China Packaged Rooftop Unit (RTU) Manufacturers, Suppliers, Factory

R410a Inverter Packaged Terminal Air Conditioner (PTAC) is an economical way to cool and heat your room. Easy to install, clean and maintain for years of satisfied use. The inverter PTAC models are extremely quiet and provide a sleek design, and are available in both heat/cool and heat pump models in sizes from 9000 to 18000 Btu, for either 208/230 volt or 265 volt applications. Whether assessing construction, maintenance, or operating costs, PTACs allow the flexibility to control energy expenses room-by-room, rather than building-by-building.

Instant Hot Water Heat Pump can directly reach the desired water temperature by adopting variable flow rate control technology, featured with tube in tube water heat exchanger, water flow control valve & automatic defrosting function, saving over 2/3 energy than conventional electric water heater.

On Off T3 Swimming Pool Chiller Heat Pump provides pool warm with wide capacicty range, tropical compressor, titanium tube in shell water heat exchanger, R410a for gulf area. With RS485 interface, self-diagnostic & WIFI control function. Applicable for pool water control (heating & cooling function) in extremly hot summer and super cold winter. T3 Pool Series can operate at ambient climate temperature up to 53℃.

Heat Recovery Ventilation (HRV) supplies continuous fresh air from outside in the house. The core of the heat recovery is transfering a portion of heat in the stale air being exhausted to the fresh incoming air from outside before being distributed throughout the house. The result is a continuous supply of fresh air, without unpleasant drafts, and increased comfort for the building occupants.

Floor Ceiling Air Conditioner offer flexibility due to their placement either on the floor or on the ceiling, depending on the rooms' peculiarities. With control panel as standard, optional on-off and inverter type. Through new, advanced technology, inverter type is much more economical to operate and quieter to run than conventional unit.

Air Handling Unit (AHU) provides design flexibility that balances performance and economy without compromising quality, which has a different set of needs including, but not limited to, fresh air intake, humidity control, heating, filtration, and energy recovery. In general, an air handling unit will use a mixture of outside air and recirculated air from the building to filter, cool, and heat. Energy recovery devices are used to transfer heat or moisture from exhausted air to supply air, or vice versa. This helps to reduce energy usage while providing fresh air to the building.