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Induced Draft Cooling Tower
30000.0 INR/Kilograms
Product Details:
- Material Fibre Reinforced Plastic (FRP) Casing, corrosion-resistant
- Application Industrial Process Cooling, HVAC, Power Plants
- Air Flow Induced Draft - Vertical Air Discharge
- Motor High-efficiency TEFC, weatherproof
- Refrigerating Capacity 10 TR to 1000 TR (Tons of Refrigeration), model dependent
- Condition New
- Type Induced Draft Cooling Tower
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Induced Draft Cooling Tower Price And Quantity
- 30000.0 INR/Kilograms
- 1 Kilograms
- 12-19 mm (as per design)
- Up to 1800 mm (as per model)
- Thermal overload protection, corrosion resistant components
- Axial Flow, dynamically balanced
- Hot dip galvanized steel
- Flanged, as per requirement
- PVC, High Efficiency
- PVC Honeycomb Fills
- Up to 55°C
- Easy, modular design
- Floor Mounted
- Low, easy access for cleaning
- 10-15 years (under standard operating conditions)
- Aluminium / FRP
Induced Draft Cooling Tower Product Specifications
- Industrial Process Cooling, HVAC, Power Plants
- Fibre Reinforced Plastic (FRP) Casing, corrosion-resistant
- Water Cooling
- Low-noise design with optional sound attenuators
- Not Applicable (Cooling Tower does not use compressors)
- Not applicable, uses fill media for heat transfer
- 3 Phase, 50 Hz / 60 Hz
- Customized as per capacity and client requirements
- High-quality Polypropylene / PVC
- 380V/415V/440V, AC supply as per requirement
- 10 TR to 1000 TR (Tons of Refrigeration), model dependent
- New
- 0.5 m3/hr to 500 m3/hr (as per model)
- Heavy duty, energy efficient, IP55 protection
- High-efficiency TEFC, weatherproof
- Induced Draft - Vertical Air Discharge
- Induced Draft Cooling Tower
- 12-19 mm (as per design)
- Up to 1800 mm (as per model)
- Thermal overload protection, corrosion resistant components
- Axial Flow, dynamically balanced
- Hot dip galvanized steel
- Flanged, as per requirement
- PVC, High Efficiency
- PVC Honeycomb Fills
- Up to 55°C
- Easy, modular design
- Floor Mounted
- Low, easy access for cleaning
- 10-15 years (under standard operating conditions)
- Aluminium / FRP
Induced Draft Cooling Tower Trade Information
- 1 Week
Product Description
SCT-H Cooling Towers Gem Equipments
SCT-H Cooling Towers from Gem Equipments are designed for high-performance heat rejection, compact installation, and reliable long-term operation. Built with a vertical induced draft, counter-flow design, these towers ensure efficient cooling with uniform water distribution, independent of wind direction.
Manufactured using corrosion-resistant FRP construction and equipped with high-efficiency PVC fills, SCT-H cooling towers deliver optimal thermal performance with low energy consumption. The automatic water distribution system ensures even spray coverage, while energy-efficient axial fans provide quiet, cost-effective operation.
Lightweight, easy to install, and low in maintenance, SCT-H Cooling Towers are an ideal cooling solution for industrial processes, HVAC systems, compressors, and power applications.
Superior Cooling Performance and Design
This cooling tower leverages high-efficiency honeycomb PVC fills and dynamically balanced axial flow fans for optimized heat dissipation and energy use. The modular structure and floor-mounted design accommodate a wide range of industrial applications, with easily customizable dimensions to meet specific client needs.
Rugged Construction and Longevity
Built with a hot dip galvanized steel frame and corrosion-resistant FRP casing, this cooling tower is designed to withstand harsh environmental conditions. Its service life extends up to 10-15 years under standard operation, providing reliable cooling for industrial usage without frequent replacements.
User-Friendly Installation and Maintenance
Installation is straightforward thanks to a modular design and flanged water connections. Maintenance is minimal, with easy access for routine cleaning and inspection. Components like PVC drift eliminators and polypropylene/PVC nozzles further contribute to its long-term, trouble-free operation.
FAQ's of Induced Draft Cooling Tower:
Q: How does an induced draft cooling tower with axial flow fans operate?
A: An induced draft cooling tower utilizes axial flow fans mounted at the top to pull air vertically through the tower. Warm water is distributed over PVC honeycomb fills, maximizing surface area for evaporation and cooling. The fans then discharge air vertically, efficiently removing heat from the system.Q: What are the benefits of using PVC honeycomb fills in this cooling tower?
A: PVC honeycomb fills enhance heat transfer efficiency by maximizing contact surface between water and air. They are resistant to corrosion, easy to clean, and support even water distribution, which improves the overall cooling process and extends the system's service life.Q: When should your facility consider using this type of cooling tower?
A: This cooling tower is ideal when your facility requires high-capacity water cooling, such as in industrial processes, HVAC systems, or power plant operations. Its maintenance-friendly design and reliability make it suitable for continuous operation and scalable to your specific cooling demands.Q: Where can this cooling tower be installed, and is customization available?
A: These towers are floor-mounted and suitable for installation in industrial environments, including inside factories or outdoors. Dimensions and capacities can be customized as per individual site and process requirements, ensuring an optimal fit for each application.Q: What safety and durability features does the cooling tower provide?
A: The tower is constructed from hot dip galvanized steel for the frame and FRP for the casing, providing excellent corrosion resistance. It includes thermal overload protection for electrical components and utilizes materials that resist harsh conditions, contributing to a 10-15 year service lifespan under standard use.Q: How is maintenance handled for this cooling tower?
A: Maintenance tasks are simplified due to modular construction and easy accessibility to core components like fills, drift eliminators, and spray nozzles. The design minimizes downtime, requiring only periodic cleaning and inspection to ensure peak efficiency.Q: What advantages do customers gain when using this tower for industrial cooling?
A: Users benefit from high energy efficiency, adaptability to a wide range of operating conditions, reduced water and energy consumption, and long-term operational reliability. The low-noise design with optional sound attenuators also makes it suitable for noise-sensitive environments.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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