Mitsubishi MSZ-FS09NA & MUZ-FS09NA 29.8 SEER2 Hyper-Heating H2i System - R410A - MUZ-FS09NA+MSZ-FS09NA
Mitsubishi FS 9,000 BTU 29.8 SEER2 M-Series Wall-Mounted Single Zone Heat Pump System. This is an extremely efficient heating and cooling option for a small-sized room up to 400 sq ft.
Features
Triple-action filtration system combining a unique nano-platinum filter with electrostatic anti-allergy enzyme filter and deodorizing filter
Dual Barrier Coating applied to the heat exchanger, vanes and fan to prevent hydrophilic and hydrophobic dirt build-up
3D i-see Sensor enables advance airflow and energy-saving features:
Multiple airflow options and double vanes for improved and more comfortable natural airflow patterns
Dehumidification mode for improved comfort
Weekly Timer
WiFi enabled (requires Kumo Cloud or Aidoo wifi Adapter)
Hot-Start Technology: no cold air rush at equipment startup or when restarting after Defrost Cycle
Outdoor Unit built-in base pan heater
Blue Fin anti-corrosion treatment applied to the outdoor unit heat exchanger for increased coil protection and longer life
What Our Experts Think
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High Efficiency: 29.8 SEER2 rating ensures very low energy consumption.
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Hyper-Heating Performance: H2i technology provides reliable heating even in extreme cold.
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Compact & Ideal for Small Rooms: 9,000 BTU suitable for spaces up to 400 sq ft.
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Quiet Operation: Designed for minimal indoor noise.
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Durable & Reliable: Built for long-term, consistent performance.
Q & A
Q: What is the system capacity?
A: 9,000 BTU for single-zone heating and cooling.
Q: What is the room size coverage?
A: Up to 400 sq ft.
Q: What refrigerant does it use?
A: R‑410A, standard for high-efficiency mini-split systems.
Q: How cold can it operate?
A: H2i Hyper-Heating allows reliable performance in extreme low temperatures.
Q: Is it quiet?
A: Yes, designed for low indoor noise levels.
Maintenance Tips
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Clean the indoor air filter regularly to maintain airflow and efficiency.
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Keep the outdoor unit free of debris, snow, and leaves.
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Schedule annual professional servicing to check refrigerant levels and system performance.
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Ensure condensate drains are clear to prevent water buildup.
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Use energy-saving modes whenever possible to reduce electricity consumption.
