₨199,000.00 Original price was: ₨199,000.00.₨173,999.00Current price is: ₨173,999.00.
Brand: Dawlance
Model: 30 Elegance Plus UV
Type: Split AC / Wall-mounted
Cooling Capacity: 1.5 Ton
Compressor Type: Inverter Compressor
Air Filtration: UV Filter for bacteria and dust removal
Noise Level: Approx. 40–45 dB (indoor unit)
Features: Fast cooling, eco mode, sleep mode, auto-restart, anti-corrosion coating
Voltage / Frequency: 220–240 V / 50 Hz
Warranty: 10-Year Compressor Warranty + 1-Year Parts Warranty
Dawlance 1.5 Ton 30 Elegance Plus UV Inverter AC is designed for efficient cooling with clean air. Its inverter compressor ensures energy-efficient operation while maintaining consistent cooling for medium-sized rooms.
The UV filter removes dust, bacteria, and allergens, improving indoor air quality. Fast cooling mode quickly brings the room to the desired temperature. Low-noise operation ensures a quiet environment for living rooms and bedrooms.
This AC is equipped with eco and sleep modes, anti-corrosion coating for durability, and auto-restart functionality for convenience during power outages. The combination of 10-Year Compressor Warranty and 1-Year Parts Warranty ensures long-term reliability.
✅ 1.5 Ton cooling capacity — ideal for medium-sized rooms
✅ Inverter compressor — energy-efficient and quiet
✅ UV filter — clean and hygienic air
✅ Fast cooling & eco modes — convenience and savings
✅ Low noise operation — approx. 40–45 dB
✅ Anti-corrosion coating — durability in humid climates
✅ Auto-restart — resumes operation after power outage
✅ 10-Year Compressor Warranty + 1-Year Parts Warranty — reliable and long-lasting
📦 Indoor AC Unit
📦 Outdoor AC Unit (Condenser)
📦 Remote Control
📦 Installation Kit (pipes, brackets, screws)
📦 User Manual & Warranty Card
Efficient cooling for medium-sized rooms
Inverter compressor reduces electricity bills
UV filter ensures healthier indoor air
Quiet operation suitable for bedrooms and living areas
Long-term reliability with 10-Year Compressor Warranty
Easy maintenance and energy-efficient design