Starting The Ebios-Fire - ebios-fire Quadra Inside Automatic I SL Installation And Operating Manual

Fig. 4
Take care not to pinch or damage the fuel lines or the power lead. Check
that the burner insert is horizontal and ensure that the circular cut-outs on
the burner housing (at the left and right of the long side) are unobstructed
and not covered over.
• Using a spirit level, please only check if the burner is horizontal while
the unit is cold.
• The height adjustment screws must be accessible at all times.
• The adjustment path of the height adjustment screws is limited. If no
satisfactory levelling is possible in this way, construction measures (e.g.
extra filling below the installation frame) must be employed to improve
the installation situation.
4. Remove the screw caps from the full ethanol canisters. Next, screw the
filling adapters on to the canister. The end of the line with the metal
intake nozzle should lie on the bottom of the canister, so that the canis-
ter can be completely emptied.
5. Connect the fuel intake lines to the filling adapters via the quick action
coupling. (Fig. 5)
Fig. 5
6. Place the glass panes supplied in the slots on the top. (Fig. 6)
Fig. 6
7. Plug the wall power supply into a socket outlet.

3.4.2 STARTING THE EBIOS-FIRE

1. Switch on at the socket outlet, or press the top button on the radio
remote control once (Fig. 8). To switch off, press the same button
again.
Fig. 8
2. Press the top button on the remote control (Fig. 9). To switch off, press
the same button again.
3. The red illuminated ring on the switch on the top of the burner lights
up. The burner then beeps twice briefly, then starts the filling process.
Initially, the ethanol collects in the middle of the burner channel where
it is ignited when the level is high enough. Wait until there is no further
pump action, and until the ignition interval ends.
• Never bend your head directly over the burner channel, especially
during the ignition phase.
• Remain at a safe distance of 1 metre until the appliance has ignited
the fuel.
GB 16
Fig. 9