Kenwood KEE-1845S (2022) eECO Plus 1.5T

Dual Rotary Compressor

The Kenwood KEE-1845S boasts a dual rotary compressor, a cutting-edge technology that dc inverter ac enhances cooling efficiency. This advanced compressor provides powerful cooling performance, allowing the air conditioner to quickly and effectively cool down your space, even during hot summer days. The dual rotary compressor also ensures smooth and quiet operation, reducing noise levels for a more comfortable environment.

R410a Gas

With its utilization of R410a gas, the Kenwood KEE-1845S contributes to environmental sustainability. R410a is an eco-friendly refrigerant known for its low impact on ozone depletion and global warming potential. By opting for an air conditioner that utilizes R410a gas, you not only enjoy efficient cooling but also make a positive choice for the environment.

Low Voltage Operation (156V-260V)

The Kenwood KEE-1845S is engineered to operate efficiently even in areas with unstable or low voltage. With a wide voltage range of 156V to 260V, this air conditioner can function optimally without the need for additional stabilizers. It ensures consistent cooling performance while consuming minimal electricity, reducing energy costs and enhancing overall energy efficiency.

Turbo Operation Dc Inverter Ac

The Turbo Operation feature of the Kenwood KEE-1845S delivers a burst of powerful cooling when you need it most. Whether you just arrived home on a scorching summer day or require quick relief from the heat, activating Turbo Operation enables the air conditioner to operate at maximum capacity, rapidly cooling your space to your desired temperature.

100% Copper Pipe

The Kenwood KEE-1845S features a 100% copper pipe construction, known for its durability and dc inverter ac efficient heat transfer properties. Copper pipes facilitate better heat exchange, enabling the air conditioner to cool the room more effectively while ensuring long-lasting performance. The use of copper pipes also reduces the risk of leaks, enhancing the overall reliability of the unit.