14kw To 28kw Home Ducted VRF System Fresh Air Processor Central Ac Indoor Unit 1 Phase

VRF High Static Pressure Fresh Air Processor With Cooling Capacity 14 to 28kw

Product Description:

The DC Inverter Mini VRF is designed to use R410A refrigerant, a non-ozone depleting substance with excellent thermodynamic properties. This refrigerant is environmentally friendly and has a low global warming potential, making it an eco-conscious choice for those who prioritize sustainability.

One of the key features of the DC Inverter Mini VRF is its ability to connect up to 12 indoor units, which can be controlled individually or as a centralized system. The indoor units come in different types: ceiling cassette, concealed duct, wall mounted, floor ceiling and floor standing, providing flexibility in installation and ensuring maximum comfort for occupants.

The DC Inverter Mini VRF is also equipped with a direct drive mini VRF system, which ensures smooth and quiet operation. This feature is particularly important in settings such as libraries, hospitals, and offices where low noise levels are essential.

The DC Inverter Mini VRF is a cost-effective solution for those looking for an air conditioning system that is energy efficient, environmentally friendly, and easy to install. Its advanced features, including the DC inverter compressor and direct drive mini VRF system, make it a reliable and efficient option for any home or office.

Features:

1. Healthy and comfortable environment

Fresh air is imported, provides a healthy and comfortable living environment.

2. Fresh air processing unit

Both fresh air filtration and heating/cooling can be achieved in a single system. Indoor units and fresh air processing unit can be connected to the same refrigerant system, increase design flexibility and greatly reduce total system costs.

3. High external static pressure

External static pressure can be up to 220Pa for more flexible duct applications.

Technical Parameters:

DC Inverter VRF product suitable for heating in low temperature.