Industrial air conditionerGeneral Airstage V-III AJG378LALBH, outdoor unit

The FUJITSU VRF Series V-III system is a large multi-zone system that effectively air-conditions both multi-storey buildings and private homes. Laconic and modern design, wide model range with performance from 8 to 54 hp. in increments of 2 hp, the ability to connect up to 64 indoor units. The total performance of connected indoor units of the VRF system V-III TM FUJITSU is up to 150%.

The highest COP level for any combination of units is achieved by a set of unique technologies, such as a special heat exchanger design, a powerful DC-inverter compressor, and a powerful large-diameter fan. Due to the longest pipe line length in its class of 1000 m, as well as the length of the route from the first splitter to the most distant indoor unit - up to 90 m, the FUJITSU TM VRF system is easy to design and select for any building layout.

Industrial air conditionerGeneral Airstage V-III AJG378LALBH, outdoor unit

• Excellent energy savingsInverter heat pump: High energy savings in both cooling and heating thanks to All DC inverter technology to maximize seasonal efficiency.

• Maximum efficiency of each operationAll our combinations have maximum processability and efficient consumption thanks to our
  energy coefficients.Some of the benefits are possible thanks to our exclusive air access design to the heat exchanger, our highly efficient DC Twin Rotary compressor and our innovative design that increases the effective exchange surface by up to 1.7 times.

• Easy installation and maintenanceEasy connection and flexible communication between units make our units and their maintenance easy to operate even in large ground systems.
• High static pressure of 82 PaThe outdoor unit can have an air exhaust duct with a static pressure of up to 82 Pa. This allows the outdoor unit to be installed inside the machine room and have the ability to exhaust.
• Advanced operation controlWhen the units are connected to each other, the various compressors operate in a complex manner. Efficiency is significantly increased by the rotary compressor operating at low speeds, distributing the force.
• Ideal heat exchanger controlThe heat exchanger is divided into 2 parts: upper and lower. Heat exchange efficiency is increased by optimal control of the refrigerant, which is distributed to the upper part of the heat exchanger, where the incoming air flow is greater.