AIRSTAGE VRF Systems VR-II Series

Features

Series Features

High Operating Energy Efficiency
Energy saving technology that boosted operation efficiency
Ideal heat exchanger path control
Sophisticated operating control
Flexible piping connection
Flexible installation of refrigerant branch unit

Outdoor Units Line up

	For 208 /230V	For 460V
6 Ton(s)	AOUA72TLBV	AOUA72TLCV
8 Ton(s)	AOUA96TLBV	AOUA96TLCV
10 Ton(s)	AOUA120TLBV	AOUA120TLCV
12 Ton(s)	AOUA144TLBVG	AOUA144TLCVG
14 Ton(s)	AOUA168TLBVG	AOUA168TLCVG
16 Ton(s)	AOUA192TLBVG	AOUA192TLCVG
18 Ton(s)	AOUA216TLBVG	AOUA216TLCVG
20 Ton(s)	AOUA240TLBVG	AOUA240TLCVG
22 Ton(s)	AOUA264TLBVG	AOUA264TLCVG
24 Ton(s)	AOUA288TLBVG	AOUA288TLCVG

System overview

Simultaneous cooling and heating operation by a single refrigerant system

Cooling and heating operation can be selected individually for each indoor unit to provide a comfortable room environment in each room by accommodating widely varying temperatures among them.

Year-round cooling operation

Choose the year-round cooling option for rooms and other spaces that require constant temperature control throughout the year.

Handles changes in the temperature difference

The operation mode can be changed when there are large temperature differences during the day, such as between seasons.

Features

Highly energy-efficient operation

Our heat recovery systems achieve outstanding energy efficiency by transferring heat energy from rooms to be cooled to rooms to be heated.

Energy-saving technologies for boosting operational efficiency

Large powerful propeller fan

The fan designed by using CFD^*1 achieves both high performance and low-noise operation.

*1.: CFD: Computational Fluid Dynamics

3 phase DC fan motor

Efficiency is substantially improved by using a high efficient motor with sophisticated driver control. In addition, the DC fan motor operates very quietly.

Sine-wave DC inverter control

High efficiency is achieved by the adoption of a reduced switching loss IPM.

4-face heat exchanger

The 4-face heat exchanger increases the effective surface area and significantly improves heat-exchanging efficiency.

Subcooling heat exchanger

The double-pipe structure with internal projections achieves great heat-exchanging efficiency.

High-efficiency, large-capacity DC inverter compressor

A high-efficiency, large-capacity DC twin-rotary compressor offers excellent intermediate capability.

Front slanted-corner air-intake port

When multiple outdoor units are installed, the uniquely shaped front intake improves the airflow into the heat exchanger.

All-inverter compressor

Large capacity DC inverter compressor

Large capacity high efficiency DC twin rotary compressor with excellent intermediate capability.

Ideal heat exchanger path control

Heat exchanger is split into top and bottom. Heat exchange efficiency is improved by optimum heat exchanger path refrigerant control. Refrigerant is more distributed at the top side heat exchanger with a large intake airflow.

Sophisticated operation control

When multiple outdoor units are connected, sophisticated operation is performed by each compressor. Efficiency is improved by all compressors at part load and distributing refrigerant to all of the heat exchangers rather than to one compressor.

Flexible piping connection

Improved flexibility of refrigerant piping is achieved through the use of various piping and heat recovery refrigerant branch (RB) unit connections, for adjustments to the floor layout and building structure.

The RB unit can be freely positioned between the first branch and the indoor unit.
The maximum height difference between RB units is 49ft.(15m).
1: RB Unit is not necessary for cooling only use.