A multi-head split system is an air conditioning setup that connects one outdoor unit to multiple indoor units, allowing for independent temperature control in different rooms or zones. This type of system is ideal for homes or offices that require customised climate control.
A multi-head split system works by connecting a single outdoor unit to multiple indoor units through refrigerant piping. Each indoor unit can be individually controlled, meaning you can set different temperatures in various rooms, all from a central outdoor unit.
Multi-head systems offer zone control and flexibility, allowing you to cool or heat different rooms independently. They’re energy-efficient, reduce outdoor space requirements, and provide consistent comfort for multiple areas without the need for multiple outdoor units.
The size of your multi-head system depends on the number and size of the rooms you want to condition, as well as factors like ceiling height and insulation. Our team can help you determine the right system size for effective and efficient cooling and heating.
Yes, a multi-head system is often more energy-efficient than installing separate single split systems. With one outdoor unit powering multiple indoor units, energy usage is optimised, and the system can adjust output based on each room’s specific needs.
Multi-head split systems should be serviced annually to maintain efficiency and extend their lifespan. Regular servicing includes cleaning filters, inspecting refrigerant levels, and checking for any potential issues with the indoor and outdoor units. Ask us about how we can service your exisiting multi head system.
Yes, multi-head split systems can be installed in existing homes with minimal disruption. The installation involves placing the indoor units in your desired rooms and connecting them to a single outdoor unit.
Yes, most multi-head split systems are reverse cycle, providing both cooling and heating options. This makes them versatile for year round comfort, allowing you to easily adjust for seasonal changes with a single system.