Evaporative Cooling System Design Calculations

Use the calculator below to determine the appropriate cooler sizing based on your needs.

Evaporative cooling system design calculations.

This manual is also intended as an overview of evaporative cooling principles and equipment for the non technical reader with technical terms shown in bold print and defined in the glossary. Evaporative cooling calculations toolkit is created to assist mep engineers to design test and compare evaporative cooling system most common required calculations within one simple app with. The wet bulb temperature is. Contains the details of the design of an evaporative cooling system which is intended to perform these functions.

Experts say that in germany approximately 10 of the roughly 25 000 new hvac systems produced each year are equipped with this environmentally friendly cooling technology and that this trend is increasing. In central hvac systems cooling systems based on indirect evaporative cooling are becoming increasingly important. The dry bulb temperature is reduced. Moisture is not added to the primary air and.

In the indirect evaporative cooling system a secondary air stream is cooled down by evaporating water. Design of successful and efficient evaporative cooling systems and will allow engineers to specify and design evaporative cooling systems with confidence. The secondary air stream is then used to cool down the primary air in a heat exchanger. The system s design was based upon the humidifying capacity of an ultrasonic humidifier supplied by a québec company plastique frapa inc.

Pmi evaporative cooling sizing calculator.