Mitsubishi SRK 20 CSS-M6/A 1.6 Ton 3 Star Split AC (Jet Air Flow, 3D Auto Cooling, Copper Condenser, Self-Clean, Non-Inverter, Made in Thailand)

Mitsubishi Heavy Duty SRK20CSS-S6/A 1.6 Ton 3 Star Non-Inverter Split AC – Jet Air Flow, 3D Auto Cooling, Self-Clean Technology (Made in Thailand)

Upgrade your cooling experience with the Mitsubishi Heavy SRK20CSS-S6/A 1.6 Ton 3 Star Split AC, a premium non-inverter air conditioner engineered with advanced Japanese technology and manufactured in Thailand. Perfect for Indian summers, this AC features Jet Air Flow inspired by aircraft dynamics, 3D Auto Cooling, and a 100% copper condenser for powerful, efficient, and long-lasting performance.

 Key Features & Benefits:

🔹 Cooling Capacity: 1.6 Ton (5450W)

Ideal for medium-sized rooms up to 137 sq. ft., ensuring quick and uniform temperature control.

🔹 Energy Efficiency: 3 Star BEE Rated

Reduces power consumption by up to 15% compared to standard models without compromising performance.

🔹 Jet Air Flow Technology

Delivers long-reach airflow up to 50 feet for fast and even cooling across the room.

🔹 3D Auto Airflow Distribution

108-directional swing with vertical and lateral louvers for uniform air dispersion.

🔹 Hybrid Cooling System + Copper Condenser

Features oversized coils for faster heat exchange and greater durability.

🔹 Ultra-Quiet Operation

Silent cooling at just 37–43 dB for an undisturbed indoor experience.

🔹 Advanced Multi-Stage Filtration:

• Natural Enzyme Filter – Breaks down bacteria for fresher air

• Solar Filter – Long-life deodorizing filter

• Allergen Deactivation Filter – Neutralizes pollen, dust mites & pet allergens

• Ion Generator – Active air purification 24×7

• Anti-Microbial Blower Fan – Prevents bacterial growth and odors

🔹 Self-Clean Function

Automatically dries internal moisture, preventing mold and odor buildup.

🔹 Smart Comfort Modes:

• Hi Power Mode – Instant cooling boost

• Fuzzy Auto Mode – Adjusts settings based on room conditions

• Memory Flap – Remembers your preferred airflow direction