Product Description
Cross Flow Cooling Tower GEM Equipments
GEMs Cross Flow Cooling Towers are designed for efficient cooling with low energy consumption. In this design, air flows horizontally across the falling water, ensuring effective heat transfer with lower fan power and reduced operating noise.
The tower features high-quality FRP construction for excellent corrosion resistance and long service life. PVC splash or film fills provide uniform water distribution and reliable thermal performance. The gravity-fed hot water distribution system eliminates the need for pressurized spray nozzles, reducing pump power and maintenance.
With easy access to internal components, low operating cost, and stable performance even at varying loads, GEM Cross Flow Cooling Towers are an ideal solution for HVAC systems, process industries, power plants, and manufacturing applications.
Key Benefits:
-
Energy-efficient, low-noise operation
-
Simple gravity water distribution
-
Corrosion-resistant FRP body
-
Easy maintenance and inspection
-
Suitable for large flow applications
GEM Equipments Reliable Cooling, Engineered Smartly.
Durability and ResistanceConstructed with high-grade FRP and a UV-resistant smooth gloss finish, this cooling tower offers excellent resistance to both corrosion and weathering. These materials ensure reliable operation in harsh environments, making it suitable for industries with demanding cooling needs. The superior build minimizes maintenance, extending the service life to approximately 10 years.
Efficient Performance and Low DriftEquipped with advanced PVC honeycomb fills and a precisely designed air and water distribution system, the tower guarantees efficient cooling while minimizing water loss. Drift loss is less than 0.02% of circulating water, enhancing water conservation. The aluminum fan and low-noise motor further complement operational efficiency and user comfort.
FAQ's of Frp Cooling Tower:
Q: How is the FRP cooling tower installed on-site?
A: The FRP cooling tower is supplied in components and requires on-site assembly. Qualified technicians should follow the provided installation guide, securely floor-mounting the unit and connecting inlet/outlet pipes (2 inch BSP) to your system, ensuring proper alignment and stability.
Q: What are the benefits of the UV-resistant smooth gloss tower body finish?
A: The UV-resistant smooth gloss finish provides added protection against sun exposure and harsh weather conditions. This results in excellent durability, reduces surface wear, enhances corrosion resistance, and ensures the tower maintains its appearance over time.
Q: When should the cooling tower be used for optimal performance?
A: This cooling tower is ideal for continuous operation in industrial, commercial, or HVAC cooling setups where process or ambient temperatures need to be regulated efficiently. It handles water temperatures up to 60C and is well-suited for both new and replacement installations.
Q: Where can the FRP cooling tower be installed?
A: The unit is designed for floor-mounted installation, making it suitable for various environments such as industrial plants, commercial facilities, and HVAC rooms. Ensure the installation site is level and accessible for routine maintenance.
Q: What is the process of cooling in this tower?
A: Hot water enters the tower, is distributed over the PVC honeycomb fills, and comes in contact with the upward airflow generated by the aluminum fan. The induced draft, counter flow design efficiently removes heat from the water, which is then collected and re-circulated in the system.
Q: What maintenance does the cooling tower require for a long service life?
A: Periodic inspection of fans, fills, and water distribution components, as well as regular cleaning and checking for any signs of wear, will help ensure optimal performance and achieve the expected 10-year service life.
Q: How does this cooling tower deliver water and energy efficiency?
A: With a drift loss of less than 0.02% and water flow rate of 12 m3/hr, the tower conserves water effectively. The combination of energy-efficient 0.5 HP motors and low-noise fans allows for reduced energy consumption during operation.