will indicate a leak. Tighten
the fitting and re-check for leaks. If it is
not possible to correct the leak, replace
fitting. Under no circumstance use
matches or flame for checking leaks.
8. Turn on appliance gas cock and light
each burner. Check for a clear blue
flame without yellow tipping. If burners
shows any abnormalties check the
following:
- Burner cap on correctly
- Burner positioned correctly
- Burner vertically aligned with injector
nipple
9. In some cases the burners will fail to
Fig. 2
Fig. 3
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