Mitsubishi Multi-Zone 48000 BTU R-454B 16 SEER2 2-Zone Ducted Low-Static Mini Split Heat Pump System - 12K+12K

Description

This comprehensive HVAC bundle is designed to provide efficient heating and cooling solutions for both residential and commercial applications. Featuring the Mitsubishi Electric MXZ-SM48NL Smart Multi Outdoor Heat Pump Unit, this bundle supports up to eight zones with M- and P-Series indoor units or up to twelve zones with City Multi units. Paired with two SEZ-AD12NL concealed duct AHUs, each offering 12,000 BTUs, this setup ensures unobtrusive comfort with quiet operation and multiple fan speeds. The PAC-LMA30BC branch box facilitates optimal refrigerant distribution, connecting up to three indoor units seamlessly. Together, these components create a versatile and efficient multi-zone climate control system.

What's Included

• MITSUBISHI ELECTRIC MXZ-SM48NL - Mitsubishi Electric MXZ-SM48NL Smart Multi Outdoor Heat Pump Unit (Qty x1)
• MITSUBISHI ELECTRIC SEZ-AD12NL - Mitsubishi Electric SEZ-AD12NL 12k BTU Concealed Duct AHU (Qty x2)
• MITSUBISHI ELECTRIC PAC-LMA30BC - Mitsubishi Electric PAC-LMA30BC 3-Port Branch Box (Qty x1)

Key Details

• Weight of Bundle: 328 lb (Mitsubishi 225 lb + Mitsubishi 98 lb + Mitsubishi 5 lb)
• Cooling Capacity: 42,000 BTU (MXZ-SM48NL)
• Heating Capacity: 48,000 BTU (MXZ-SM48NL)
• Refrigerant Type: R454B
• SEER2: 21.50 / 19.50 / 17.50
• Voltage: 208/230V
• Dimensions (MXZ-SM48NL): 41-11/32 W x 13 D x 52-11/16 H
• Indoor Unit Size: 12,000 BTU (SEZ-AD12NL)
• Sound Level: 23-33 dB (SEZ-AD12NL)
• Branch Box Dimensions: 17-3/4 x 11-1/16 x 6-3/4 inches (PAC-LMA30BC)

Use & Compatibility

This bundle is ideal for multi-zone HVAC applications, providing efficient heating and cooling for various indoor environments. The MXZ-SM48NL outdoor unit is compatible with M-, P-Series, and City Multi indoor units, while the SEZ-AD12NL units can be easily integrated into both single and multi-zone systems. The PAC-LMA30BC branch box enhances system performance by ensuring balanced refrigerant flow.