Mitsubishi Heavy Industries DXK18ZSA-WF1 5.0kW Avanti® Series Wall Split Indoor Unit | Wi-Fi, PM2.5 Filter
Mitsubishi Heavy Industries DXK18ZSA-WF1 5.0kW Avanti® Series Wall Split Indoor Unit | Wi-Fi, PM2.5 Filter is backordered and will ship as soon as it is back in stock.
Pickup available at HVACZone
Usually ready in 24 hours
Local Pickup Available
Local Pickup Available
We offer free local pickup from of Clyde North Store
Mitsubishi Heavy Industries DXK18ZSA-WF1 5.0kW Avanti® Series Wall Split Indoor Unit | Wi-Fi, PM2.5 Filter is backordered and will ship as soon as it is back in stock.
Description
Description
The Mitsubishi Heavy Industries DXK18ZSA-WF1 Avanti® Series® Indoor Unit delivers 5.0kW cooling and 5.8kW heating, making it the perfect solution for small to medium spaces. Part of the WF1 range, it combines a sleek, modern design with advanced air quality and smart control features for year-round comfort.
Key Features
- Capacity: 5.0kW Cooling / 5.8kW Heating – ideal for small and medium rooms
- 3D Auto Airflow – Ensures effective and even air distribution
- Clean Air Technology – Captures and neutralises allergens, odours, bacteria, viruses, and smoke particles
- Built-in Wi-Fi Control – Manage your air conditioner remotely from your smartphone
- Voice Control Compatible – Works with Google Assistant and Amazon Alexa (devices sold separately)
- NOVAShield™ PM2.5 Filter – Enhances air quality by filtering fine particles
- Wide Range of Timer & Scheduling Functions – Set operation to match your lifestyle
Dimensions
- Indoor Unit: 290 x 870 x 230 mm
- Outdoor Unit: 640 x 800 (+71) x 290 mm
Why Choose Avanti® Series?
Designed with a modern and stylish aesthetic, the Avanti® Series provides quiet, energy-efficient comfort while improving indoor air quality. Its smart features allow easy control from anywhere, giving you full control of your environment.
Perfect For
- Bedrooms, living rooms, or home offices
- Users seeking modern design and advanced air purification
- Homes that want smart connectivity and energy efficiency
