Product Description
The round cooling tower is designed with a hot water inlet at the bottom collection sump which is vertically connected to the mechanical rotary sprinkler situated on top of the fill media. The mechanical rotary sprinkler is designed with extended arm pipes with orifices.Durable Construction for Long Service LifeBuilt with heavy-duty hot dip galvanized steel and a UV-resistant FRP casing, the round cooling tower resists corrosion and withstands India's harsh climate. The honeycomb PVC fill media and PVC drift eliminator further enhance performance, while service access points simplify cleaning and upkeep, ensuring operational longevity.
Optimized Performance and EfficiencyEquipped with a direct-driven axial flow fan and high-efficiency TEFC motor (0.75-22 kW), this cooling tower supports water flow rates from 10 to 500 m3/h and air flows up to 95,000 m3/h, depending on model. Designed for a wide range of applications, it delivers reliable cooling even at wet bulb temperatures of 28C-35C.
Flexible Installation and CustomizationSuitable for both rooftop and ground mount configurations, the tower accommodates various installation environments. Standard color options include blue and white, with further customization available. Flanged inlet/outlet connections and ABS or brass spray nozzles ensure compatibility with diverse piping needs.
FAQ's of Round Type Cooling tower with Hot dip galvanizing structure:
Q: How does the direct-driven axial flow fan benefit the cooling process?
A: The direct-driven axial flow fan delivers efficient air circulation with minimal energy loss, enhancing heat exchange within the cooling tower. Combined with a low-noise, vibration-absorbing design, it improves overall cooling effectiveness while maintaining quiet operation.
Q: What makes the hot dip galvanized steel structure advantageous for outdoor installation?
A: Hot dip galvanized steel offers superior corrosion resistance, making the structure durable against weathering, chemical exposure, and humidity. This ensures the tower's long service life and reliability, especially when installed outdoors or on rooftops.
Q: When should maintenance and cleaning be performed on the cooling tower?
A: Routine cleaning and inspection should be conducted every 3-6 months, or as per operational demands, to remove scale, sludge, or biological growth. Easy service access simplifies these tasks, supporting efficient maintenance and long-term performance.
Q: Where can this round type induced draft cooling tower be installed?
A: The tower is designed for versatile installation on rooftops or ground-level platforms, suitable for factories, HVAC plants, power stations, chemical processing units, and plastic injection facilities.
Q: What is the process for factory testing before dispatch?
A: Each tower undergoes pressure and performance testing at the manufacturer's facility. This ensures structural integrity, leak-proof operation, and that all technical parameters meet specified requirements before the tower is shipped to the customer.
Q: How does the honeycomb PVC fill media enhance efficiency?
A: The honeycomb PVC fill media increases the surface area for water-air contact, maximizing heat transfer and promoting efficient water cooling. Its design minimizes drift loss and contributes to the tower's high cooling performance.
Q: What are the main benefits of using this cooling tower in industrial applications?
A: Advantages include high energy efficiency, low drift loss, minimal maintenance demands, exceptional durability against corrosion, and the ability to operate in high ambient temperatures-making it ideal for a wide array of industrial and commercial cooling needs.