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4
5.2.
LOW HEAT OUTPUT
The heat output of the appliance can be reduced by
closing the air slide which will restrict the oxygen supplied
to the fire and slow down the rate at which the wood
burns.
This setting provides the best energy efficiency as the
wood burns for longer. However, if not operated correctly
it may worsen emissions.
Prior to closing the air slide, ensure that the fire is burning
briskly. This may require opening the air slide fully for
5-10mins before shutting down.
For the optimum between clean burning and getting the
best in efficiency, from the fully closed position, open the
air slide 4-5mm.
The air slide can be adjusted to any position depending
on desired heat output versus burn time.
Fan may be turned to low speed setting or off if the heater
is putting out sufficient heat without the fan on.
5.3.
RELOAD WITH MORE WOOD
1.
Open air slide before opening door.
2.
Rake / break up any existing coals.
3.
Load the wood with the length orientated front to
back.
4.
Better results will be achieved by loading several
smaller pieces of wood rather than one large
piece.
5.
Close door with air slide fully open, and leave for
minimum of 10 minutes to allow the fresh wood to
catch.
6.
After 10 or more minutes, the air slide can be
adjusted to the desired heat output setting.
6.
BURNING TIPS
6.1.
FUEL QUALITY
Use wood with a moisture content of less than 20%. Logs
should not feel moist/damp, or have moss/fungal growths.
Symptoms related to wet wood:
•
Difficulty starting and keeping a fire burning well.
•
Smoke and only small flames.
•
Dirty glass and/or fire bricks.
•
Rapid creosote build-up in the flue/chimney.
•
Low heat output.
•
Short burn times, and blue/grey smoke from the
flue/chimney outlet.
Run appliance at high heat output for a short period each
day to avoid large build-up of tars and creosote within the
appliance and flue.
6.2.
FLUE DRAUGHT
The flue has two main functions:
1.
To safely remove smoke, gases and fumes from
the appliance.
2.
To provide a sufficient amount of draught (suction)
in the appliance to ensure the fire keeps burning.
Draught is caused by the rising hot air in the flue when
the fire has been lit. The position, height and size of the
flue can affect the performance of the flue draught. Refer
to installation guide for details on flue installation.
Factors affecting the flue draught include:
•
Insufficient flue height
•
Trees or other buildings nearby causing turbulence
•
High and gusty winds
•
Outside temperature and weather conditions
•
Blocked flue
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