GREE 30000 BTU R-32 21 SEER2 4-Zone Ductless Mini Split Heat Pump System - 9K+9K+9K+12K

Description

This comprehensive HVAC bundle includes everything you need for efficient heating and cooling in residential or light commercial spaces. The Gree MUL30HP230V1R32AO Mini-Split Heat Pump Condenser serves as the powerhouse of the system, delivering robust heating and cooling capacities. Paired with the versatile Gree FLR09HP230V1R32AH and Gree FLR12HP230V1R32AH air handlers, this bundle ensures customizable comfort across multiple zones. Each component is designed for quiet operation and energy efficiency, utilizing R32 refrigerant to minimize environmental impact while maximizing performance.

What's Included

• GREE MUL30HP230V1R32AO - Gree MUL30HP230V1R32AO Multi21+ R32 Mini-Split Heat Pump Condenser (Qty x1)
• GREE FLR09HP230V1R32AH - Gree FLR09HP230V1R32AH 9K BTU R32 Floor/Ceiling Mini Split Air Handler (Qty x3)
• GREE FLR12HP230V1R32AH - Gree FLR12HP230V1R32AH Mini Split Air Handler 12000 BTU (Qty x1)

Key Details

• Weight of Bundle: 365.9 lb (Gree 145.5 lb + Gree 165.3 lb + Gree 55.1 lb)
• Heating Capacity: 34,100 BTU
• Cooling Capacity: 40,900 BTU
• Voltage: 230V
• Zone Capacity: 4 (MUL30HP230V1R32AO), 5 (FLR09HP230V1R32AH, FLR12HP230V1R32AH)
• Dimensions (MUL30HP230V1R32AO): 40 5/32 in W x 32 33/64 in H x 16 13/16 in D
• Dimensions (FLR09HP230V1R32AH / FLR12HP230V1R32AH): 34 1/4 in W x 26 3/16 in H x 9 1/4 in D
• Weight: 145.5 lb (MUL30HP230V1R32AO), 55.1 lb (FLR09HP230V1R32AH, FLR12HP230V1R32AH)
• Decibel Rating: 38 dBA (FLR09HP230V1R32AH, FLR12HP230V1R32AH), 62 dBA (MUL30HP230V1R32AO)
• Material: Aluminum fins and copper tube coils

Use & Compatibility

This bundle is ideal for both residential and light commercial applications, providing efficient heating and cooling solutions. The Gree Mini-Split system is compatible with various installation setups, allowing for flexible placement in different zones. Enjoy the convenience of wireless remote control and customizable airflow with multiple fan speeds for optimal comfort.