Welcome to next generation air conditioners.

• Air conditioners that use only the most nature friendly and future friendly technologies.
• With an energy efficiency ratio (EER) that exceeds 10 and significantly Reduces power costs.
• With ozone friendly refrigerants that help prevent global warming.
• Air conditioners that care about saving energy and saving the planet.
• That’s why we call them care conditioners.

Superior technology at work like never before

• Increased airflow to withstand the meanest, roughest climate in any part of the world.
• Fitted with tropicalised compressors specially customised for tropical conditions.
• Self-lubricated Fujitsu fan motors sealed in aluminium cased fins increase longevity of motor.
• Unique ‘double auto swing’ to ensure uniform cooling in every nook and corner.
• 6-step selectable up and down louvers and 5-step selectable right and left louvers.
• Superior quality components like sturdier fins, ABS plastic, fire retardant components, special Japanese steel sheet metal parts and special polyurethane coating.

Ceiling Wall Splits

• Air conditioners that use only the most nature friendly and future friendly technologies.
• With an energy efficiency ratio (EER) that exceeds 10 and significantlyreduces power costs.
• With ozone friendly refrigerants that help prevent global warming.
• Air conditioners that care about saving energy and saving the planet.
• That’s why we call them care conditioners.
• The ultimate in aesthetics
• Greater air throw
• Ultimate cooling efficiency
• Washable drain pan
• Molded DC fan motor

Starmax / Mr. Slim Series

These series of air conditioners feature a highly effective cathechin plus air purifying system. They operate very silentely and have a newly design front panel that will blend right in with fashionable creations. The wide range of capacity operations from 0.8 ton - 1.0 - 1.5 - 2.0 - 2.5 to 3.0 ton makes it a sensible choise for all types of residential and commercial applications.

Durakool / Estella Series

• Robust Rotary Compressor
• Washable Front Panel
• Advance Air Flow
• Auto Restart
• Eco Mode
• Self Diagnosis function
• Dry Mode
• Turbo Cooling Mode
• Daily Timer
• Sleep Timer
• Advanced LCD Remote Control

Atlas Splits

• Durable outdoor unit made from electrolytic zinc steel sheet
• Built-in self-diagnosis function automatically detects errors
• Diagnosis information displayed clearly on LEDs

Check out some of its high features.

• Easy maintenance
• Multi air flow system
• Harmonised punch hole grill design
• Low noise
• Drain water lift upto 800 mm
• Standard/slender fit
• Program & sleep timer
• Auto restart
• Auto shut flaps
• Adjustable air flow volume
• Four way air deflection

Duct type Air Conditioners comes with a host of other features like a Weekly Timer, Group control System and Temperature Set Back Timer that help you enjoy hassle free comfort all year through.

Individual control

Conventional systems air condition a building as a whole, whereas the VRF system air conditions each room individually. Hence it is ideal for the constantly changing occupancy of a typical building. Even further, precise level control is possible that reacts to the exact conditions in each room. Individual control promotes a far more economical and efficient system.

Other advantages

• Saves energy
• The extended maximum piping length gives more flexibility when designing the system.
• Layout changes can be made easily because the capacity of the indoor units can be up to 130% that of the outdoor units.
• New compressor technology eliminates the need for piping calculations, which shortens the time needed for design.
• Outdoor units can be placed on the roof where they have no effect on the design of the building interior.
• Enhances ease of use
• Units are designed to operate quietly, and are also equipped with a function for silent operation especially at night.
• The controller is easy to operate and has many useful functions. Units can be controlled in each individual room.
• Delivers ultimate reliability
• The self-diagnostic system identifies problems within the system quickly and accurately.
• The Auto Restart function ensures that operation is restored with the previous settings even if the power has been shut off.
• Units are controlled in each individual room, so local malfunctions does not cause the entire system to shut down.
• Simplifies installation
• The lightweight, compact units can be transported using a regular lift.
• Units can be installed on each floor.
• The pipes are narrow and few in number, making layout simpler.
• Inspection after installation is straightforward.

As its name suggest, this system makes use of water as its secondary refrigerant. Chiller is used to remove heat from the water which is then circulated through other components to absorb heat from the space. Water is non-corrosive, has specific heat value, fluid, non-toxic and is cheap. This makes it an excellent choice compared to other secondary refrigerants such as sodium chloride brines, propylene glycols, ethylene, methanol or glycerin.

How Chilled Water Air Conditioning Works

The chiller is the section of the system where an exchange of heat occurs  between the water that goes to the building and the evaporator. The water leaves the chilled water evaporator at 45°F or 7°C. This chilled-water is then circulated through the entire building by the use of pumps. The water cools the space and picks up the heat and returns to the chiller at about 55°F or 13°C. The water temperature has been heated up by 10°F or 6°C after cooling the space. This process is then repeated.

Cooling Tower

In most chiller applications, a water-cooled condenser uses a cooling tower to reduce the temperature of the condenser. In this case, the water loop system is separated from the chilled water that goes to the building. The water that has been cooled by the evaporated water at the cooling tower will enter the condenser at 85°F or 29°C. It picks up the heat from the condenser and leaves at 95°F or 35°C, an increase of 10°F or 6°C.

The water is then sent to the cooling tower by the use of a pump to be cooled by evaporation of the water in the cooling tower. The cooled water temperature now drops to 85°F or 29°C and enters the condenser again. This process is repeated. Water is constantly added to the cooling tower by the use of water piping to replace those that has been evaporated into the air.