Mitsubishi Multi-Zone 36000 BTU R-454B 20 SEER2 3-Zone Wall-Mounted Mini Split Heat Pump System - 6K+15K+15K

Description

This comprehensive bundle includes essential components for a multi-zone heating and cooling system, perfectly suited for both residential and commercial applications. The Mitsubishi Electric MXZ-SM36NL Multi-Zone Heat Pump Condenser serves as the backbone, providing efficient performance across multiple zones. Paired with two wall-mounted air handlers, the MSZ-GX06NL and MSZ-GX15NL, this setup ensures optimal climate control tailored to individual room needs. The PAC-LMA30BC branch box facilitates seamless connections between the condenser and air handlers, ensuring balanced refrigerant flow and precise temperature maintenance. Together, these components create a robust and versatile HVAC solution.

What's Included

• MITSUBISHI ELECTRIC MXZ-SM36NL - Multi-Zone Heat Pump Condenser (Qty x1)
• MITSUBISHI ELECTRIC MSZ-GX06NL - R454B 6k BTU Heat Pump Wall Mount Air Handler (Qty x1)
• MITSUBISHI ELECTRIC MSZ-GX15NL - R454B 15k BTU Heat Pump Wall Mount Air Handler (Qty x2)
• MITSUBISHI ELECTRIC PAC-LMA30BC - 3-Port Branch Box (Qty x1)

Key Details

• Weight of Bundle: 232 lb (Mitsubishi 161 lb + Mitsubishi 22 lb + Mitsubishi 44 lb + Mitsubishi 5 lb)
• Cooling Capacity: 36,000 BTU (MXZ-SM36NL)
• Heating Capacity: 41,000 BTU (MXZ-SM36NL)
• Airflow: Up to 586 CFM (MSZ-GX15NL)
• SEER2: 23 (MXZ-SM36NL), Up to 28.4 (MSZ-GX06NL)
• Refrigerant Type: R454B
• Voltage: 208/230 Volts
• Dimensions: 41-11/32 x 13 x 52-11/16 inches (MXZ-SM36NL)
• Weight: 27 lbs (MSZ-GX06NL)

Use & Compatibility

This bundle is designed for use in multi-zone HVAC systems, allowing for customized heating and cooling across various spaces. The MXZ-SM36NL condenser is compatible with M-, P-Series, and CITY MULTI indoor units, while the MSZ-GX06NL and MSZ-GX15NL air handlers can be utilized in both single and multi-zone configurations. The PAC-LMA30BC branch box enhances system efficiency by connecting multiple indoor units, ensuring optimal refrigerant distribution.