MULTI V 5
MULTI V 5 ensures great energy efficiency with innovative technologies.*
Dual Sensing Control
Dual Sensing Control senses both temperature and humidity to help ensure a comfortable environment, combined with a reduction in energy consumption.
Smart Load Control
It manages cooling load by sensing both temperature and humidity to increase energy efficiency.
It keeps the operation at mild cooling mode without stopping in between operations.
Increased heating hour with delay in frosting of heat exchanger due to precise dew point prediction.
LG’s Ultimate Inverter Compressor
LG’s Ultimate Inverter Compressor improves energy efficiency and enhances compressor reliability.
Enhanced Bearing with PEEK Material
Enhanced bearing with PEEK (Polyetheretherketone) material increases durability and reliability of compressor via lubricative bearing material and refined shape.
Two-stage compression effect provides efficient heating operation in low temperature conditions.
Smart Oil Management
Oil sensor runs oil recovery operation only if necessary to increase compressor efficiency.
HiPOR (High Pressure Oil Return) minimises energy loss with direct oil return.
Flexible Installation Area
Large capacity outdoor units of MULTI V 5 reduce installation space and significantly decrease total installed weight, compared to previous models. This provides users with flexible design potential and allows them to make better use of the saved space.
Enhanced fans increase air flow rate up to 10％ while reducing power consumption up to 20％.
Increased Air Flow Rate
Extended shroud provides higher heat exchanging capacity to increase air flow rate.
4-sided Heat Exchanger
4-sided heat exchanger improves heat transfer to help enhance capacity and performance.
Ocean Black Fin
LG's exclusive "Ocean Black Fin" heat exchanger is designed to perform even in corrosive environments.
Improved technologies such as Dual Sensing Control, Partial Defrost and Smart Oil Management enhance Continuous Heating for increased heating capacity and indoor comfort. The delayed and partial defrost technologies minimise unnecessary operational consumption to provide consistent heating.