| Air
Conditioning - domestic - |
please
click on top menu for sub categories |
| Wallstar
(Mono-Split) |
(click
to enlarge) |
 |
•
Wall mounted split heat pump systems with remote control
• Corrosion proof A.S.A. engineering plastic outside unit |
(Available in R22 and R407C environment friendly refrigerant)
|
Model
|
|
Wallstar
1800 PN
|
|
Wallstar
2300 PN
|
|
Wallstar
2700 PN
|
|
Wallstar
3300 PN
|
|
Wallstar
4400 PN
|
|
|
Cooling
Capacity
|
|
1.85kW
|
6360
BTU/h
|
|
2.30kW
|
7920
BTU/h
|
|
2.80kW
|
9640
BTU/h
|
|
3.42kW
|
11764
BTU/h
|
|
4.14kW
|
14240
BTU/h
|
|
|
Heating
Capacity
|
|
1.91kW
|
6520
BTU/h
|
|
2.40kW
|
8190
BTU/h
|
|
2.99kW
|
10205
BTU/h
|
|
3.56kW
|
12150
BTU/h
|
|
4.41kW
|
15050
BTU/h
|
|
Optional: Condensation-water automatic drain
pump for all models, where gravity drain is not an option.
| Sayonara
Plus (Mono-Split) |
(click
to enlarge) |
 |
•
Wall mounted split heat pump systems with remote control
• Galvanised epoxy powder coated outside unit |
(Available in R22 and R407C environment friendly refrigerant)
|
Model
|
|
Sayonara
plus 80PN
|
|
Sayonara
plus 95PN
|
|
Sayonara
plus 120PN
|
|
Sayonara
plus 140PN
|
|
Sayonara
plus 190PN
|
|
Sayonara
plus 250PN
|
|
|
Cooling
Capacity
|
|
2.30kW
|
7920
BTU/h
|
|
2.80kW
|
9640
BTU/h
|
|
3.42kW
|
11764
BTU/h
|
|
4.14kW
|
14240
BTU/h
|
|
5.80kW
|
19800
BTU/h
|
|
7.55kW
|
25800
BTU/h
|
|
|
Heating
Capacity
|
|
2.40kW
|
8190
BTU/h
|
|
2.99kW
|
10205
BTU/h
|
|
3.56kW
|
12150
BTU/h
|
|
4.41kW
|
15050
BTU/h
|
|
6.10kW
|
20800
BTU/h
|
|
7.93kW
|
27000
BTU/h
|
|
Optional:
Condensation-water automatic drain pump for all models, where gravity
drain is not an option.
| Wallter
Inverter |
(click
to enlarge) |
 |
-
Cooling Capacity: from 4120 to 11000 BTU/hr (variable)
- Heating Capacity: from 4120 to 14400 BTU/hr (variable)
- Input Power: 0.41kW to 1.2 kW
- Input Current: 2.07 to 6.1A
- Power supply: 230V, single phase
- Max inside units’ air flow: 116 litres/second |
Inverter technology
is the latest electronic technology applied to air-conditioning for
greater control of the desired temperature (constant temperature),
more efficient heating in winter, and lower energy consumption.
The INVERTER acts on the working current of the air conditioner, adapting
the consumption to the actual output required. The compressor’s optimal
work output is automatically altered infinitesimally, as opposed to
the other systems in which refrigerant flow is either on or off.
Energy consumption is about 25/30% lower than the consumption of traditional
air conditioners, for the same working conditions. It is also very
silent: a prolonged hum, rather than a blasting on and off sound.
Compressors have a longer life, as they are not exposed to frequent
switching on/off.
The INVERTER is designed to maintain temperature at the required level,
avoiding the sudden temperature swings of traditional air conditioners
and avoiding therefore the resulting swings in humidity levels, which
are both harmful and annoying.
The INVERTER(s), having a ‘flexible’ output, can easily and automatically
cope with increased loads. Apart from these considerations, the extra
expense should be amortized within 1 to 2 years at most.
The outside unit case is made of A.S.A synthetic material, which is
totally rust free, UV resistant and beautifully designed.
Dual Split
Air Conditioners |
| Trunking
and accessories |
. |
Don’t ruin your façade with a badly installed air-conditioner, use
our purposely built air-conditioning pipe ducts to cover and protect
the wiring and pipe-work. Neat and weather resistant.
|
