SINKO Air Conditioning Systems

AIR CONDITIONING EQUIPMENT

Air conditioners are configured blower (fan), heat exchanger (coil), dehumidifier, and air filter, in the casing typically air conditioner (AHU – air handling unit). The device with respect to the air supply to the required indoor conditioned air through duct, different combinations of components incorporated into air conditioner according to the intended use. The air conditioner is applied on a large scale air conditioning, in each scene, and each system primarily in each design.

 

AIR HANDLING UNIT

AIR HANDLING UNIT developed for the environments of Asia and the Middle East. To best fit the various environments, we have a large assortment of air handling units, such as for indoor air recirculation and for treating high temperature air. Moreover, as it is designed to be compact and require less assembly work, transportation and installation are very easy. To supply the product speedily to Asia and the Middle East, the factory in Thailand responds to the clients’ various needs in cooperation with the Japanese mother factory.

 

FAN COIL UNITS

Reducing the burden on the environment by promoting energy efficiency is becoming increasingly important on offices, shops, factories, schools, and hospitals. To meet such demand; we have developed to pursue the environmental impact reduction thru fan coil unit. It is highly energy efficient, low-noise, energy-saving, nice-outlook with no unnecessary oiling after long time operation, strictly according to the technology and standards of Japan Sinko. Sinko Fan Coil Units are guaranteed against any mechanical failure resulting from use of defective materials, parts or faulty workmanship. All units are designed for reliable continued  operation.

 

DESSICANT DEHUMIDIFIER

An ultra-low dew point (low humidity) is required for pharmaceutical manufacturing and in cold storage warehouses. The conventional solution has been to use a desiccating agent such as silica gel, which requires high temperature (140C) for regeneration. This method produces CO2 and NOx, however, and results in harsh temperature difference inside the rotors, which can lead to energy loss. At SINKO, however, we have adopted an absorbent polymer material for our desiccant rotors that can be regenerated at a lower temperature of about 65oC. We have made it possible to utilize heat pumps and factory exhaust heat, keeping temperature differences minimal and suppressing heat loss.