Bedienungsanleitung Toyotomi Satori STN-STG-924R32 (Seite 7 von 140) (Englisch, Italienisch, Spanisch)

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 The fan of indoor unit will not start running immediately after the heating is started to avoid blowing out cold air.

 When it is cold and wet outside, the outdoor unit will develop frost over the heat exchanger which will decrease the

heating capacity. Then the air conditioner will start defrost function.

 During defrost, the air conditioner will stop heating for about 5-12 minutes.

 Vapor may come out from the outdoor unit during defrost. This is not a malfunction, but a result of fast defrost.

 Heating will resume after defrost is complete.

NOTES FOR TURNING OFF THE AIR CONDITIONER

 When the air conditioner is turned off, the main controller will automatically decide whether to stop immediately or

after running for several seconds with lower frequency and lower air speed.

EMERGENCY OPERATION

 If the remote controller is broken or lost, use emergency switch button to operate

the air conditioner.

 If this button is pushed when unit is OFF, the air conditioner will operate in AUTO

mode.

 If this button is pushed when unit is ON, the air conditioner will stop running.

ADJUSTMENT OF AIR FLOW DIRECTION

 Use U/D SWING up-down swing and L/R SWING left-right swing buttons on the

remote controller to adjust the air flow direction.

 For the models without L/R SWING left-right swing function, the fins has to be

moved manually.

Note: Move the fins while the air conditioner is not in operation, or your fingers might be

insured, and unit can also be damaged.

Never place your hands into the air inlet or outlet when the air conditioner is in operation.

PAY ATTENTION

 Open front panel of indoor unit.

 The connector must not touch the terminal board, and is positioned as shown in Fig.

CLEAN AND MAINTENANCE

CLEANING THE INDOOR UNIT

1. Turn off the unit and cut off the power supply. Wait after that at least 5 minutes before you start cleaning of the unit

otherwise there might be the risk of electric shock.

2. Clean the indoor unit (only the outside plastic parts) with dry or damp soft cloth in cold water. Do not spray or spill the

unit in order to clean it.

3. Clean air filters regularly, in order to avoid accumulation of dust that might affect the good performance of the air

conditioner. After removing the air filters, do not touch the metallic parts. It might cause injury.

4. Do not use water which temperature that exceeds 40oC to clean the front panel. Otherwise it may cause deformation

or discoloration.

5. Do not use liquids, hard detergents, thinner, gasoline or any other chemical product for cleaning. Otherwise plastic

parts of the air conditioner might be damaged or even cause electric shock.

CLEANING THE AIR FILTERS

 Remove pre-filters and heathy filters

 Use both hands to open the front panel for an angle from both ends of the panel in accordance with the direction of

the arrow, until it clamps in a certain position. Lift gently the pre-filters until they unclench, release them from the slot

and remove them.

Refrigerant leakage contributes to climate change. Refrigerant with lower

global warming potential (GWP) would contribute less to global warming than

a refrigerant with higher GWP if leaked to the atmosphere. This appliance

contains a refrigerant fluid with a GWP equal to [675]. This means that if 1 kg

of this refrigerant fluid would be leaked to the atmosphere the impact on global

warming would be [675] times higher than 1 kg of CO2 over a period of 100

years. Never try to interfere with the refrigerant circuit yourself or disassemble

the product yourself. These tasks should be carried only by licensed

authorized technician.

Ensure no following objects are under the indoor unit:



Microwaves, ovens and other hot objects.



Computers and other high electrostatic appliances.



Sockets that plug frequently.

The joints between indoor and outdoor unit shall not be reused, unless after re-flaring the

pipe.

The specifications of the fuse are printed on the circuit board, such as: 3.15A/250V AC, etc.

If your air conditioner is not fitted with a supply cord and a plug, an anti-explosion all-pole

switch must be installed in the fixed wiring and the distance between contacts should be no

less than 2.5 mm.

If your air conditioner is permanently connected to the fixed wiring, an anti-explosion

residual current device (RCD) having rated residual operating current not exceeding 30 mA

should be installed in the fixed wiring.

Power supply circuit should have leakage protector and air switch of which the capacity

should be more than 1.5 times of the maximum current.

USEFUL TIPS

Conditions where the Air Conditioner might not run normally

Cooling

Outdoor

>43oC (Apply to T1)

>52oC (Apply to T3)

Indoor

<18oC

Heating

Outdoor

>24oC

<-7oC

Indoor

>27oC

 When temperature is too high, the air conditioner may activate the automatic protection device, so that the air

conditioner could be shut down.

 When temperature is too low, heat exchanger of the air conditioner may freeze, leading to water dripping or another

malfunction.

 In long-term cooling or dehumidification with a relative humidity of above 80% (doors and windows open), there might

be water condenses or dripping near the air outlet.

 T1 and T3 refer to ISO 5151.

NOTES FOR HEATING

Toyotomi Satori STN-STG-924R32 Seite 7

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