ClearAir® Air-to-Water Heat Pump

Heat Pumps
CB-ClearAir

  • Compressor: Reciprocating (single)
  • Electrical: 480 V/ 3-phase / 60-Hz
  • Emissions (ppm NOx): Zero Emissions
  • Nominal COP: 2.7
  • Outlet Water Temperature Range: 86°F (30°C) to 176°F (80°C)
  • Refrigerant: R-513A
  • Nominal Capacity: 350 MBH (102.6 kW)
  • Zero emission, highly efficient hydronic heating solution
  • Maximum outlet water temperature: 176°F (80°C)
  • Nominal Capacity: 350 MBH (102.6 kW)
  • Multiple units can be connected together for added system capacity

 

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The ClearAir heat pump uses electricity to deliver heating with zero site emissions, helping you meet decarbonization goals. With a Coefficient of Performance (COP) greater than 1.0, it supplies more heat energy than the electricity it consumes.

  • Product Overview
  • Related Resources
  • Applications
  • Integrated monobloc design simplifies installation, maintenance, and service.
  • Outdoor rated and supports mounting on roof or on grade.
  • Reciprocating compressor for high pressure, high temperature applications.
  • Uses R-513A refrigerant, with 573 GWP and classified A1, complying with strict environmental and safety policies.

The ClearAir® heat pump can deliver outlet water temperatures up to 176°F (80°C), making it well-suited for high temperature-rated coils, radiators, and terminal units found in many existing buildings, enabling efficient system upgrades without costly equipment replacements.

The ClearAir® AW0350 heat pump is a key component of a scalable system design.

  • A single unit is ideal for smaller loads or dedicated applications
  • Multiple units can be connected together for added system capacity
  • Hybrid systems combining ClearAir® heat pumps with boilers ensure backup at peak demand, reducing carbon footprint with no risk to heating reliability
Whether your project is a retrofit, major upgrade, or new construction, the ClearAir® heat pump delivers reliable performance across a wide range of applications—all while reducing your project’s carbon footprint