SM Cross Flow Towers
Crossflow cooling towers are a type of heat exchange system utilized for cooling water in industrial and HVAC applications. In these towers, hot water is distributed over fill media at the top, forming thin films or droplets. Air is then drawn horizontally across the descending water by fans or natural draft, moving perpendicular to the water flow. As the air passes through the descending water, heat is exchanged through the process of evaporative cooling. Cooled water collects at the tower’s bottom and is recirculated for reuse, while warm, moisture-laden air exits from the sides. Unlike counterflow towers, in a crossflow tower, air travels horizontally across the direction of the falling water. Known for their simplicity and ease of maintenance, crossflow cooling towers find widespread use in diverse applications for efficient heat dissipation.
ACTPL has introduced the “SM Series” cross-flow cooling towers, which have received CTI certification and are specifically designed for industrial sectors such as Chemical, Pharma, Food Processing, and data centers. Engineered for enhanced energy efficiency, these towers are tailored to meet on-site requirements, reducing energy losses in components like motors, fans, and transmission drives. The overall improvement in cooling tower capability is a notable feature of the “SM Series.” Moreover, these towers facilitate easier maintenance of the entire unit.
CTI certification ensures compliance with industry standards for all cooling tower components.
Advanced Cooling Towers utilize energy-efficient PVC heat exchange fills media and offer various film fill options developed by dedicated R&D teams.
Heavy steel gauge structure, as per IS Standard, provides high strength-to-weight ratio and corrosion resistance, with Composite FRP offering advantages over traditional materials.
Operations optimized for 70% faster delivery and erection of components through system-driven processes and modular design.
Installation time reduced by 50% with prefabricated components and user-friendly designs.
Design minimizes piping and electrical connections, lowering installation costs.
Achieves low drift rate of 0.005% of circulating water flow, minimizing water loss.
Material options include MSHDG, SS304, SS316, and Pultruded FRP, with choice of fully metallic towers.
Equipped with standard 4-pole IE2 Motor, with options for IE3/IE4/FLP/VFD/Electronically Commutated.
Features belt drive system, with options for Direct drive/Gear drive.
Axial fans designed with aerodynamic blade profiles, including option for ultra-low noise fans.
Provides Pultruded FRP flap-type air inlet louvers, with option for cellular louvers.
Maintenance facilitated with ladders, platforms, and safety railings.
Boasts aesthetic smooth finish on both sides of FRP panels and water basins.
Offers multi-cell options, with single-cell capacities ranging from 80 TR to 3000 TR, and options for towers with or without basins.
Share the product further:
Advance Cooling Towers: Certified for Excellence.
