ACiQ

ACiQ manufactures professional-grade HVAC equipment including high-efficiency air handlers, heat pumps, and air conditioning systems for commercial and residential installations. Each unit features R454B refrigerant technology with SEER2 ratings from 13.4 to 18.6 across tonnage options spanning 1 ton through 5 ton capacities.

Professional ACiQ HVAC Equipment: Engineered for Modern Climate Control

ACiQ has built its reputation by creating systems that merge performance, efficiency, and dependability. Each air handler and heat pump system incorporates R454B refrigerant technology, providing cooling and heating capabilities while meeting current environmental standards. This focus on innovation ensures every installation delivers the comfort and efficiency your projects demand.

Need cooling power on a larger scale? Our selection of rugged Commercial Air Conditioners provides dependable performance for offices, retail spaces, and light-industrial sites.

Complete Range of 3 Ton and Multi-Capacity Solutions

The ACiQ product line offers extensive coverage for diverse heating and cooling applications. From compact 1.5 ton units perfect for smaller residential spaces to robust 4 ton systems built for larger commercial projects, each unit delivers precise BTU output matched to your specific requirements. The 3 ton models are ideal for many installations, providing ample capacity while maintaining excellent energy efficiency ratings.

Key capacity options include:

  • 1 ton through 5 ton air handlers for ducted applications
  • High efficiency heat pump systems with SEER2 ratings reaching 18.6
  • Extreme Series inverter models for maximum performance
  • R454B refrigerant systems for environmental compliance

Explore our full lineup of ACiQ Air Handlers for ducted installations requiring precise airflow management.

Inverter Technology for Enhanced Performance

Modern ACiQ HVAC systems incorporate inverter technology that adapts power consumption to actual demand, reducing monthly energy bills while maintaining consistent comfort levels. The quiet operation of these units makes them ideal for both residential and commercial settings where noise control matters. Each system undergoes rigorous testing to ensure reliable performance even in extreme heat conditions, with some models operating effectively down to -22°F.

For projects prioritizing all-weather efficiency, choose from our range of variable-speed ACiQ Heat Pumps engineered to deliver year-round comfort.

Installation Flexibility and Technical Support

ACiQ offers both ducted air handler configurations and ductless mini split options, giving contractors the flexibility to address virtually any heating and cooling challenge. The traditional heat pumps work seamlessly with existing ductwork, while wall mount mini split systems provide zone-specific control for targeted comfort. Whether you're retrofitting an older building or designing a new construction project, ACiQ has a solution that fits your specifications.

The company's commitment to providing technical support extends beyond the equipment itself. Documentation, installation guides, and ongoing customer service ensure that every ACiQ system performs at its peak throughout its operational life. This dedication explains why HVAC professionals consistently choose ACiQ for their most demanding projects.

Frequently Asked Question

ACiQ air handlers range from 1 ton to 5 ton capacities, with both standard Central series and Extreme+ series models available for different performance requirements.

ACiQ heat pumps achieve SEER2 ratings up to 18.6, with the Extreme Series inverter models providing the highest efficiency across multiple tonnage options.

Yes, all ACiQ air handlers, heat pumps, and condensers are designed for R454B refrigerant, meeting current environmental regulations and industry standards.

Extreme+ series air handlers offer enhanced performance features and higher efficiency ratings compared to the standard Central series ducted air handlers.

All ACiQ Extreme Series heat pumps feature inverter technology for variable speed operation, providing improved efficiency and precise temperature control capabilities.

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