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Square Cooling Tower
30000.0 INR/Piece
Product Details:
- Material Non-Corrosive FRP (Fibre Reinforced Plastic), Galvanized Steel Structure, PVC Fills
- Refrigerating Capacity Customizable as per requirement (Generally from 25 TR to 500 TR and above)
- Motor Heavy Duty Electric Motor, IP55, TEFC, 3 Phase
- Application Industrial Process Cooling, HVAC, Power Plants, Chemical Plants, Air Conditioning Systems
- Air Flow High Volume Axial Fan System
- Condition New
- Type Square Induced Draft Cooling Tower
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Square Cooling Tower Price And Quantity
- 30000.0 INR/Piece
- 1 Kilograms
- Outdoor (Rooftop or Ground-Level)
- Excellent Due to FRP Construction
- Standard Light Blue, Custom Color on Request
- Up to 3000 kW (varies by model size)
- DN 100 mm to DN 400 mm (Model-Based)
- 15+ Years Under Proper Maintenance
- Honeycomb PVC or PP Splash Fills
- Model Dependent, Typically 2-3% of Circulating Water
- Up to 65°C
- Easy Access for Inspection, Fill and Drift Eliminator Removal
- Axial Flow (Direct/Indirect drive options available)
- Less than 0.02% of Circulating Water Flow
Square Cooling Tower Product Specifications
- Customizable as per requirement (Generally from 25 TR to 500 TR and above)
- Model Dependent; Standard: 1400 mm * 1400 mm * 1950 mm and above
- New
- Not Applicable (Cooling towers do not use compressors)
- Non-Corrosive FRP (Fibre Reinforced Plastic), Galvanized Steel Structure, PVC Fills
- Low Noise Design with FRP Fan and Acoustic Enclosures
- NA / Not Required for FRP Cooling Towers
- Custom based on design requirements
- Induced Draft, Counter Flow
- 30 m/hr to 500 m/hr (Varies by model)
- 3 Phase 415 V, 50 Hz
- High Volume Axial Fan System
- Heavy Duty Electric Motor, IP55, TEFC, 3 Phase
- 380 V / 415 V
- ABS / Polypropylene / Brass
- Industrial Process Cooling, HVAC, Power Plants, Chemical Plants, Air Conditioning Systems
- Square Induced Draft Cooling Tower
- Outdoor (Rooftop or Ground-Level)
- Excellent Due to FRP Construction
- Standard Light Blue, Custom Color on Request
- Up to 3000 kW (varies by model size)
- DN 100 mm to DN 400 mm (Model-Based)
- 15+ Years Under Proper Maintenance
- Honeycomb PVC or PP Splash Fills
- Model Dependent, Typically 2-3% of Circulating Water
- Up to 65°C
- Easy Access for Inspection, Fill and Drift Eliminator Removal
- Axial Flow (Direct/Indirect drive options available)
- Less than 0.02% of Circulating Water Flow
Square Cooling Tower 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.
Superior Performance and Durability
Engineered for longevity, these cooling towers feature high-grade FRP construction that ensures outstanding corrosion resistance in harsh outdoor Indian climates. Heavy-duty electric motors with IP55 protection guarantee safe, reliable operation across various industrial and commercial sectors. The design life exceeds 15 years with recommended maintenance, making this solution highly dependable for continuous duty applications.
Optimized Heat Dissipation and Low Water Loss
With a capacity to handle up to 3,000 kW of heat rejection and drift loss under 0.02%, this system maximizes cooling while minimizing water wastage. Honeycomb fill media enhances contact area for efficient thermal performance. Make-up water requirements are kept to 2-3% of circulating flow, making the setup economical and environmentally conscious.
Easy Customization and Maintenance
Models can be tailored based on cooling requirements, water flow rate, and available space. Standard and custom colors are available. Modular construction allows for quick installation, straightforward inspections, and easy removal of fill and drift eliminators, reducing downtime and facilitating maintenance as needed.
FAQ's of Square Cooling Tower:
Q: How is the Square Cooling Tower installed for rooftop or ground-level use?
A: The cooling tower is designed for flexible installation, allowing placement on rooftops or ground level as per project requirements. Professional installation ensures correct connection to inlet/outlet piping (DN 100-400 mm, model dependent) and electrical systems, while securing the FRP structure and aligning axial fans for optimal operation.Q: What is the process for maintaining efficient operation of the cooling tower?
A: Regular inspection is essential-this includes checking the FRP casing for wear, inspecting fills and drift eliminators (which can be easily accessed and removed), and ensuring the axial fan system and heavy-duty motors are running smoothly. Following a routine maintenance schedule maximizes cooling performance and extends the design life beyond 15 years.Q: When should make-up water be added, and how much is required?
A: Make-up water should be supplied continuously to compensate for evaporation and drift. Typically, 2-3% of the circulating water flow is required, though this varies by model and environmental conditions. Monitoring the water level helps maintain consistent cooling efficiency and prevents damage.Q: Where can these cooling towers be used?
A: Square Cooling Towers are versatile, serving HVAC systems, industrial process cooling, power stations, and chemical plants. They are suitable for outdoor deployments across various environments in India, thanks to their corrosion-resistant FRP and robust design.Q: What are the benefits of choosing a square induced draft cooling tower?
A: Key benefits include high thermal efficiency, excellent corrosion resistance, minimal drift losses, low noise levels, and easy customization. The modular design ensures straightforward installation and maintenance, supporting long-term, reliable service in demanding industrial settings.Q: How does the axial flow fan system improve cooling performance?
A: The high-volume axial fans-available in both direct and indirect drive options-ensure even air distribution and enhanced heat rejection. Their low-noise FRP blades and acoustic enclosures provide a quiet yet powerful airflow solution, increasing cooling efficiency while meeting stringent noise control standards.Q: What makes the FRP construction advantageous for cooling towers?
A: FRP (Fibre Reinforced Plastic) offers excellent strength-to-weight ratio, outstanding resistance to industrial chemicals, and durability against outdoor weather. This material significantly reduces corrosion risk, lowering long-term maintenance needs and yielding a longer operational lifespan compared to conventional construction materials.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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