Product specifications

2012 SAMSUNG System Air Conditioner
High Efficiency
15
DVM PLUS IV is a high-tech digital hybrid system that provides world-class energy efficiency and outstanding
performance. This system creates comfort in variable environments, improving cooling and heating performance by
adopting third generation PHE (Plate Heat Exchanger). This is a perfectly optimized cooling and heating system for
large buildings requiring different air solutions.
High Efficiency
Large Capacity
Advanced and Reliable Protection
Easy Installation & Maintenance
Eco-friendly
Comfortable Operation
Premium Quality Control Heat Recovery
Strong and Compact
Features
DVI (Digital Vapor Injection)
Compressor
High Efficiency Vapor Injection
Technology
Improved refrigerant flow rate and cooling/heating performance!
Vapor injection is a double compression technology that re-injects mid-pressure refrigerant
in a vaporized state from the PHE intercooler to increase the refrigerant flow rate.
This technology improves both the refrigerant flow rate and cooling/heating performance by
20%, thus maximizing its efficiency.
PHE (Plate Heat Exchanger)
2-stage compression effect with single
compressor!
This high-tech and highly efficient compressor achieves a
2-stage compression effect with just a single compressor.
This allows you to save on energy cost since the compression
efficiency is increased by using a method that intakes regular
refrigerant and discharges it in a high refrigerant state after
second compression.
Plate Heat Exchanger type intercooler is adopted on DVM
PLUS IV to improve cooling and heating efficiency. Heating
efficiency with PHE has been improved by 35% compared to
our conventional products with Shell & Tube type intercooler
and 50% compared to the competitor’s products with Double
Pipe type intercooler.
Company A
ConventionalCompany A
Mid-level pressure
refrigerant port
Low pressure
refrigerant port
Low pressure
refrigerant port
Outlet
2
nd
1
st
EER
Heat Exchanger Performance
Double Pipe
Shell & Tube
PHE Intercooler
150%
121%
115%
107%
100%
100%
Refrigerant
circulation is
improved by
20
%
Intake low
pressure
refrigerant
Mid-level
pressure
refrigerant
Discharge
high pressure
refrigerant