Mitsubishi 9,000 BTU R410A FS-Series H2i Single Zone Mini Split Heat Pump Condenser

Mitsubishi 9,000 BTU R410A FS-Series H2i Single Zone Mini Split Heat Pump Condenser

Provides reliable heating and cooling for rooms up to 400 sq ft, the Mitsubishi FS-Series MUZ-FS09NAH 9,000 BTU unit uses older R410A refrigerant for year-round comfort.

Key Features

• 9,000 BTU capacity ideal for small rooms, offices, or individual zones.
• FS-Series H2i technology ensures efficient heating in extreme cold conditions.
• Uses R410A refrigerant for reliable and efficient operation.
• Single-zone operation for dedicated temperature control.
• Quiet performance suitable for residential or light commercial spaces.
• Compatible with a variety of FS-Series indoor air handlers.

Feature Highlights

Year-Round Comfort

H2i technology allows the unit to provide efficient heating even in sub-zero temperatures while maintaining strong cooling performance in warmer months, delivering consistent comfort throughout the year.

Single-Zone Precision

Designed for single-zone applications, the condenser pairs with a compatible indoor air handler to deliver precise and reliable temperature control in one room or space.

Quiet and Efficient Operation

The FS-Series H2i condenser operates quietly while optimizing energy use, reducing operating costs and maintaining a comfortable indoor environment. R410A refrigerant enhances efficiency and long-term durability.

What’s Included

• 1 × Mitsubishi 9,000 BTU FS-Series H2i Mini Split Heat Pump Outdoor Condenser
• Installation Components and Mounting Hardware
• User Manual

Recommended Accessories

• Compatible FS-Series Indoor Air Handler (Wall-Mounted, Floor/Ceiling, or Cassette)
• Pre-Charged Refrigerant Line Set
• Condenser Pad or Wall Mount Bracket
• Surge Protector for inverter electronics

Warranty

Mitsubishi backs the FS-Series H2i condenser with a manufacturer warranty to ensure dependable performance and long-term reliability. Warranty coverage follows manufacturer registration and installation requirements.