Energy efficient V type adiabatic cooling for molding industry

Tube fin dry air coolers
Unique floating coil design avoids leakage caused by thermal expansion and contraction.
Staggered fin pattern design and corrugated fin enhance air flow turbulence.
Inner-grooved copper tube increase heat transfer area and enhance heat transfer.
Optimized flow pass design ensure fully heat exchange with refrigerant.
Equipped with 2nd generation owl-wing fan motor as standard. It features with low noise level, large volume flow and low energy consumption. Ready for dual speed connection.
Outdoor type power coated housing made of galvanize steel and stainless steel bolts providing a high resistance to corrosion.
Optional features:
EC variable speed fan motor-- save lot of energy
ZAplus/ Axi Top for greater volume flow and extreme silence
Adiabatic system significantly reduce energy consumption in summer
Epoxy coated or Hydrophilic aluminum fin suitable for coastal or high corrosion area
Fluid dry cooler
Clean stainless steel tube and aluminum fin coil for cooling deionized water

industrial free cooling is the process of reducing heat through a change in air pressure caused by volume expansion. In nature, adiabatic cooling is often associated with elevation. As seen with cloud formations, an air mass that is heated expands and becomes less dense. Being less dense, it is lighter and rises above a higher-pressure air mass. Having reached areas with less dense air, it further expands, losing energy that was gained, and cooling as it does so. When the cooling air crosses the dew point, moisture in the air accumulates as clouds. With enough moisture and cooling comes precipitation. The principles of adiabatic cooling are also applied to increase humidity in facilities.

Our range of Dry Air Coolers and Air Blast Radiators are designed for commercial and industrial fluid cooling applications. We offer a wide range of options enabling us to provide the most cost-effective solution for your cooling requirement.
Standard arrangements include flat-bed vertical or horizontal airflow with V and W configurations to offer the smallest footprint.
Whether your application is cooling water / glycol for water cooled chillers, injection moulding machines, furnace equipment, CHP Engine Cooling or any other process. One or more of our units can be selected to give the most cost-effective solution to suit your space and noise requirement.
Energy saving free cooling is possible for much of the year for many applications.
The wetted surface – Adiabatic Cooling option enables water to be cooled to within 6 °C of ambient wet bulb, water is used to increase the cooling effect when the ambient dry bulb is 3°C above the design wet bulb – for most of the year the unit operates as a conventional air blast cooler.
Specifications can be tailored to suit each application, with different materials, sizes, noises and cooling mediums available.

Principle of Operation

Hot Process fluid enters the inlet header connection, shown in red. Heat from the fluid dissipates through the coil tubes surface and out to the fins. Ambient air is drawn in over the coil surface by the fan located at the top of the unit. Heat from the process fluid transfers to the air and discharges to the atmosphere. Cool process fluid exits the unit through the connections shown in blue.