Cooling System Architecture

The Havells KoolMaster cooler incorporates a 105-litre water tank engineered to support sustained evaporative cooling with reduced user involvement. The reservoir facilitates steady water circulation across the cooling media, helping maintain uniform evaporation levels during continuous operation. This controlled water flow contributes to stable cooling performance, making the system suitable for prolonged use in demanding temperature conditions.

 

Dual Flow Air Management System

The integration of Dual Flow Technology allows air to be drawn and discharged through optimised pathways, improving volumetric airflow distribution within the space. By managing air movement from multiple directions, the system enhances pressure balance and reduces stagnation zones. The result is more uniform thermal comfort across the room, particularly in larger or open-plan areas.

 

Bacteria Shield Honeycomb Pad Technology

Cooling performance is driven by Bacteria Shield Honeycomb pads, engineered with a structured cellulose matrix for high water absorption and retention. The pad design maximises surface contact between air and water, increasing evaporation efficiency. The bacteria-resistant treatment helps inhibit microbial growth on the pad surface, maintaining hygienic airflow and preserving cooling effectiveness over long usage cycles.

 

Heavy-Duty Motor Assembly

A double ball bearing motor forms the mechanical core of the system, providing enhanced load-bearing capability and reduced rotational friction. This configuration supports continuous operation with improved thermal stability and lower mechanical wear compared to conventional sleeve-bearing motors. The motor ensures consistent air delivery while maintaining operational reliability across varying power conditions.

 

Optimised Air Delivery Positioning

The bed-height fan position is strategically calibrated to deliver cooled air directly at occupant level rather than dispersing it near the ceiling. This design improves perceived cooling efficiency and reduces energy loss associated with upward air displacement, making the system effective for both seated and resting users.

 

Automated Air Sweep Function

The auto swing mechanism enables controlled horizontal air movement, extending airflow coverage without manual adjustment. This automation ensures consistent distribution across the cooling zone and supports even temperature reduction throughout the space.

 

Power Continuity Compatibility

Designed to be inverter compatible, the cooler can operate efficiently during power interruptions, ensuring reliable cooling in areas with unstable electrical supply. This feature enhances usability while supporting energy-conscious operation.