Panasonic Australia has introduced the Mini FSV air conditioning system for residential and commercial markets. This announcement also establishes Panasonic Australia as the best in Air-Conditioning technology with a solution to meet every requirement.
The Mini FSV is a reverse cycle VRF system especially produced for the most demanding applications where appropriate cooling or heating load control is required, such as offices, stores and multi-storey flats, and is available now through Coldflow.
The Mini FSV system allows a single exterior unit to power up to nine interior units. The interior units can be a mix of Mid and Low Static Pressure ducted units, Cassette, Mini Cassette, or Wall Mounted units.
With prominent energy efficiency, the Mini FSV offers users a diversity of benefits including a wide variation of control selections to meet the needs of different applications. For instance, building management system integration, web control, and group control.
Some other benefits entail adaptable indoor unit selection to suit every area, individual operation of all involved interior units, less installation and piping complexity and improved building aesthetics because of less exterior units needed and being ready to deliver maximum performance at a lower rate of electricity consumption on demand.
Shane Quinn, Product Marketing Manager of Panasonic Australia – Air Conditioning, mentioned that the new Mini FSV Air-Conditioner system, further confirms Panasonic’s devotion to the Australian Air-Conditioning market. This product provides multiple control options for a variety of installations. With these extended control options, it is possible to accurately cool or heat where it is required in a building.
With the Panasonic Mini FSV, each interior unit directly transmits its load requirements to a single exterior unit that handles the load. This minimizes the risk of a cooling capacity deficit as opposed to a conventional system.
The unit takes advantage of Panasonic Inverter Technology, included in all Air-Conditioning products, which greatly decreases energy consumption.
