Square Cooling Tower

Square Cooling Tower

30000.0 INR/Piece

Product Details:

  • Application Industrial cooling applications: HVAC, plastic molding, refrigeration, power plants, chemical plants
  • Refrigerating Capacity 50 1000 TR (Tons of Refrigeration), as per model specification
  • Material FRP (Fibre Reinforced Plastic) Casing, PVC Fills, SS Hardware
  • Motor 3-15 HP (model specific, weather-proof and energy efficient)
  • Air Flow Induced Draft (Axial Fan)
  • Condition Brand New
  • Type Square Type Cooling Tower (Induced Draft)
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Square Cooling Tower Price And Quantity

  • 30000.0 INR/Piece
  • 1 Piece
  • All metal components hot-dip galvanized or SS
  • Leak-proof, corrosion resistant FRP
  • Honeycomb PVC Fills (UV resistant)
  • 5C 60C
  • Less than 0.02% of circulating water volume
  • Easy access panels and walkways
  • Optimized Fill Design for Maximum Heat Transfer
  • Field-erected or Factory-assembled
  • Flanged, as per customer requirement
  • Aluminum Alloy / FRP
  • Clean, treated (Hardness < 300 ppm)

Square Cooling Tower Product Specifications

  • Not Applicable (Cooling tower does not use compressor)
  • Three Phase, 50 Hz
  • Brand New
  • 100 500 m/hr (model dependent)
  • 380 440 V
  • PVC (Fills); SS / Copper (For coil-based models)
  • ABS / PP
  • 3-15 HP (model specific, weather-proof and energy efficient)
  • FRP (Fibre Reinforced Plastic) Casing, PVC Fills, SS Hardware
  • High-efficiency, IP55 Rated, 210 HP (Depending on model)
  • 50 1000 TR (Tons of Refrigeration), as per model specification
  • Counter Flow / Induced Draft
  • Variable, e.g., 1200mm x 1200mm x 1500mm (size customized per model)
  • Induced Draft (Axial Fan)
  • Industrial cooling applications: HVAC, plastic molding, refrigeration, power plants, chemical plants
  • Low Noise Design, below 68 dB(A), equipped with noise reducer
  • Square Type Cooling Tower (Induced Draft)
  • All metal components hot-dip galvanized or SS
  • Leak-proof, corrosion resistant FRP
  • Honeycomb PVC Fills (UV resistant)
  • 5C 60C
  • Less than 0.02% of circulating water volume
  • Easy access panels and walkways
  • Optimized Fill Design for Maximum Heat Transfer
  • Field-erected or Factory-assembled
  • Flanged, as per customer requirement
  • Aluminum Alloy / FRP
  • Clean, treated (Hardness < 300 ppm)

Square Cooling Tower Trade Information

  • 1 Week

Product Description

SCT-H Cooling Towers GEM Equipments

GEM SCT-H Cooling Towers are designed for high-efficiency heat rejection, compact installation, and reliable industrial performance. Built with a robust FRP structure and a counter-flow induced draft design, SCT-H towers ensure uniform water distribution and consistent coolingindependent of wind direction.

Equipped with high-efficiency PVC fills, energy-saving axial fans, and uniform water distribution systems, SCT-H cooling towers deliver optimal thermal performance with low power consumption and minimal maintenance. Their corrosion-resistant construction makes them ideal for continuous operation in demanding industrial environments.

SCT-H Cooling Towers by GEM offer a durable, cost-effective cooling solution for process industries, HVAC, compressors, and general industrial applications.



Advanced Heat Transfer Efficiency

The cooling tower incorporates an optimized fill design and honeycomb PVC fills that ensure superior heat exchange and performance. Drift loss rates are kept incredibly low, supporting optimal water conservation and enhanced cooling effect, vital for demanding industrial environments.


Robust Construction with Corrosion Protection

Constructed with FRP casing and leak-proof, corrosion-resistant FRP basins, the tower withstands harsh operating conditions. All metal parts are hot-dip galvanized or crafted from stainless steel, delivering exceptional durability. Easy access panels and walkways facilitate convenient maintenance and inspections.


Tailored for Industrial Versatility

This square cooling tower addresses a wide range of industrial applications including HVAC, plastic molding, power plants, and chemical processing. With customizable sizes, model-dependent flow rates, and assembly options, it meets diverse operational and site requirements in both retrofit and new installations.

FAQ's of Square Cooling Tower:


Q: How does the Square Cooling Tower achieve efficient heat dissipation?

A: The tower uses an optimized honeycomb PVC fill design that maximizes the heat transfer area. Its induced draft axial fan maintains high airflow while keeping drift loss below 0.02%, ensuring efficient and reliable cooling for industrial applications.

Q: What materials are used to ensure corrosion resistance in the cooling tower?

A: Corrosion resistance is ensured with FRP (Fibre Reinforced Plastic) for the casing and basin, SS or hot-dip galvanized metal components, and PVC/SS/Copper for functional elements, providing longevity even under harsh operating environments.

Q: When should the Square Cooling Tower be serviced or maintained?

A: Routine maintenance is recommended quarterly, but checks may be performed more frequently depending on water quality and environmental conditions. Easy access panels and walkways facilitate inspection, cleaning, and component replacement whenever required.

Q: Where is the ideal installation location for this cooling tower?

A: The cooling tower is suitable for outdoor or dedicated plant spaces, ideally on level ground with ample airflow. It is adaptable for both factory-assembled and field-erected setups, making it viable for facilities like power plants, chemical processing units, or large HVAC systems.

Q: What is the process for customizing connections and assembly?

A: Inlet and outlet connections can be tailored to customer specifications with flanged options. Customers may choose between field-erected assembly for larger installations or factory-assembled units for quicker deployment, depending on site and operational needs.

Q: How does using clean, treated water benefit the tower's operation?

A: Utilizing water with hardness below 300 ppm reduces scaling and fouling in the fill and basin, enhancing thermal efficiency, minimizing downtime, and ensuring a longer service life for the cooling tower.

Q: What are the primary benefits of the Square Cooling Tower in industrial settings?

A: It combines high cooling capacity with energy-efficient motors, low noise operation, and robust corrosion protection, delivering reliable and efficient temperature control critical for industrial processes while minimizing water loss and maintenance requirements.

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