YMGI WMMS-24EW-V2B(59)2 Spécifications Page 5

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Intelligent
Defrosting
Unlike other time-determined
defrost system, YMGi on-
demand defrosting is intelligently
controlled by a YMGi programmed
microcomputer processor to ensure
the worry-free, eective heat pump
heating performance, in both mild
and cold weather. This unique ON-
DEMAND defrosting design helps
improve heating eciency, thermal
performance and your comfort
throughout the heating season.
High
Eciency
All YMGi DC Inverter systems,
with SEER up to 22SEER, which
is far exceeding the current world
standards for energy eciency,
are ETL listed in both the U.S. and
Canada. They are also certified
by and listed with AHRI and
ENERY STAR®.
U-TOUCH
Remote
With the touch of a button, the
U-TOUCH smart adaptive wireless
remote control puts the control
of room temperature right in the
palm of your hands. In fact, it’s the
most user-friendly remote control
available. While other mini split
systems most likely place their
indoor air temperature sensor
behind the grille of an indoor unit
mounted high on the wall.
UNIQUE
FEATURES
YMGi Technology
Adaptive Smart Control
The adaptive smart control fuzzy logics enables
a responsively quick and precise control over
the compressor frequency, voltages, fan speed,
valve opening sizes, and so on, to ensure precise
thermal and safe adjustment to allow delivery of
exact amount of warm or cool air needed to ensure
maximum comfort, at minimum energy consumption.
Soft Start
The compressor starts at a lower voltage and
frequency and ramps up over a period of time, which
makes a smooth and soft start. This also cuts energy
consumption of the outdoor unit by approximately
30% during start-up, compared to other regular
full-speed start-up. It also reduces the load on the
electrical circuit when more than one electrical device
is used at the same time.
Compressor Crank Case Heater
This component helps heat up the compressor when
the outdoor ambient temperature is low, so that the
compressor can have a smooth easy start, especially
when ambient temperatures go too low in extreme
cold weather.
De-Ice Base Pan Heater
This component will be actuated when the outdoor
ambient temperature goes too low and/or ice may
be built up in the base pan, in order to keep ice from
being built up to damage the unit.
Over-Current & Over-Heat
Over-Pressure Protection
Built-in protection against both over-current and
over-heat and over-pressure to ensure safe operation
and longer life of both components and unit.
Low Ambient Temperature
Heating & Cooling
When outdoor temperatures reach low ranges,
generally, both heat pump heating capacity and
eciency will drop from the standard ratings. With
the state-of-the-art new technology from YMGi,
heating and cooling with YMGi DC Inverter SOLO and
CHOIR, in low ambient temperatures, has become
better than many others. The powerful heating
ensures you enjoy a warm life, even in cold weather.
The DC Inverter technology and special control
logics has made cooling in low ambient temperature
ranges a reality.
Optimized System Design
Components are both individually and systematically
optimized to ensure SOLO and CHOIR a team
work well done, in wide ranges of applications, a
nd to deliver the right amount of comfort, right
when you need it, at both maximum comfort
and best eciency.
DC Inverter Technology - Continuously
Adjusting for Profound Performance
Unlike conventional systems that cycle between on
and o repeatedly, YMGi Symphony Series SOLO
and CHIOIR DC Inverter systems monitor room
temperature and continuously adjust compressor
speed up or down as needed to provide precise
temperature/humidity control, resulting in a highly
ecient system that provides a more constantly
comfortable environment. DC Inverter systems
achieve this by converting alternating current (AC)
to Direct Current (DC), modulating pulse width,
and then directing the inverted current back to
alternating current at the optimum frequency to
precisely generate the thermal output needed, and so
can maintain the selected room temperature within
very narrow ranges, consuming much less energy.
The incoming electrical power has a fixed frequency
of 60 Hertz. By converter and inverter, the various
current frequencies and voltages can be generated to
supply the system, allowing the compressor to run
at dierent speeds.
76
both Simple & Profound
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