Compact

DXair compact design eliminates the need for large mechanical spaces and rooftop applications. Mechanical surveys have confirmed that 90% of roof top systems do not get proper attention when service techs are working in cold, rain or snow conditions. The DXair mini foot print 60 ton unit will fit through a 36 inch door.

 

Refrigerant

DXair uses 79% less refrigerant. DXair engineers 21 years ago developed a simple refrigeration management system that eliminates oversized receivers and massive amounts of refrigerant. These proven innovations drastically reduce maintenance costs while maintaining system simplicity and efficiency.

Coils

For years the industry has clung to the theory that 8 row evaporator coils can remove more moisture than a 3 or 4 row coil. From an engineering perspective, this is a myth with whiskers on it. It comes down to surface area, coil temperature and dwell time, not how many rows in the bundle. In addition, 8 row coils are impossible to clean and also require a lot more horsepower on the blower to overcome the excessive static. DXair super-efficient 3 & 4 row cleanable evaporator coils have more surface area per nominal ton, are cleanable and outperforms the high static impossible to clean 8 row bundles that some companies continue to use.

MAXevap

DXair MAXevap is an exclusive design on all DXair dehumidification systems that allows the dehumidifier to maintain an evaporator coil temperature at 33 degrees F regardless of entering dry bulb or wet bulb temperature. DXair with MAXevapTM outperforms all other systems latent removal rate.

Air Delivery
DXair

The current industry answer to increasing the latent capacity of any DX system is to lower the fan speed. This is contrary to effectively controlling moisture in high humidity envelopes, more air flow is required, not less. DXair MAXevapTM keeps the evaporator coil temperature at 33F without altering the systems CFM design output.