Counter Flow Evaporative Condenser
Counter Flow Evaporative Condenser is one of the most important parts of the whole refrigeration system. The condenser condenses the refrigerant gas inside the coil and complete a heat exchange circle. The evaporative condenser is widely applied to cold storage, ice-store, chemical industry, supermarket and etc. This counter Flow Evaporative condenser works on same principle of Counter flow Cooling tower, it contain no fills.
Structural Diagram
As counter flow towers, the dry cool air is inlet through louvers on both sides of the tower from the bottom, and drawn upwards passing a large heat exchange surface of the coils section under the induced fans, against the spraying water in the opposite way, becoming hot wet air, induced draught out of the tower into the atmosphere by the fans on the top. During this process, a part of the heat from the fluids inside the closed loop is transferred efficiently, and removed to the outside environment.
More Images of Counter Flow Evaporative Condenser
Advantage of Counterflow Evaporative Condenser
- No infill designed, resulting in a more compact structure, lower profile, less installation area required, and ease of transport and installation
- Suitable for severe environments due to its close structure, which prevents sand and dust infiltration
- Suitable for high-temperature fluids, as hot spraying water will not distort PVC fill since no PVC fill is designed
- Freezing resistance, as there is no PVC fill to slow down spraying water flow speed
- Capable and flexible in providing customized solutions
- Factory assembled for maximal installation convenience
- Modular design that suits a wide range of heat rejection duties
- Compact design with minimal footprints
- Multiple corrosion-resistant options available
- Low sound operation options available
- More optimizing options available
- Performance and quality guaranteed
- Super long service life
Features of Counterflow Evaporative Condenser
- Simple structure & smart in size
- Low power consumption, high efficiency
- Lower operating refrigerant charge
- Lower operating weight