9 Wave Fin Design for Efficient Heating

 

The Havells Room Heater’s 9 Wave Fin design increases its surface area, allowing for faster and more efficient heat distribution. This design maximizes heat output while maintaining a slim profile, making it both space-saving and effective for heating medium to large rooms. The wave fins help spread warmth consistently, ensuring that every corner of the room feels cozy and comfortable.

 

 

2400-Watt Power Output with Thermostatic Heat Control

 

With a robust 2400-watt power output, the Havells Room Heater provides ample warmth, quickly raising the room’s temperature to your desired level. The thermostatic heat control allows you to adjust the temperature precisely, making it easy to create the perfect level of warmth while avoiding overheating. This thermostat helps maintain a stable temperature by turning off the heating element when the room reaches the set temperature, enhancing energy efficiency and comfort.

 

 

Three Power Settings for Customizable Comfort

 

The heater features three power settings, allowing you to choose between different heat levels based on your needs and energy-saving preferences. You can select a lower power level to maintain a comfortable warmth or increase the setting on colder days for a quick heating boost. These options give you the flexibility to adapt the heater’s output to changing conditions and personal preferences, making it suitable for both mild and extreme winters.

 

 

PTC Fan Control for Even Heat Distribution

 

Equipped with a PTC fan control, the Havells Room Heater ensures that warm air circulates evenly throughout the room. The fan accelerates the distribution of warmth, allowing the heater to cover a larger area more efficiently. The Positive Temperature Coefficient (PTC) technology also provides consistent heat while maintaining safety, as it only activates when necessary.

 

 

Overheat Protection for Safe Operation

 

The overheat protection feature adds a layer of safety, automatically shutting off the heater if it reaches an unsafe temperature. This function prevents the unit from overheating, reducing the risk of accidents and ensuring worry-free operation.