VRF Systems

XPower Variable Refrigerant Flow System (VRF)

Single unit capacity: 4HP, 5HP, 6HP, 8HP, 10HP, 12HP, 14HP, 16HP, 18HP & 20HP Combination ratio: 50% - 135%. Suitable to precisely match the building’s cooling and heating demands, Carrier® VRF systems utilize a 2-pipe system for heat pump high ambient models. Depending on the system, a single outdoor VRF condenser can power up to 64 independent indoor units. This provides superior zoning because the refrigerant flow can vary from location to location, delivering only the necessary capacity to each zone. The system adjusts refrigerant flow to each indoor unit based on its operating conditions. It computes the amount of refrigerant required by each indoor unit and controls the refrigerant flow to ensure the desired comfort level for every room.

Simultaneous Heating & Cooling :

Heat recovery and flexible refrigerant flow make it possible to heat and cool different zones on a single refrigerant piping system at any given time. This also helps increase efficiency by capturing what would have been wasted energy from one space and returning it to the other space as useful energy.

Inverter-Driven Compressors :

Every outdoor unit is equipped with multiple inverter-driven compressors that provide efficiency and comfort.

Reliability:

The operating sequence of the individual compressors is rotated, balancing their operating hours and distributing load evenly. Inverters reduce the risk of compressor failure and eliminate on/off power surges

Flexibility:

Carrier® now has the most diverse selection of VRF products on the market. Smaller equipment footprints matched with longer pipe lengths means there’s a VRF configuration for virtually any commercial or large residential application. VRF systems provide flexibility on reconfiguration of space for future use and can seamlessly adapt to building changes. Changing space can be easily accommodated with the different styles of indoor units without compromising the comfort level

Comfort:

The system adjusts the flow of refrigerant to each indoor unit based on its operating conditions. It computes the amount of refrigerant required by each indoor unit and controls the refrigerant flow to ensure desired comfort level without over cooling or heating of the space.