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Dry coolers are critical components for cooling industrial systems, as well as industrial and commercial facilities. They operate by transferring excess heat from the fluid to the surrounding air, which is the most economical method of heat dispersion when reuse is not feasible. The cooling process is achieved through a closed-circuit heat exchanger system, where fluid flows through tubes inside a finned exchanger, and air is blown by fans to absorb the heat.
Typical applications for our HDPE & PTFE Air Operated Diaphragm Pump:
| Description | Data |
|---|---|
| Max Temperature | 100°C |
| Max Pressure | 145 PSI (10 Bar) |
Designed for general industrial and commercial use
Enhance performance by using a combination of dry and wet cooling methods, effective in environments with higher ambient temperatures
Specifically designed for applications requiring minimal noise, starting at less than 40 dB
Available in three colour variants to match the aesthetics of specific environments
Adiabatic System:
The adiabatic system allows the cooler to operate efficiently even when ambient air temperatures exceed the fluid temperature, provided that the air humidity is sufficiently low. This feature helps optimise cooling performance in hot and dry climates
Dry coolers operate through a closed-loop system where the fluid circulates through the cooling coils while fans blow air over the heat exchanger to dissipate heat. Key operational components include: