SMCR Series – Advanced Closed-Circuit Cooling Solutions
The SMCR series closed-circuit cooling towers are designed for high-efficiency heat dissipation, ensuring optimal cooling performance while minimizing water and energy consumption. Utilizing a counterflow design, the SMCR series enhances heat exchange efficiency, making it an ideal choice for industrial and commercial applications requiring reliable and sustainable cooling.
Key Features:
✔ Closed-Circuit Design – Prevents contamination by keeping process water separate from external air.
✔ High-Efficiency Coil System – Maximizes heat dissipation while reducing water consumption.
✔ Corrosion-Resistant Construction – Built with high-quality galvanized steel and durable materials for long-lasting performance.
✔ Energy-Saving Operation – Optimized for low power consumption while maintaining superior cooling efficiency.
✔ Minimal Maintenance Requirements – Advanced design reduces scaling and fouling, ensuring extended service life.
Applications:
✅ Industrial Process Cooling
✅ HVAC Systems in Commercial Buildings
✅ Data Centers & Power Plants
✅ Chemical & Pharmaceutical Industries
Engineered for performance, durability, and efficiency, the SMCR series cooling towers are the perfect solution for industries seeking a low-maintenance and high-reliability cooling system.
The circulating hot water on the user side (marked in red) enters from both sides of the cooling tower and is evenly sprayed onto the filling of the cooling tower through the gravity nozzle of the hot water tank.
The motor inside the cooling tower drives the axial flow fan at the top, drawing dry, cold air from both sides of the tower into the packing horizontally. When the cold air meets the hot water sprayed from the hot water tank at a right angle, efficient heat exchange occurs on the surface of the packing.
A small amount of water evaporates, absorbing heat, while the dry cold air becomes saturated with humidity and heat. This humid, hot air is then discharged by the fan, effectively removing excess heat.
Once the temperature is lowered, the circulating water falls into the bottom cold water tray, and the cooled water (marked in blue) flows back to the user end through the outlet of the water tray.