Air conditioner for multi-storey buildings General Airstage V-III AJG486LALBH

The V-III series VRF system from TM FUJITSU is an effective solution for air conditioning in multi-storey buildings and private homes. It has a laconic and modern design and includes a wide range of models with a capacity from 8 to 54 hp in 2 hp increments. The ability to connect up to 64 indoor units makes this system universal and flexible. The total capacity of the connected indoor units can reach 150%.

The highest level of performance coefficient (COP) is achieved thanks to unique technologies such as a special heat exchanger design, a powerful DC inverter compressor and a large-diameter fan. The VRF TM FUJITSU system is easy to design and fits any building layout thanks to the longest pipe line in its class - up to 1000 m, and the distance from the first branch to the most remote indoor unit - up to 90 m.

High static pressure of 82 Pa allows you to connect an additional air duct to the outdoor unit, which makes it possible to install outdoor units in technical rooms of high-rise buildings. A comfortable indoor microclimate is maintained even during oil return, since the system continues to operate.

General Airstage V-III Multi-Story Air Conditioner AJG486LALBH

• Excellent Energy SavingsInverter Heat Pump: High energy savings in both cooling and heating thanks to All DC inverter technology to maximize seasonal efficiency.
• Easy Installation and MaintenanceEasy wiring and flexible communication between units make our units and their maintenance easy to operate, even in large ground-based systems.
• High Static Pressure of 82 PaThe outdoor unit can have an exhaust duct with a static pressure of up to 82 Pa. This allows the outdoor unit to be installed inside the machine room and still be able to exhaust.
• Advanced Operation ControlWhen the units are linked together, the different 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.

Maximum efficiency of every operation

All our combinations have maximum technology and efficient consumption thanks to our
energy coefficients. Some advantages are possible thanks to our exclusive design of air access to the heat exchanger, our highly efficient DC Twin Rotary compressor and our innovative design, which increases the effective exchange surface up to 1.7 times.