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Evaporative Cooling Towers
50000.0 INR/Unit
Product Details:
- Air Flow 9500 CFM to 25000 CFM
- Refrigerating Capacity Up to 1000 TR (Tons of Refrigeration), depending on model
- Motor 2 HP to 20 HP, high-efficiency TEFC electric motor
- Application Industrial process cooling, HVAC systems, chemical plants, power plants, manufacturing facilities
- Material FRP (Fiberglass Reinforced Plastic) / Galvanized Steel Structure
- Condition New
- Type Induced Draft / Counter Flow / Cross Flow
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Evaporative Cooling Towers Price And Quantity
- 1 Unit
- 50000.0 INR/Unit
- Optimized for maximum surface contact
- Rotary/Fixed sprinkler system
- Honeycomb PVC fill / Splash type
- Aluminum alloy / FRP
- On-site assembly available
- Non-clogging nozzles, Overload protection for motor
- Rectangular / Square / Round as per design
- High-efficiency drift eliminator included
- Inlet Water: Up to 60°C, Outlet Water: As low as 27°C depending on ambient conditions
- Corrosion resistant and UV protected for outdoor installation
- Skid/Base Mounted
- Customizable as per site requirements
- 10 TR to 1000 TR
- Easy-to-access panels for cleaning and inspection
Evaporative Cooling Towers Product Specifications
- Customizable; Standard sizes available as per requirement
- PVC / FRP / Copper / Galvanized Steel
- 9500 CFM to 25000 CFM
- New
- 380V / 415V
- Low noise axial fan, below 70 dB(A)
- Industrial process cooling, HVAC systems, chemical plants, power plants, manufacturing facilities
- Evaporative
- Three Phase, 50 Hz / 60 Hz
- Induced Draft / Counter Flow / Cross Flow
- 2 HP to 20 HP, high-efficiency TEFC electric motor
- Up to 1000 TR (Tons of Refrigeration), depending on model
- 10 m/hr to 1000 m/hr
- ABS / PP / Brass
- FRP (Fiberglass Reinforced Plastic) / Galvanized Steel Structure
- Heavy Duty, 1 HP to 15 HP (model dependent)
- Not Applicable (Evaporative cooling towers do not use a compressor)
- Optimized for maximum surface contact
- Rotary/Fixed sprinkler system
- Honeycomb PVC fill / Splash type
- Aluminum alloy / FRP
- On-site assembly available
- Non-clogging nozzles, Overload protection for motor
- Rectangular / Square / Round as per design
- High-efficiency drift eliminator included
- Inlet Water: Up to 60°C, Outlet Water: As low as 27°C depending on ambient conditions
- Corrosion resistant and UV protected for outdoor installation
- Skid/Base Mounted
- Customizable as per site requirements
- 10 TR to 1000 TR
- Easy-to-access panels for cleaning and inspection
Product Description
GEMs Dry Cooling Towers provide efficient heat rejection without water evaporation, making them ideal for locations with water scarcity or where zero water loss is required. The system cools process fluid through air-cooled heat exchanger coils, using ambient air driven by energy-efficient fans.Designed for reliable, year-round performance, dry cooling towers eliminate issues like scaling, corrosion, drift loss, and water treatment costs. The closed-loop operation ensures clean process fluid, extended equipment life, and minimal maintenance.
Compact, environmentally friendly, and easy to operate, GEM Dry Cooling Towers are a smart cooling solution for industries seeking sustainable, low-maintenance cooling.
Versatile Tower Design Options
Select from rectangular, square, or round evaporative cooling towers to match your installation site and process needs. Each configuration is meticulously designed to optimize airflow and heat exchange efficiency, with customizable size options for both standard and unique project requirements.
Superior Heat Transfer Efficiency
Our towers utilize premium honeycomb PVC fill or splash-type media to maximize surface contact, enabling efficient heat removal. The integrated rotary or fixed sprinkler system ensures even water distribution, enhancing the cooling process and delivering reliable temperature reduction to as low as 27C.
Durable, Low-Maintenance Construction
Constructed from corrosion-resistant FRP or galvanized steel, these towers are engineered for long-term outdoor use. Easy-access panels simplify cleaning and inspection, while non-clogging nozzles and high-quality motors ensure dependable operation with minimal maintenance.
FAQ's of Evaporative Cooling Towers:
Q: How does the optimized heat exchange area benefit the cooling process?
A: The optimized heat exchange area, using honeycomb PVC or splash-type fill media, maximizes contact between water and air, which accelerates thermal exchange and enhances cooling efficiency. This leads to lower outlet water temperatures and improved energy savings.Q: What mounting and installation options are available for these cooling towers?
A: The towers are skid/base mounted for stability and are suitable for outdoor installation. Standard on-site assembly is available, and the towers come with easy-to-access panels to streamline maintenance and inspection.Q: When should I choose a rectangular, square, or round tower?
A: The selection depends on your site constraints and cooling requirements. Round towers are ideal for compact spaces and central airflow, while square or rectangular designs suit larger or modular installations and can be customized to fit specific area dimensions.Q: Where are these evaporative cooling towers best utilized?
A: These towers are versatile and serve a wide range of applications, including industrial process cooling, HVAC systems, chemical plants, power plants, and manufacturing facilities, particularly where efficient, outdoor-installed cooling is required.Q: What safety and durability features are included in the design?
A: Each cooling tower has non-clogging nozzles, high-efficiency drift eliminators, and overload protection for the motor. Built from FRP or galvanized steel, they are corrosion-resistant, UV-protected, and robust for enduring outdoor use.Q: What is the typical process for on-site assembly and commissioning?
A: On-site assembly includes placing the skid-mounted structure, connecting the customized inlet and outlet, installing the rotary or fixed sprinkler system, and ensuring all electrical and water connections meet client specifications. The towers are then tested for performance and safety compliance.Q: How does low noise operation benefit facility environments?
A: Equipped with low-noise axial fans operating below 70 dB(A), these cooling towers minimize acoustic disruption, promoting a more comfortable and productive environment, particularly in commercial or sensitive industrial zones.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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