Description
This comprehensive HVAC bundle features essential components designed for efficient climate control in both residential and commercial settings. The Mitsubishi Electric MXZ-SM60NL Multi-Zone Heat Pump Outdoor Unit serves as the powerhouse, providing up to 60,000 BTU of cooling and 66,000 BTU of heating capacity. Paired with the PLA-AE30NL and PLA-AE42NL 4-way cassette air handlers, this bundle ensures optimal air distribution and comfort across multiple zones. The PAC-LMA30BC branch box facilitates seamless connections between the outdoor unit and indoor air handlers, while the PLP-41EAEU ceiling grille enhances airflow and system efficiency. Together, these components create a versatile and powerful HVAC solution tailored for diverse applications.
What's Included
- MITSUBISHI ELECTRIC MXZ-SM60NL - Multi-Zone Heat Pump Outdoor Unit (Qty x1)
- MITSUBISHI ELECTRIC PLA-AE30NL - 30,000 BTU 4-Way Cassette Air Handler (Qty x1)
- MITSUBISHI ELECTRIC PLA-AE42NL - 42,000 BTU 4-Way Cassette Air Handler (Qty x1)
- MITSUBISHI ELECTRIC PAC-LMA30BC - 3-Port Branch Box (Qty x1)
- MITSUBISHI ELECTRIC PLP-41EAEU - Ceiling Cassette Grille (Qty x2)
Key Details
- Weight of Bundle: 360 lb (Mitsubishi 225 lb + Mitsubishi 53 lb + Mitsubishi 55 lb + Mitsubishi 5 lb + Mitsubishi 22 lb)
- Cooling Capacity: 60,000 BTU (MXZ-SM60NL)
- Heating Capacity: 66,000 BTU (MXZ-SM60NL)
- Indoor Unit Cooling Capacity: 30,000 BTU (PLA-AE30NL), 42,000 BTU (PLA-AE42NL)
- Refrigerant Type: R-454B
- Voltage: 208/230V
- Sound Level: As low as 28 dB(A) (PLA-AE30NL)
- Dimensions: 41-11/32 in W x 13 in D x 52-11/16 in H (MXZ-SM60NL)
- Weight: 15 lbs (PLP-41EAEU)
- Number of Zones: Up to 8 (MXZ-SM60NL)
Use & Compatibility
This bundle is designed for use in multi-zone HVAC systems, providing efficient heating and cooling across various spaces. The outdoor unit is compatible with M-Series, P-Series, and CITY MULTI indoor units, making it an excellent choice for both residential and commercial applications. The included air handlers and branch box ensure optimal refrigerant distribution and air flow, enhancing overall system performance.