Amazon Sale: If you don’t want to compromise your quality sleep this summer season then, you must know about this Daikin 1.8 Ton 3-star inverter split converter AC. With an excellent cooling capacity to control humid and hot air, this air conditioning device maintains the overall temperature of your room with speed and efficiency.
Moreover, it is designed to meet the purposes of large sized room. The installation and maintenance of the AC are also very simple and budget-friendly. It is equipped with a copper condenser coil as a result, it is reliable and durable. In case, you have a tight budget but also need a reliable and suitable AC system for your large rooms, then, you can buy it at a discount of 33%. Simply, make a visit to Amazon and grab more details about this deal. Besides this, check the specifications of this AC to know whether the system aligns with your requirements or not.
Specifications Of Daikin 1.8 Ton 3 Star Inverter Split AC
Brand Name
Daikin
Product
1.8 Ton 3 Star Inverter Split AC
Cooling Power
6 Kilowatts
Product Dimension
23.5D x 90.6W x 29.8H Centimeters
Rating
3 star
Other Features
Cools at Cools at 52 degree celsius
Suitable For
large-sized rooms
Annual power consumption
Cools at 52-degree Celsius
Voltage
230 Volts
Wattage
1950 Watts
Here, you can see key facts about this Daikin inverter split AC. But the decision is all yours whether you want to buy the product or not.
Price Of Daikin 1.8 Ton 3 Star Inverter Split AC
This Daikin 1.8 Ton 3-star Inverter split AC is priced at Rs. 72900. However, you can buy it for just Rs. 48999 at a 33% discount. Apart from this, you can check bank offers and EMI plans to buy this AC more cheaply. For more technical details, you can visit the official site of the ac.
Disclaimer: This piece of information is purely informational. DNP News Network and its writers do not confirm or authenticate the offers, discounts, or products. Viewers must visit the official website to avail of the benefit/s. The company or its writers will not be liable for financial or material losses.