Fig. 1
3
4
1
2
Electrical connection
This heater must be used on an
A.C.~
supply only and the voltage
marked on the heater must correspond to the supply voltage. This
heater is fitted with a plug incorporating a 13 amp fuse. When
replacing the fuse, a 13 amp fuse approved by ASTA to BS 1362
must be used.
If the plug is not suitable for the socket outlets in your home, the
plug must be cut off and an appropriate one fitted. A plug cut off
from a mains lead will give a shock hazard if inserted into a 13
amp socket elsewhere in the house. To avoid this, it should be
disposed of immediately.
NOTE: The fuse cover of a non-rewirable plug must be refitted
when changing the fuse. Should the cover become lost, the plug
must not be used until the correct replacement fuse cover is
obtained from your supplier or by contacting our customer helpline.
IMPORTANT :
The wires in this mains lead are coloured in
accordance with the following code :
BLUE :
NEUTRAL
BROWN :
LIVE
As the colours of the wires in the mains lead may not correspond
with the coloured markings in your plug, proceed as follows :
Connect the
BROWN
wire to the terminal marked ‘
L
’ or coloured
RED
. Connect the
BLUE
wire to the terminal marked ‘
N
’ or
coloured
BLACK
.
Note :
‘
L
’ or ‘
N
’ must not be connected to
the
EARTH
terminal marked ‘
E
’ or ‘
’ or coloured
GREEN
or
GREEN AND YELLOW
.
If in doubt, consult your electrician.
Using the Heater
Main Elements
-
See Fig 1.
Heat Control
- see Fig. 1.2
Thermostat Control -
see Fig. 1.3
The heat output is controlled by the
thermostat, according to the room
temperature.
Turn the thermostat knob fully
clockwise to maximum setting initially.
When the room is warm enough,
reduce the setting slowly until the
heater just clicks off.
The heater will now cycle on and off to maintain your
selected room temperature. An audible click may be heard
when the thermostat operates - this is normal.
Note :
If the heater does not come on when the thermostat is
at a low setting, this is normally because the room is warmer
than the thermostat setting and is not a fault.
* When the heat control is set to ‘
’ for cool blow, set the
thermostat control to maximum.
Position ‘
’ will turn the heater on and off to maintain a
temperature of approximately 5°C.
Safety - overheat protection
For your safety, this appliance is fitted with a thermal cut-out.
In the event that the product overheats, the cut-out switches
the heater off automatically. To bring the heater back into
operation, remove the cause of overheating, then turn off
the electrical supply to the heater for a few minutes.
When the heater has cooled sufficiently reconnect and
switch on the heater.
If the cut-out operates repeatedly, contact your supplier.
Cleaning
WARNING ALWAYS DISCONNECT FROM THE POWER
SUPPLY BEFORE CLEANING THE HEATER.
Do not use detergents, abrasive cleaning powders or polish
of any kind on the heater.
Wipe with a dry cloth to remove dust and a damp cloth (not
wet) to clean off stains. Be careful not to allow moisture
into the heater.
Ensure that dust or fluff does not accumulate inside the
heater as this could lead to overheating of the element.
Use a vacuum cleaner to remove any fluff which does
accumulate.
Recycling
For electrical products sold within the
European Community.
At the end of the electrical products useful life
it should not be disposed of with household
waste. Please recycle where facilities exist.
Check with your Local Authority or retailer
for recycling advice in your country.
Model Identifier(s):
DEUF2
Heat output
Nominal heat output
Pnom
2.0
kW
Minimum heat output (indicative)
Pmin
0.8
kW
Maximum continuous heat output Pmax,c
2.0
kW
Auxiliary electricity Consumption
At nominal heat output
elmax
0.0
kW
At minimum heat output
elmin
0.0
kW
In standby mode
elSB
0.0
kW
Type of heat output/ room temperature control
Mechanical thermostat room temperature control
Yes
Contact details
GDHV
Millbrook House, Grange Drive, Hedge
End, Southampton.
SO30 2DF
1. Power Indicator Light
2. Thermostat Control Knob
3. Switch Knob
4. Air Outlet
- Off
- Cool Blow*
- Half Heat
- Full Heat
Fig. 1.2
Fig. 1.3
*
