Mitsubishi Multi-Zone 60000 BTU R-454B 20 SEER2 5-Zone Wall-Mounted Hyper Heat Mini Split Heat Pump System - 6K+6K+6K+15K+18K

Description

This comprehensive HVAC bundle is designed to provide efficient heating and cooling solutions for both residential and commercial environments. Featuring a powerful Mitsubishi Electric MXZ-SM60NL Multi-Zone Heat Pump Outdoor Unit, this bundle allows for flexible climate control across multiple zones. Paired with three advanced wall-mounted indoor units (MSZ-FX06NL, MSZ-FX15NL, and MSZ-FX18NL), this setup ensures optimal comfort with whisper-quiet operation and smart technology integration. The inclusion of the PAC-LMA50BC 5-Port Branch Box enhances refrigerant management, making it an ideal choice for those looking to upgrade or install a multi-zone system.

What's Included

• MITSUBISHI ELECTRIC MXZ-SM60NL - Multi-Zone Heat Pump Outdoor Unit (Qty x1)
• MITSUBISHI ELECTRIC MSZ-FX06NL - FX-Series Wall Mounted Unit 6k BTU (Qty x3)
• MITSUBISHI ELECTRIC MSZ-FX15NL - FX-Series Wall Mounted Unit 15k BTU (Qty x1)
• MITSUBISHI ELECTRIC MSZ-FX18NL - FX-Series Wall Mounted Unit 18k BTU (Qty x1)
• MITSUBISHI ELECTRIC PAC-LMA50BC - 5-Port Branch Box (Qty x1)

Key Details

• Weight of Bundle: 391.8 lb (Mitsubishi 225 lb + Mitsubishi 87 lb + Mitsubishi 36.4 lb + Mitsubishi 36.4 lb + Mitsubishi 7 lb)
• Cooling Capacity: 60,000 BTU (MXZ-SM60NL)
• Heating Capacity: 66,000 BTU (MXZ-SM60NL)
• Wall Unit Cooling BTU: 6,000 (MSZ-FX06NL), 15,000 (MSZ-FX15NL), 18,000 (MSZ-FX18NL)
• SEER2 Rating: Up to 35 (MSZ-FX06NL)
• Refrigerant Type: R-454B (All Units)
• Voltage: 208/230 V (All Units)
• Sound Level: As low as 20 dB(A) (MSZ-FX06NL)
• Dimensions: Varies by unit (Refer to specifications)

Use & Compatibility

This bundle is ideal for multi-zone heating and cooling applications, providing efficient climate control for various room sizes. The outdoor unit connects seamlessly with the included indoor units, making it suitable for both residential and commercial installations. The branch box facilitates optimal refrigerant flow, ensuring consistent performance across all connected units.