Hyundai Basiq NATIVE HV21 [8/32] Operation

Electric convector

WARNING!

The power outlet should be rated at least 10A for models with a maximum

capacity of up to 2000 W and at least 12 A for models with a maximum

capacity of 2500 watt

5. OPERATION

ATTENTION!

In order to increase the operational life of the convector is recom-

mended to note the order unit is switched o. Shutting down the output

without pre-cooling of the heating elements can cause overheating and

premature failure.

1. Inclusion

1.1 Connect the convector to the mains by inserting the plug into the outlet.

2. Selecting the heating power

2.1 Turn the knob in the heating mode position «I» to select low power heating.

2.2 Turn the selector knob to position the heating mode «II» to select the average heating power.

2.3 Turn the selector knob to position the heating mode «III» to select a high heating power.

3. Setting the temperature

3.1 Turn the thermostat knob clockwise until it stops. When the room temperature reaches the de-

sired level, turn the thermostat knob counter-clockwise to turn o the meter. Now the thermostat

will maintain the set temperature, periodically enabling and disabling convector.

4. Shutdown

4.1 Set the mode switch «OFF» and disconnect the appliance from the mains.

1. Thermostat knob

2. Two-key power switch

Turn ON

Connect the convector to the circuit by inserting the plug

of the power cord into the power socket,

and set the switch key to the “I” position.

Selection of the heating mode

Set the switch key to the “I” position to select a low heating

power.

Set another switch key to the “I” position to select the high

power heating.

Temperature set

Turn the thermostat knob clockwise until it stops. When the room temperature

reach the desired level, turn the thermostat knob counter-clockwise until the device switches o.

Now the thermostat will maintain the set temperature,

periodically switching on and o the convector.

Turn OFF

Set the switch key to the “O” position and disconnect the convector from the circuit.

Fig. 5