Super Daiseikai
V Inverter Wall Mounted
A LITTLE WARMTH GOES FURTHER THAN EVER BEFORE |
Sophisticated
Forget everything you know about
heat pumps. The Super Daiseikai V is the most sophisticated machine of
its kind, designed to meet the changing needs of you and your family.
Thanks to its twin rotary compressor, the unit operates at very low
speeds, achieving the highest energy efficiency rating of 5.68 in
heating mode (2.5kW model) at its rated capacity. |
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Best in Class
In the same way that certain vehicles can turn off part of their
engine when cruising, the dual stage compressor allows the Super
Daiseikai V to switch between one and two cylinders, depending on your
room requirements. This saves an incredible amount of energy while the
unit is running below its rated capacity, a COP of over 7 while in
this part load mode. |
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The widest flow
possible
You’re always in control. 14 louvre positions, horizontal and side,
allow you to direct the air flow more than 12 metres with pinpoint
accuracy. Alternatively, use the swing feature to distribute air
evenly throughout the room. With the use of your remote, you can keep
your home cosy all year round with this Comfort Wide Flow feature.
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Clear the air
Super Daiseikai V offers exceptional air treatment and filtration,
providing a pure and healthy environment. The smallest particles and
odours are captured by the air purifier. This complete system catches
dust and pet hair, removes odours (tobacco, rubbish, exhaust gases)
and eliminates bacteria, pollen, mould spores and viruses. The air
ioniser provides a fresh feeling similar to walking through a forest
or next to a waterfall. The superior triple filtration system both
cleans and deodorises. When you turn off your heat pump, an internal
fan automatically activates to dry out the coil. This “Self-cleaning
with Low Density Ozone” feature prevents mould formation and has an
antiseptic effect.
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COP
(Coefficient of Performance) or Efficiency
is the ratio of energy input to energy output. ie. a system with a COP
/ EER of 3.5 would produce 3.5kW of heat on the heating cycle for each
1.0kW of electrical energy input and remove 3.5kW of heat on the
cooling cycle. |
Download a copy of the full
product brochure
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