GREE 42000 BTU R-32 21 SEER2 4-Zone Ductless Mini Split Heat Pump System - 9K+12K+12K+24K

Description

This comprehensive HVAC bundle features a selection of Gree products designed to provide efficient heating and cooling solutions for both residential and commercial spaces. The Gree MUL42HP230V1R32AO Multi21+ R32 Mini-Split Heat Pump Condenser serves as the powerhouse of this system, delivering robust heating and cooling capacities. Paired with three versatile air handlers-the Gree FLR09HP230V1R32AH, FLR12HP230V1R32AH, and FLR24HP230V1R32AH-this bundle ensures customized comfort across multiple zones. With quiet operation and advanced features like WiFi compatibility and automatic voltage adaptation, this package is ideal for those seeking reliable climate control.

What's Included

• GREE MUL42HP230V1R32AO - Gree MUL42HP230V1R32AO Multi21+ R32 Mini-Split Heat Pump Condenser (Qty x1)
• GREE FLR09HP230V1R32AH - Gree FLR09HP230V1R32AH 9K BTU R32 Floor/Ceiling Mini Split Air Handler (Qty x1)
• GREE FLR12HP230V1R32AH - Gree FLR12HP230V1R32AH Mini Split Air Handler 12000 BTU (Qty x2)
• GREE FLR24HP230V1R32AH - GREE FLR24HP230V1R32AH Floor/Ceiling Mini Split Air Handler 24000 BTU (Qty x1)

Key Details

• Weight of Bundle: 416.7 lb (Gree 178.6 lb + Gree 55.1 lb + Gree 110.2 lb + GREE 72.8 lb)
• Cooling Capacity: 44,300 BTU (Condenser), 14,100 BTU (FLR09), 12,000 BTU (FLR12), 26,500 BTU (FLR24)
• Heating Capacity: 46,000 BTU (Condenser), 15,500 BTU (FLR09), 15,500 BTU (FLR12), 33,000 BTU (FLR24)
• Voltage: 230V
• Decibel Rating: 38 dBA (Air Handlers), 63 dBA (Condenser)
• Dimensions: 40.16" W x 32.5" H x 16.81" D (Condenser), 34.25" W x 26.19" H x 9.25" D (FLR09/FLR12), 47.25" W x 26.19" H x 9.25" D (FLR24)
• Material: Aluminum fins and copper tube coils

Use & Compatibility

This bundle is intended for efficient climate control in various environments, including residential and light commercial applications. The Gree air handlers are compatible with the Gree Mini-Split Heat Pump Condenser, allowing for seamless integration and optimal performance across multiple zones.