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Evaporative Cooling Towers
30000.0 INR/Piece
Product Details:
- Refrigerating Capacity 10 TR to 1000 TR or above (customized based on requirement)
- Application Air conditioning, industrial process cooling, power plants, HVAC, refrigeration systems
- Motor TEFC, high efficiency, 160 HP as per tower size
- Material FRP (Fibre Reinforced Plastic), galvanized steel, stainless steel options
- Air Flow High volume crossflow or counterflow, typically 2000100000 CMH (customizable)
- Condition New
- Type Evaporative Cooling Tower, Induced/Forced Draft
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Evaporative Cooling Towers Price And Quantity
- 1 Piece
- 30000.0 INR/Piece
- Outdoor rooftop or open area installation recommended
- Less than 0.005% of circulating water flow due to efficient drift eliminators
- 38 mm FRP for high durability and weather resistance
- Axial flow fan dynamically balanced
- High, due to FRP/Galvanized Steel materials
- Honeycomb PVC or Polypropylene for maximum heat transfer surface area
- Flanged, customizable as per piping size
- Inlet 37C40C, Outlet 29C32C typical
- Based on evaporation loss, typically 1.8 ltrs/TR
Evaporative Cooling Towers Product Specifications
- Not Applicable (Evaporative Cooling Towers do not use a compressor)
- 10 TR to 1000 TR or above (customized based on requirement)
- PVC, Polypropylene, or Brass (as per model/specification)
- Air conditioning, industrial process cooling, power plants, HVAC, refrigeration systems
- Variable, commonly 10500 m/h (site/application dependent)
- 3 Phase, 50/60 Hz
- Not Applicable (used for closed circuit towers only)
- As per circulation requirement, typically 110 HP
- TEFC, high efficiency, 160 HP as per tower size
- 380V/415V standard, other voltages available on request
- Evaporative
- FRP (Fibre Reinforced Plastic), galvanized steel, stainless steel options
- High volume crossflow or counterflow, typically 2000100000 CMH (customizable)
- Low noise design with special fan and motor (70 dB at 1m)
- Customized as per capacity, e.g., (L) 1200 mm (W) 1200 mm (H) 1800 mm and above
- New
- Evaporative Cooling Tower, Induced/Forced Draft
- Outdoor rooftop or open area installation recommended
- Less than 0.005% of circulating water flow due to efficient drift eliminators
- 38 mm FRP for high durability and weather resistance
- Axial flow fan dynamically balanced
- High, due to FRP/Galvanized Steel materials
- Honeycomb PVC or Polypropylene for maximum heat transfer surface area
- Flanged, customizable as per piping size
- Inlet 37C40C, Outlet 29C32C typical
- Based on evaporation loss, typically 1.8 ltrs/TR
Evaporative Cooling Towers Trade Information
- 1 Week
Product Description
SCT-HH Cooling Towers GEM Equipments
GEMs SCT-HH Cooling Towers are designed for high heat load applications where consistent performance, reliability, and efficiency are critical. Built with a robust FRP structure, these towers offer excellent resistance to corrosion and long service life, even in demanding industrial environments.
The advanced water distribution system ensures uniform flow over high-efficiency PVC fills, delivering effective heat transfer with minimal pressure drop. Energy-efficient induced draft axial fans and weatherproof motors provide stable airflow, low noise operation, and reduced power consumption.
Compact in design and easy to install, SCT-HH Cooling Towers require minimal maintenance and are ideal for continuous industrial cooling applications.
Reliable cooling. Engineered for high performance. Powered by GEM.
Advanced Water Conservation
Designed with premium drift eliminators, these cooling towers maintain drift loss below 0.005% of the circulating water flow. Most of the water loss is due to evaporation, constituting the primary source of make-up water. This approach substantially reduces water wastage and enhances operational efficiency, making them ideal for areas with water restrictions or high evaporation rates.
Flexible Installation and Customized Design
Evaporative Cooling Towers adapt to varied requirements with flexible dimensions, inlet and outlet flange customization, and capacities ranging from 10 TR to over 1000 TR. Their durable construction in FRP, galvanized steel, or stainless steel withstands harsh weather, ensuring long service life. Ideally installed outdoors on rooftops or open spaces, they deliver dependable cooling in a wide array of contexts.
Durable, Low-Noise Operation
The cooling towers feature induced or forced draft axial flow fans, dynamically balanced to minimize noise (70 dB at 1m) and vibration. TEFC motors (1-60 HP) drive reliable airflow, while corrosion-resistant materials and robust casing (3-8 mm FRP) protect against environmental degradation. This results in efficient, quiet, and low-maintenance performance for demanding industrial and commercial settings.
FAQ's of Evaporative Cooling Towers:
Q: How does an evaporative cooling tower minimize water loss?
A: Evaporative cooling towers utilize highly efficient drift eliminators, which restrict drift loss to less than 0.005% of the circulating water flow. The only substantial water loss occurs through evaporation, and make-up water-typically around 1.8 liters per ton of refrigeration (TR)-is added to maintain operation.Q: What is the construction material used for the cooling tower casing, and how does it benefit performance?
A: The casing is constructed from 3-8 mm thick FRP (Fibre Reinforced Plastic), galvanized steel, or stainless steel, offering high durability, weather resistance, and impressive corrosion protection, ensuring longevity even in challenging environments.Q: When is it recommended to install cooling towers outdoors?
A: Installing evaporative cooling towers on rooftops or in open outdoor areas is advised to ensure sufficient airflow and effective operation. Outdoor installation also aids in dissipating heat efficiently and simplifies maintenance access.Q: Where can these cooling towers be applied?
A: They are widely utilized in air conditioning systems, industrial process cooling, power plants, refrigeration systems, and HVAC installations, providing flexible solutions for both commercial and industrial cooling requirements.Q: What process is involved in achieving maximum heat transfer?
A: The towers utilize honeycomb fill materials made from PVC or polypropylene that optimize the surface area for water-air contact, thereby enhancing heat transfer and significantly improving cooling efficiency.Q: How does the fan design impact performance and noise levels?
A: Axial flow fans are dynamically balanced for reliable high-volume airflow (2000-100000 CMH), minimal vibration, and low operational noise (70 dB at 1 meter), making the towers suitable for noise-sensitive environments.Q: What are the main benefits of choosing a drift eliminator-equipped cooling tower?
A: Key benefits include reduced water consumption due to minimal drift loss, lower operational costs, and compliance with stringent environmental regulations, all while maintaining highly efficient cooling performance.Tell us about your requirement
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Contact Details
GEM EQUIPMENTS (P) LTD
GST : 33AACCG5630M1ZM
- S.F. No. 103, Avanashi Road, Arasur,Coimbatore - 641407, Tamil Nadu, India
- Phone :08037266968
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