Mitsubishi Multi-Zone 48000 BTU R-454B 16 SEER2 2-Zone Ducted Medium-Static Mini Split Heat Pump System - 15K+42K

Description

This comprehensive HVAC bundle features high-performance components designed for efficient climate control in both residential and light commercial applications. The Mitsubishi Electric MXZ-SM48NL Smart Multi Outdoor Heat Pump Unit serves as the powerhouse, supporting multiple indoor units for versatile heating and cooling. Paired with the PEAD-AA15NL and PEAD-AA42NL concealed duct indoor units, this bundle ensures discreet installation while delivering optimal comfort. The PAC-LMA30BC branch box enhances system efficiency by facilitating balanced refrigerant flow among the connected indoor units. Together, these products create a seamless and eco-friendly solution for your heating and cooling needs.

What's Included

• MITSUBISHI ELECTRIC MXZ-SM48NL - Mitsubishi Electric MXZ-SM48NL Smart Multi Outdoor Heat Pump Unit (Qty x1)
• MITSUBISHI ELECTRIC PEAD-AA15NL - Mitsubishi Electric PEAD-AA15NL R454B: 15k BTU P-Series Concealed Horizontal-Ducted Indoor Unit (Qty x1)
• MITSUBISHI ELECTRIC PEAD-AA42NL - Mitsubishi Electric PEAD-AA42NL Concealed Duct Indoor Unit (Qty x1)
• MITSUBISHI ELECTRIC PAC-LMA30BC - Mitsubishi Electric PAC-LMA30BC 3-Port Branch Box (Qty x1)

Key Details

• Weight of Bundle: 366 lb (Mitsubishi 225 lb + Mitsubishi 58 lb + Mitsubishi 78 lb + Mitsubishi 5 lb)
• MXZ-SM48NL: 48,000 BTU, SEER2: 21.50, R454B refrigerant, 8 zones support
• PEAD-AA15NL: 15,000 BTU, 208/230V, R454B refrigerant, 33 dB(A) sound level
• PEAD-AA42NL: 42,000 BTU, R454B refrigerant, 37-45 dB sound level, 9 7/8 H x 55 1/8 W x 28 7/8 D
• PAC-LMA30BC: Connects 3 indoor units, R454B compatible, 208/230V power supply

Use & Compatibility

This bundle is intended for use in multi-zone HVAC systems, providing efficient heating and cooling solutions for various residential and light commercial spaces. The components are compatible with Mitsubishi Electric's M-Series and P-Series indoor units, ensuring seamless integration and optimal performance.