Mitsubishi Multi-Zone 40500 BTU R-454B 16 SEER2 5-Zone Ducted Low-Static Mini Split Heat Pump System - 9K+9K+9K+9K+15K

Description

This comprehensive bundle features essential components for an efficient multi-zone heating and cooling system, perfectly suited for residential and light commercial applications. The Mitsubishi Electric MXZ-5D42NL outdoor condenser delivers powerful performance with a 42k BTU capacity, allowing it to connect up to five indoor units. Complementing this, the SEZ-AD09NL and SEZ-AD15NL concealed duct air handling units provide flexible installation options and effective climate control in various spaces. Together, these products ensure optimal comfort and energy efficiency, making them an ideal choice for those looking to enhance their indoor environment.

What's Included

• MITSUBISHI ELECTRIC MXZ-5D42NL - Mitsubishi Electric MXZ-5D42NL 42k BTU (3.5 Ton) M-Series Outdoor Condenser up to 5 Zones (Qty x1)
• MITSUBISHI ELECTRIC SEZ-AD09NL - Mitsubishi Electric SEZ-AD09NL 9k BTU (0.75 Ton) 208/230V M-Series Concealed Duct AHU (R-454B) (Qty x4)
• MITSUBISHI ELECTRIC SEZ-AD15NL - Mitsubishi Electric SEZ-AD15NL 15k BTU (1.25 Ton) 208/230V M-Series Concealed Duct AHU (R-454B) (Qty x1)

Key Details

• Weight of Bundle: 403 lb (Mitsubishi 194 lb + Mitsubishi 160 lb + Mitsubishi 49 lb)
• Cooling Capacity: 43,000 BTU
• Heating Capacity: 53,600 BTU
• SEER2: 19.3
• AFUE: Not applicable
• Voltage: 208/230V
• Size (MXZ): 31.43 x 37.45 x 13 inches
• Size (SEZ-AD09NL): 7 7/8 x 31 1/8 x 27 9/16 inches
• Size (SEZ-AD15NL): Not specified
• Material: Durable construction with Blue Fin heat exchanger coating

Use & Compatibility

This bundle is designed for multi-zone heating and cooling applications, making it suitable for both residential and light commercial spaces. The outdoor condenser is compatible with up to five indoor units, allowing for tailored climate control across different areas. The concealed duct units are ideal for discreet installations in attics, ceilings, or walls, ensuring efficient air distribution without compromising aesthetics.