GREE 42000 BTU R-32 21 SEER2 5-Zone Ductless Mini Split Heat Pump System - 9K+9K+12K+12K+18K

Description

This comprehensive bundle includes essential components for a complete mini-split HVAC system, 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, delivering a robust 42,000 BTU capacity. Paired with multiple ceiling cassette air handlers (OWC09HP230V1R32AH, OWC12HP230V1R32AH, and OWC18HP230V1R32AH), this setup ensures optimal air distribution and comfort across various zones. The included GREETD01 grille enhances airflow efficiency, making this bundle a perfect choice for those seeking a reliable and effective climate control solution.

What's Included

• GREE MUL42HP230V1R32AO - Gree MUL42HP230V1R32AO Multi21+ R32 Mini-Split Heat Pump Condenser (Qty x1)
• GREE OWC09HP230V1R32AH - GREE OWC09HP230V1R32AH Ceiling Cassette Air Handler 9000 BTU (Qty x2)
• GREE OWC12HP230V1R32AH - Gree OWC12HP230V1R32AH 12K BTU Ceiling Cassette Air Handler (Qty x2)
• GREE OWC18HP230V1R32AH - Gree OWC18HP230V1R32AH 18K BTU 1-Way R32 Ceiling Cassette Air Handler (Qty x1)
• GREE GREETD01 - GREE GREETD01 GRILLE FOR 1-WAY CASSETTE AIR HANDLERS (Qty x5)

Key Details

• Weight of Bundle: 436.6 lb (Gree 178.6 lb + GREE 83.8 lb + Gree 83.8 lb + Gree 44.1 lb + GREE 46.3 lb)
• Cooling Capacity: 44,300 BTU (Condenser)
• Heating Capacity: 46,000 BTU (Condenser)
• Zone Capacity: 5
• Voltage: 230V
• Decibel Rating: 37-63 dBA (Air Handlers)
• Dimensions (Condenser): 40 5/32 in W x 32 33/64 in H x 16 13/16 in D
• Dimensions (Air Handlers): 38 55/64 in W x 7 1/64 in H x 15 5/32 in D
• Material: Aluminum fins and copper tube coils (Air Handlers)

Use & Compatibility

This bundle is intended for use in both residential and commercial HVAC applications, providing efficient heating and cooling across multiple zones. The components are compatible with Gree's mini-split systems, ensuring seamless integration and optimal performance.