GUNT Wet cooling towers are a proven method of closed-circuit cooling and heat dissipation, commonly used in air conditioning, heavy industry, and power plants. The GUNT trainer demonstrates the main components and principles of a wet cooling tower with forced ventilation and a transparent cooling column for clear observation.
Product Features
- Simulates wet cooling tower operation with forced ventilation and wet deck surface
- Water heated in tank and pumped to an atomiser that sprays water over the wet deck
- Counterflow arrangement with water trickling down and air flowing upward for efficient heat transfer
- Transparent cooling column allows clear observation of wet deck surface and water flow
- Interchangeable cooling columns enable comparative studies of different designs
- Evaporated water volume is measured to assess evaporation cooling effect
- Air flow generated by a fan and adjustable via throttle valve
- Records key process parameters: volumetric air flow rate, air and water temperatures, air humidity, and water flow rate
- Digital displays for real-time data monitoring
- Data acquisition via USB to PC with included GUNT software compatible with Windows 10
- Changes of state of air represented in an h-x diagram for detailed thermodynamic analysis
Benefits
- Hands-on understanding of wet cooling tower principles and operation
- Enables study of heat transfer by convection and evaporation in counterflow systems
- Clear visualization of water distribution and evaporation through transparent cooling column
- Interchangeable columns enhance experimental versatility and comparative analysis
- Precise data acquisition and real-time display improve experiment accuracy and documentation
- Comprehensive software support facilitates detailed data analysis and reporting
Why Choose the GUNT Wet Cooling Tower Trainer?
The GUNT wet cooling tower trainer provides a realistic and flexible platform for exploring heat dissipation and evaporative cooling in industrial and HVAC applications. Its transparent cooling column and advanced data acquisition system enable clear observation and detailed study of thermodynamic processes. Designed for educational and research use, it offers reliable performance, easy operation, and comprehensive learning opportunities in wet cooling tower technology.
