Architectural Appeal - LG LA090HSV4 Engineering Manual

ARCHITECTURAL APPEAL

Convergence of Technological Innovation with Flexibility and Style
Benefits of Single Zone
Art Cool Mirror Wall-Mounted System
• Available in 9,000 - 24,000 Btu/h
• Inverter technology
• All-season use - heat pump models for both
cooling and heating capabilities
• Operating range for outdoor units of 14°F to
118°F (DB) in cooling and -4°F to 65°F (WB)
in heating
• Operating range for indoor units of 53°F to
75°F (WB) in cooling and 60°F to 86°F (DB)
in heating
• Quiet operation inside and outside
• Duct-free split system
6 | INTRODUCTION
Single Zone Art Cool
Mirror Wall-Mounted
Systems
Choosing an LG Single-Zone Art Cool
Mirror Wall-Mounted product provides
a system designer an edge to engineer
a system with individual control, and
design flexibility with advanced controls.
These single-zone systems are available
in a nominal capacity range of 3/4 to 2
tons. These are best suited for applica-
tions with zones that require heating or
cooling, such as residential, and small
business office buildings. Single-Zone
Art Cool Mirror Wall-Mounted out-
door and indoor units are available in
208–230V/60Hz/1Ph.
Adaptable and Flexible
Single-zone wall-mounted duct-free split
systems allow cooling or heating for the
entire residence or just a single room
without the need for invasive ductwork.
There is minimal renovation needed.
Long refrigerant piping lengths allow
for extra design flexibility in indoor unit
installation.
These units may be used for a number of
residential or commercial environments
such as:
• Older homes
• New home construction
• Office buildings
• Restaurants
• Hospitals / Medical facilities
• Schools
• Nursing homes
• Retail establishments
• House of worship
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Inverter Technology
Inverter variable-speed duct-free split
systems are measurably quieter and
consume less energy than conventional
air conditioners. The inverter compressor
ramps up or down to match the required
room capacity and maintain the comfort
level. When the selected temperature
is reached, the inverter compressor
operates at low speed to maintain that
comfort level, thereby using less energy.