High Connection Ratio
Matrix S8 series outdoor units support the indoor units connected ratio up to 150% for a more efficient and flexible system configuration.

Flexible Indoor Units Connection
Matrix S8 series supports connecting 11 types of indoor units, a system supports up to 100 indoor units, freeing up considerable space outside. Use your backyard more wisely with much more space available created by less number of outdoor units.

Flexible Piping Design
Flexible pipeline layout makes it easier to designing systems for apartment or office, and you can also arrange outdoor units on the exterior walls of the AC floors.

*The longest pipe length after first branch is 40m as standard but can be extended to up to 90m under certain conditions. Please contact manufacturer for further information.

Extended Operation Conditions
Matrix S8 series is extremely reliable even under the most harsh conditions. The units can operate in cooling mode at extreme temperature 56°C.

Space Saving
Compared to the Matrix A7 Top discharge series, with the same capacity, it can save up to 60% of the footprint.

Wide Capacity Range
Maximum 4 units combine together, up to 104HP in one system.

Easy Transportation
S8 series can be transported by elevator which makes installation dramatically easy, and effectively reduces time and labor thanks to the small size.

Cycle Operation
In one combination system, all outdoor units operate as alternative in cycle to keep equal running time, realize higher stability, better reliability and longer lifespan.

EVI Technology
The system uses the well-known brand EVI compressor and is equipped with cool and heat dual injection technology. Under high-temperature cooling and low-temperature heating conditions, the high-precision injection enthalpy valve replenishes superheated gas into the middle cavity of the compressor through the middle air supply pipe of the compressor.It effectively improves the compressor exhaust temperature and achieves the spray enthalpy effect of quasi-two-stage compression, achieving a 20% increase in high-temperature cooling capacity and a 15% increase in low-temperature heating capacity.