Articles Tagged with ''VRF (Variable Refrigerant Flow)''

Whether it’s geothermal technology, inverter compressors, or Internet of Things (IoT)-enabled devices, HVACR contractors are constantly on the lookout for the next big thing.

Carrier’s Toshiba Carrier Variable Refrigerant Flow (VRF) heating and cooling products can now connect seamlessly to the i-Vu building automation system (BAS), which allows building operators to manage their HVAC systems around the clock, from anywhere.

With all its piping, brazing, sophisticated controls, and new-age software, variable refrigerant flow (VRF) may seem like a daunting technology to some contractors.

The joint venture will include marketing, sales, and distribution of ductless and variable refrigerant flow (VRF) heating and air conditioning systems through Ingersoll Rand’s Trane and American Standard commercial and residential channels and existing Mitsubishi Electric distributors and representatives in the U.S. and select countries in Latin America.

This line of cold plasma generators (CPGs) for premium IAQ has been expanded to serve residential, commercial, and ductless variable refrigerant flow (VRF) applications.

The ProSpace VRF Low-Ambient Outdoor Unit provides a low-cost method of heating and cooling buildings for a variety of applications. It is designed for easy installation, start-up, and service. It is available in 6- to 24-ton configurations with 100 percent heating and cooling capacity down to minus 13°F and minus 25°C.

Hitachi SmartFlex™ VRF Gen II offers a re-engineered outdoor unit line with an impressive operating range, a wider selection of single module sizes, and an indoor unit line that includes re-engineered ducted units with greater static pressure, a full range of multi-port change-over boxes for heat recovery systems, and enhanced controllers.

On the National Register of Historic Places, the renovation of The Mill required an update to modern amenities with limited modifications of the building’s envelope. In addition to the preservation of the structure, the developer also desired to make the building a net-zero facility in the future, with plans to restore the turbine of the pre-existing hydro-electric dam.

The York VRF Gen II includes a re-engineered outdoor unit line with an impressive operating range, a wide selection of single module sizes, an indoor unit line that includes re-engineered ducted units with greater static pressure, a full range of multi-port change-over boxes for heat recovery systems, and enhanced controllers.