|
Review ratings
|
|
DAX ASW-H09A4/SPR1
Rating: 0
Number of votes: 0
|
|
|
Workmanship
Relevant cost
Serviceability
|
|
Tech specifications and characteristics
General characteristics
Type: wall split-system;
The main modes: cooling / heating;
Power in cooling mode: 2310 W;
Power in heating mode: 2700 W;
Power consumption for heating: 800 W;
Power consumption at cooling: 800 W;
Fresh air mode: no;
Additional modes: ventilation mode (without heating and cooling), auto mode, self-diagnostics of malfunctions;
Dry mode: yes;
Management
Remote control: yes;
On/off timer: yes;
Dimensions
The outdoor unit of the split-system or window air conditioner (WxHxD): no data;
Total
Noise level (min/max): no data / 38 dB;
Refrigerant type: R 410A;
Phase: single-phase;
Fan speed: yes;
Other features: generator anions, ability to adjust the air flow direction memory function settings;
|
|
Product photography
DAX ASW-H09A4/SPR1 pictures
More pictures
|
|
|
Popular today
 | | - wall split-system
- only air cooling mode
- ventilation mode
- automatic maintenance of temperature
- optimum mode of work in the night time
- dehumidification of the air at high humidity
- control console
|
 | | - wall split-system
- heating and cooling air
- ventilation mode
- automatic maintenance of temperature
- optimum mode of work in the night time
- dehumidification of the air at high humidity
- control console
|
 | | - mobile monoblock
- only air cooling mode
- control console
- area conditioning 24 sq. m
|
Similar Air conditioners
|
|
Brief specs
- wall split-system
- heating and cooling air
- ventilation mode
- automatic maintenance of temperature
- optimum mode of work in the night time
- dehumidification of the air at high humidity
- control console
|
|
|
Brief specs
- wall split-system
- heating and cooling air
- ventilation mode
- automatic maintenance of temperature
- the optimum mode of work in the night time
- dehumidification at high humidity
- operation via
|
|
|
Brief specs
- wall split-system
- heating and cooling air
- ventilation mode
- automatic maintenance of temperature
- the optimum mode of work in the night time
- dehumidification at high humidity
- operation via
|
|
