Description
This comprehensive Mitsubishi Electric bundle is designed for optimal heating and cooling solutions in both residential and commercial settings. Featuring a powerful multi-zone heat pump outdoor unit and three compatible indoor air handlers, this collection ensures efficient climate control tailored to your specific needs. The MXZ-SM60NL outdoor unit connects seamlessly with the MSZ-FX12NL and MSZ-FX15NL wall-mounted units, providing flexibility and advanced features such as smart control and multi-stage filtration. The PAC-LMA30BC branch box enhances refrigerant distribution, making this bundle a complete solution for effective temperature management.
What's Included
- MITSUBISHI ELECTRIC MXZ-SM60NL - Mitsubishi Electric MXZ-SM60NL Multi-Zone Heat Pump Outdoor Unit (Qty x1)
- MITSUBISHI ELECTRIC MSZ-FX12NL - Mitsubishi Electric MSZ-FX12NL FX-Series Wall Mounted Unit 12k BTU Hyper Heat Air Handler (Qty x1)
- MITSUBISHI ELECTRIC MSZ-FX15NL - Mitsubishi Electric MSZ-FX15NL FX-Series Wall Mounted Unit 15k BTU Hyper Heat Air Handler (Qty x1)
- MITSUBISHI ELECTRIC PAC-LMA30BC - Mitsubishi Electric PAC-LMA30BC 3-Port Branch Box (Qty x1)
Key Details
- Weight of Bundle: 302.8 lb (Mitsubishi 225 lb + Mitsubishi 36.4 lb + Mitsubishi 36.4 lb + Mitsubishi 5 lb)
- Cooling Capacity: 60,000 BTU (MXZ-SM60NL)
- Heating Capacity: 66,000 BTU (MXZ-SM60NL)
- Indoor Unit Cooling: 12,000 BTU (MSZ-FX12NL), 15,000 BTU (MSZ-FX15NL)
- SEER2 Rating: Up to 23 (MXZ-SM60NL), Up to 35 (MSZ-FX12NL), Up to 20 (MSZ-FX15NL)
- Voltage: 208/230V
- Noise Level: As low as 20 dB (MSZ-FX12NL)
- Dimensions: Varies by unit (MXZ-SM60NL: 41-11/32 in W x 13 in D x 52-11/16 in H)
- Refrigerant Type: R454B
Use & Compatibility
This bundle is ideal for multi-zone heating and cooling applications, providing efficient climate control across various indoor spaces. The outdoor unit is compatible with M-Series, P-Series, and CITY MULTI indoor units, while the branch box facilitates connections to multiple indoor units, ensuring balanced refrigerant flow for optimal performance.