AIR CONDITIONING SOLUTIONS
FOR LARGER BUILDINGS
The Toshiba MiNi VRF is a small VRF system suitable for both commercial applications and more private spaces. Great flexibility and control power are combined in a VRF system, which is a small and compact enough to fit on a balcony.
The SHRMi (Super Heat Recovery Multi) delivers simultaneously cooling and heating and has exceptional energy efficiency. The advanced 3-pipe technology enables heat recovery between indoor units for unprecedented economy and performance.
With the innovative and sophisticated Toshiba technology, the SMMSi (Super Modular Multi System) system ensures extraordinary flexibility in any application.
The 2-pipe SMMSi system operates with R-410A refrigerant and incorporates the all inverter twin-rotary double compressors.
It offers outstanding energy efficiencies at partial load conditions which represent most of the operation conditions. The capacities range from 14 to 135kW in cooling mode and 16 to 50 kW in heating mode with a capacity to serve up to 48 indoor units.
Introducing Toshiba’s new advanced SMMSe VRF all inverter compressor technology for
large building applications.
The SMMSe offers a whole new efficiency experience combining 3 core technologies – compressor, heat exchanger and advanced intelligent control. With a smaller footprint and larger capacity units that have a capacity of 56kW (in a single module) to 157kW (in one system), you can save time and money on additional units, save energy and increase flexibility of design and installation.
Ceiling cassette AC systems are suitable for use in wide range of applications such as shops and small offices. Aesthetically pleasing and with a stylish appearance, the Ceiling Cassette System fits with interiors where design is as important as functionality. The Ceiling Cassette AC suits all standard ceilings and is easy to install and maintain.
UNDER CEILING SYSTEMS
These ceiling suspended indoor units are ideally suited for light commercial applications. It creates a very pleasant and relaxing environment, diffusing rapidly and uniformly the required temperature in both cooling and heating mode.