Ducted air conditioners are centralized systems that use ducts to distribute cooled or heated air throughout multiple rooms, making them ideal for large spaces such as offices, restaurants, and homes. Built for heavy-duty performance, these commercial-grade units are designed to operate reliably under demanding conditions and offer centralized temperature control for enhanced comfort and efficiency.
Ducted systems come in three main types: Split Ducted (with separate indoor and outdoor units), Packaged Ducted (a self-contained unit), and Rooftop Ducted (mounted on rooftops, commonly for commercial use). These systems are available in capacities ranging from 1.0 to 11.0 tons, offering scalable solutions for various applications.
A ducted air conditioning system is a centralized cooling/heating solution that uses a network of ducts to distribute conditioned air to multiple rooms or zones from one central unit. Unlike individual split-units, a ducted AC conceals the main machinery (evaporators, condensers) away from view—often in the ceiling, roof or a dedicated plant room—with only vents visible in the indoor spaces.
You base it on room area (sq ft / sq m), ceiling heights, number of occupants, heat load (from lighting, electronics, sun exposure), insulation, and whether multiple zones are needed. Undersizing causes poor cooling; oversizing causes inefficiency and moisture issues.
Usually yes, because they require more components (ductwork, vents, insulation, centralized units). But for large spaces or multiple rooms, the long-term benefits (aesthetics, centralized control, potential energy savings) often offset the extra cost.
Good ductwork design includes proper sizing (cross‐sectional area), layout to avoid too many bends or distance that causes airflow loss, proper sealing of joints, sufficient insulation, and balancing dampers or zone controls to ensure uniform airflow.
Yes. Zonable systems allow separate temperature control in different rooms or areas using dampers and separate thermostats, improving comfort and saving energy (you don’t have to cool unoccupied zones).