Gree Free Match Multi Split Reverse Cycle Air Conditioner

Multi Split System (Reverse Cycle) Air Conditioners

The Gree Free Match is a flexible multi split air conditioning system designed to provide heating and cooling throughout your home or office using a single outdoor unit. One outdoor unit can connect to up to five indoor units, helping reduce the space required for multiple outdoor units while providing individual temperature control in each room.

Choose from a range of Gree indoor units to suit different rooms and installation requirements, including wall-mounted, floor-standing, ducted and cassette options. Each indoor unit can be controlled independently, allowing different rooms to be set to the temperature that suits them.

Gree Free Match systems use G10 inverter technology and R32 refrigerant, with indoor unit capacities ranging from 2.5kW to 7.1kW depending on the selected model. The range is backed by Gree's six-year parts and labour warranty when installed by an industry-qualified installer.

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Key Features

G10 Inverter Technology

Gree’s G10 inverter technology continuously adjusts compressor operation to match the heating and cooling demand of the space. This helps maintain a more consistent indoor temperature while improving energy efficiency compared with traditional fixed-speed systems.

Individual Room Control

With up to five indoor units connected to a single outdoor unit, Gree Free Match allows each room to have its own indoor unit and controller. This means occupants can adjust the temperature in individual rooms without affecting the comfort settings elsewhere in the home or office.

Advanced Air Filtration

The Free Match range incorporates advanced filtration technology designed to help remove airborne impurities and contaminants. Gree's product information states that its photocatalytic filtration system can eliminate 99.9% of bacteria and contaminants.

WiFi Control

Compatible Free Match systems can be equipped with Wi-Fi control, allowing users to operate the air conditioner remotely from a smartphone or tablet. Available functions include controlling the operating mode, temperature and fan speed.

Six-Year Parts & Labour Warranty

Gree Free Match systems are backed by a six-year parts and labour warranty when installed by an industry-qualified installer, providing additional confidence in your air conditioning investment.

R32 Refrigerant

Gree Free Match uses R32 refrigerant, which offers a lower global warming potential than R410A along with strong energy efficiency and heat-transfer performance.

G10 Inverter Technology

Gree’s G10 inverter technology continuously adjusts compressor operation to match the heating and cooling demand of the space. This helps maintain a more consistent indoor temperature while improving energy efficiency compared with traditional fixed-speed systems.

Individual Room Control

With up to five indoor units connected to a single outdoor unit, Gree Free Match allows each room to have its own indoor unit and controller. This means occupants can adjust the temperature in individual rooms without affecting the comfort settings elsewhere in the home or office.

Advanced Air Filtration

The Free Match range incorporates advanced filtration technology designed to help remove airborne impurities and contaminants. Gree's product information states that its photocatalytic filtration system can eliminate 99.9% of bacteria and contaminants.

WiFi Control

Compatible Free Match systems can be equipped with Wi-Fi control, allowing users to operate the air conditioner remotely from a smartphone or tablet. Available functions include controlling the operating mode, temperature and fan speed.

Six-Year Parts & Labour Warranty

Gree Free Match systems are backed by a six-year parts and labour warranty when installed by an industry-qualified installer, providing additional confidence in your air conditioning investment.

R32 Refrigerant

Gree Free Match uses R32 refrigerant, which offers a lower global warming potential than R410A along with strong energy efficiency and heat-transfer performance.