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| Model |
GU- |
18HRT/AU |
24HRT/AU |
36HRT/AU |
48HRT/AU |
60HRT/AU |
| Capacity |
kW |
Cooling |
5,30 |
7,00 |
10,50 |
14,08 |
17,60 |
| Heating |
5,80 |
7,74 |
12,50 |
14,70 |
19,30 |
| EER |
Cooling |
2,91 |
2,83 |
2,81 |
2,79 |
2,77 |
| COP |
Heating |
3,12 |
3,00 |
2,97 |
2,89 |
2,90 |
| Rated current |
A |
Cooling |
6,70 |
6,00 |
6,70 |
8,90 |
10,20 |
| Heating |
6,60 |
6,50 |
7,00 |
9,20 |
10,40 |
| Rated input |
kW |
Cooling |
1,82 |
2,51 |
3,74 |
5,02 |
5,78 |
| Heating |
1,86 |
2,58 |
3,91 |
5,35 |
6,20 |
| Noise level(min./nom./max.) |
dB(A) |
Int. unit |
38/40/42 |
42/44/46 |
45/47/49 |
48/50/52 |
49/51/53 |
| Ext. unit |
56 |
58 |
62 |
62 |
63 |
| Net Weight |
kg |
Int. unit |
23 |
34 |
45 |
56 |
70 |
| Ext. unit |
50 |
64 |
80 |
85 |
110 |
| Air flow volume |
m³/h |
750 |
1200 |
1700 |
2200 |
2600 |
| Dehumidifying |
L/h |
2,55 |
2,93 |
3,88 |
4,50 |
5,20 |
| Refrigerant volume |
g |
R410A |
1800 |
1800 |
2800 |
3300 |
3800 |
| Piping diameter |
inches |
Liquid |
1/4" |
3/8" |
3/8" |
3/8" |
3/8" |
| Gas |
1/2" |
5/8" |
3/4" |
3/4" |
3/4" |
| Max piping lenght |
m |
25 |
20 |
30 |
50 |
50 |
Max difference in
level above ground |
m |
10 |
20 |
30 |
30 |
30 |
| Max number of bends |
|
15 |
15 |
15 |
15 |
15 |
| Operating temperature |
°C |
-7 ÷ +43 |
-7 ÷ +43 |
-7 ÷ +43 |
-7 ÷ +43 |
-7 ÷ +43 |
| Power supply |
V/Hz |
230/50 |
230/50 |
380/50 |
380/50 |
380/50 |
| Dimensions - Int. unit |
mm |
W |
570 |
1010 |
1310 |
1610 |
1910 |
| H |
255 |
630 |
630 |
630 |
630 |
| B |
570 |
240 |
240 |
240 |
240 |
| Dimensions - Ext. unit |
mm |
W |
800 |
845 |
880 |
970 |
973 |
| H |
670 |
680 |
790 |
928 |
1239 |
| B |
300 |
310 |
360 |
345 |
350 |
HEATING
Heating is carried out by heat pump. The indoor unit delivers heat absorbed by the outdoor unit from ambient air.
COOLING
The basic function of every A/C unit. The indoor unit removes heat from the room and transfer is to the outdoor unit for dissipation by means of the refrigerant.
FAN
An operating mode where the indoor unit works solely as fan, i.e. without the outdoor unit. Only the indoor unit fan works.
AUTO
An operating mode in which the unit maintains a pre-set temperature, using the Heating or Cooling functions.
DC INVERTER
Direct current inverter compressors are more energy efficient than traditional alternating current compressors (AC INVERTER). DC INVERTER units equipped with modern microprocessors are capable of quickly and efficiently reaching a pre-set room temperature. They represent a new development in the AC technology.
AUTORESTART
A function enabling recovery to pre-set operating mode and temperatures after temporary or prolonged power failure. The unit remembers its operating parameters and returns to them when power supply is returned.
REMOTE CONTROL
Remote control enables control of the system from a distance away from the indoor unit. The remote has a display showing current operating mode, temperature and other operating parameters.
SLEEP
With this function, it is possible to use the system at night, when noise level from the indoor unit is important. The indoor unit’s fan operates at lowest speed possible.
TIMER
Automatic start or stop of the unit after lapse of a certain period of time. Set from the remote control.
SWING
Function enabling even distribution of cold or hot air stream through movable louvers. Inside air is heated or cooled evenly.
PUMP
The pump automatically removes condensate. An additional condensate pump is not required.
CONDENSATE TANK
Condensate is collected in a special tank. The tank is protected from over-filling to prevent flooding of the unit.
HOT AIR REMOVAL (HAR)
Hot air is removed by means of installation set comprising flexible duct and special fittings.
MULTI
A system combining one outdoor unit with several (up to 4) indoor units. The indoor units can be of any type (wall-mounted, ceiling-mounted or duct-type).
TURBO
This function helps reach the required temperature within the shortest time possible.
DUALSPLIT
A system combining one outdoor unit two indoor units.
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