Improved maintenance Energy Saving, Space Saving Compactness and Lightweight
By the optimum arrangement of new design copper coil and high-performance infill, improved performance of maintenance and cleaning for the heat exchanger coil and infill. and also, by adopting special flange type for connecting of heat exchange coil and header to connect certainly, improved performance on installation and detachment of heat exchanger coil.
Improved cooling performance by adopting new high-efficiency fan (for super low noise)
Improved fan performance and noise level by optimum design based on air flow of three dimensional opposite solution method (TURBO design) then realized max. 150 ton per 1 cell.
Unnecessary sprinkler piping work at site by design of internal piping type for all of models
By changing design of sprinkler system to internal piping style, appearance to be simply and site assembly work can be safety. Applying re-cycle PVC for sprinkler piping.
Special inclined Heat Exchanger
In order to improve drainage, adopting special 3D inclined spiral pipe type heat exchanger for all models
he coil used for heat exchanger is made of seamless tube and of deoxidized copper, superb against corrosion. Main components of tower parts are hot dip galvanized in steel parts, while for other parts, FRP as well as PVC materials are used to assure long life and durability. Also sprinkler pump are all of outdoor totally enclosed type, while the impeller is made of bronze copper to be superb against corrosion
Saving on Running and Operating Cost
Be applying fan casing in bell mouth equipped with a high efficient low noise fan, especially designed for cooling tower, and combined with a new developed highly performance heat exchanger, it enables the fan motor to be of low power, thus saving energy and as a result, in effectively the running cost.
Materializing Low Noise Operation
The MXC-UW series in low noise and super low noise models are available in variety of types at your choice to match and or to suit the surroundings and or environments. Also various noise data in details are made available for a proper and smooth pre-evaluation of noise levels and accordingly, in taking effective countermeasures related to the installation of towers in problem areas.