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FRP Cooling Tower
200000.00 - 2000000.00 INR/Unit
Product Details:
- Motor Heavy duty TEFC Motor, 1 HP to 15 HP depending on tower size
- Material FRP (Fiber Reinforced Plastic) with corrosion-resistant properties
- Refrigerating Capacity Up to 200 Tons (varies by size and model)
- Air Flow Highly efficient induced draft design for maximum air circulation
- Application Industrial Process Cooling, HVAC, Power Plants, Food Industry, Chemical Plants
- Condition New
- Type Induced Draft, Counter Flow/ Cross Flow
- Click to View more
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FRP Cooling Tower Price And Quantity
- 200000.00 - 2000000.00 INR/Unit
- 1 Unit
- 60 Hz
- AAA
- Built-in WiFi, Screen Mirroring
- 178
- Android
- Yes
- 2
FRP Cooling Tower Product Specifications
- 1 HP to 15 HP, energy efficient
- Not Applicable (uses PVC honeycomb fills)
- Up to 200 Tons (varies by size and model)
- New
- Heavy duty TEFC Motor, 1 HP to 15 HP depending on tower size
- ABS/Plastic for uniform water distribution
- FRP (Fiber Reinforced Plastic) with corrosion-resistant properties
- 1100 mm x 1100 mm x 1000 mm (varies by model)
- Water Cooling
- Not Applicable (Cooling Tower does not include a compressor)
- Three Phase AC
- Induced Draft, Counter Flow/ Cross Flow
- 220/380/415 V
- Industrial Process Cooling, HVAC, Power Plants, Food Industry, Chemical Plants
- 30 m3/h to 300 m3/h (varies by model size)
- Low noise FRP axial flow fan, sound level < 70 dB
- Highly efficient induced draft design for maximum air circulation
- 60 Hz
- AAA
- Built-in WiFi, Screen Mirroring
- 178
- Android
- Yes
- 2
FRP Cooling Tower Trade Information
- 10 Unit Per Week
- 1 Week
- Western Europe, Central America, North America, Middle East, Eastern Europe, South America, Asia, Australia, Africa
- All India
Product Description
Offered FRP Cooling Tower can be availed in different models with various specifications. This tower has 7.5 TR to 400 TR cooling capacity range. Its height ranges between 1950 mm to 2900 mm. Operating weight of this cooling tower is maximum 5000 kg. Per hour operating speed of its motor ranges between 0.5/960 HP to 10/960 X2 HP. This highly durable tank is leakage proof and has compact shape. This tower is mounted on a specially designed base. A ladder is used to access its top surface. Standard of this heavy duty tank has been checked as per its storage capacity, component type, diameter, longevity and wall thickness. Our company is engaged in manufacturing a qualitative range of FRP Cooling Tower.
FAQ
1. An FRP cooling tower is what?
Ans - An FRP cooling tower is a particular kind of cooling tower that uses fibre reinforced plastic materials to save manufacturing costs and enhance cooling tower efficiency.
2. Describe the operation of a FRP cooling tower?
Ans - By drawing in hot air, cooling it down, and then releasing the cooled air back into the environment, a FRP cooling tower functions. By moving the hot air through a set of fins and louvres that serve as a heat exchanger, the cooling is accomplished. The air is then returned to the environment after cooling.
3. What advantages do FRP cooling towers offer?
Ans - Due to its light weight and affordable construction, FRP cooling towers are more economical than conventional cooling towers. They use less energy and require less maintenance, therefore they are also more efficient.
4. How frequently should a cooling tower made of FRP be inspected?
Ans - Every three to six months, a FRP cooling tower should be inspected to make sure it is still in good condition and has not suffered any harm.
5. What safety measures should be taken when using a FRP cooling tower?
Ans - It's crucial to use safety glasses and protective gear when handling and installing a FRP cooling tower. Before doing any maintenance or repairs, always ensure sure the electricity has been turned off to the tower.
Engineered for Corrosive and Demanding Conditions
Crafted using high-quality FRP material and galvanized steel framing, our cooling towers are specifically engineered for operations in corrosive environments, such as those found in chemical plants and industrial settings. Unmatched resistance to chemicals and atmospheric elements extends service life and reliability, making them suitable for regions with challenging climates or exposure to hostile agents.
High-Efficiency Heat Exchange and Water Distribution
Outfitted with PVC splash fills and a non-clogging PVC spray nozzle water distribution system, these cooling towers deliver optimal heat exchange and uniform water coverage. The induced draft axial flow fan, engineered for minimal noise, maximizes air circulation to boost cooling performance, supporting a wide range of flow rates and system capacities.
User-Friendly Maintenance and Installation
Designed with accessible maintenance panels and floor-mounted installation options, our cooling towers ensure fast servicing and ease of operation. Wooden crate packaging protects systems during shipping, while flanged pipe connections simplify on-site setup. Motor power scales with tower size, and energy-efficient operation minimizes overall utility costs.
FAQs of FRP Cooling Tower:
Q: How does the FRP Cooling Tower ensure reliable performance in harsh chemical environments?
A: This cooling tower utilizes corrosion-resistant FRP (Fiber Reinforced Plastic) construction and galvanized steel frame support, making it highly suitable for harsh chemical environments found in industrial and process cooling applications.Q: What is the process of heat exchange in this cooling tower?
A: Heat exchange occurs as warm process water flows over PVC splash fill media, maximizing contact with induced draft airflow generated by the axial flow fan. This improves cooling efficiency while the drift eliminators reduce water losses.Q: Where can these FRP Cooling Towers be installed?
A: These towers are primarily designed for industrial locations, food processing plants, chemical plants, power plants, and large-scale HVAC systems. Their floor-mounted design and robust construction allow them to be used indoors or outdoors as conditions require.Q: What makes the water distribution system effective?
A: The water distribution system uses non-clogging PVC spray nozzles and efficient flanged inlet/outlet connections, ensuring uniform and obstruction-free water dispersal over the PVC fill media, which enhances heat transfer and system reliability.Q: When and how should maintenance be carried out on these towers?
A: Regular inspection is recommended, focusing on water quality, fill cleanliness, and fan operation. The towers easy access panels facilitate quick cleaning and component checks to minimize downtime. Preventive maintenance can typically be scheduled during planned plant shutdowns.Q: What benefits does the axial flow fan and noiseless design offer?
A: The low-noise FRP axial flow fan, paired with aluminium blades, delivers efficient air movement for optimal cooling performance while maintaining sound levels below 70 dB. This ensures quieter operation, ideal for sites with strict noise requirements.Q: How does the energy-efficient motor contribute to operational savings?
A: The heavy-duty TEFC motor, available in ratings from 1 HP to 15 HP depending on tower size, is designed for efficient energy consumptionresulting in reduced electricity cost and enhanced longevity, further lowering overall operational expenses.Tell us about your requirement
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Contact Details
DRYCOOL SYSTEMS INDIA (P) LTD.
GST : 09AABCD6383R1ZV
GST : 09AABCD6383R1ZV
- C-34, Sector 63,Noida - 201301, Uttar Pradesh, India
- Phone : 08045801669
- Mr Vatsal Verma (Director)
- Mobile : 08045801669
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