Mitsubishi MSZ-EF09NAW-U2 9,000 BTU Wall-Mounted Heat Pump Indoor Unit – Designer Series (White)

The Mitsubishi MSZ-EF09NAW-U2 is a premium 9,000 BTU wall-mounted ductless indoor unit from Mitsubishi’s Designer Series, combining high-efficiency heating and cooling with a refined, modern appearance. Finished in clean matte white, this unit is designed to complement contemporary interiors while delivering precise temperature control and ultra-quiet performance. It is ideal for bedrooms, offices, and living spaces where both comfort and aesthetics are important.

Engineered for year-round comfort, the MSZ-EF09NAW-U2 features advanced inverter-driven performance, multi-stage filtration, and adjustable airflow for consistent temperature management. When paired with a compatible Mitsubishi outdoor unit, it provides efficient heat pump operation for both heating and cooling. Flexible control options, including kumo cloud WiFi compatibility, allow convenient system management from anywhere.

Features

• Manufacturer: Mitsubishi Electric
• Part Number: MSZ-EF09NAW-U2
• Series: M-Series Designer Series wall-mounted
• Capacity: 9,000 BTU cooling with heat pump compatible heating
• Unit Type: Wall-mounted ductless indoor unit
• Finish: Matte white designer finish for modern interior spaces
• Design: Slim, contemporary profile that blends into residential or office environments
• Application: Ideal for bedrooms, offices, and smaller living spaces
• Airflow: Multi-speed fan with adjustable vane control for balanced comfortOperation: Ultra-quiet performance for noise-sensitive areas
• Filtration: Advanced multi-stage filtration to help maintain indoor air quality
• Modes: Cooling, heating, fan-only, and dry modes for year-round comfort
• Controls: Compatible with wireless remote, wired controllers, and kumo cloud WiFi control (adapter required)
• Refrigerant: R-410A
• Electrical: 208/230V, single-phase, 60 Hz
• Compatibility: Works with compatible Mitsubishi single-zone and multi-zone outdoor units
• Installation: Wall-mounted design for clean appearance and flexible placement

^HMIT201580