About 100 Tr Industrial Water Cooling Towers
| Cooling Capacity (Ton of Refrigeration) |
100 TR |
| Usage/Application |
Industrial |
| Shape |
Round |
| Tower Material |
Fiberglass Reinforced Polyester |
| Supply Phase |
Three Phase |
| Product Type |
Industrial Water Cooling Towers |
The 100 TR Ton of Refrigeration Industrial Water Cooling Tower is a high efficiency robust and compact cooling solution designed for industrial and commercial heat rejection applications. Engineered for performance durability and ease of maintenance this unit effectively dissipates process heat from chillers compressors or manufacturing processes by using ambient air and water evaporation.
Key Features
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Cooling Capacity: 100 TR approximately 350 kW
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Type: Induced Draft Counterflow or Crossflow depending on design
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Heat Exchange Medium: Water to Air Evaporative Cooling
Material Options
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Casing: FRP Fiber Reinforced Plastic Galvanized Steel or Stainless Steel
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Fill Media: PVC Honeycomb Drift Eliminators and Splash Fill
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Basin: FRP or Stainless Steel
Structure: Corrosion resistant UV protected and weather resistant build
Fan Type: Axial or Centrifugal Energy efficient low noise operation
Motor: TEFC Totally Enclosed Fan Cooled IP55 Rated Flameproof Options Available
Water Flow Rate: Approximately 300 to 350 LPM liters per minute depending on design
Temperature Drop: 5 to 10 degrees Celsius depending on ambient conditions
Drift Loss: Less than 0005 percent of circulating water
Technical Details 
High-Performance Industrial CoolingThis cooling tower offers reliable, energy-efficient water cooling for various industrial setups. With its large heat exchange area and induced draft technology, it achieves rapid heat dissipation, maintaining optimal operating conditions for critical processes.
Durable and Low-Maintenance DesignManufactured with resilient FRP material and equipped with honeycomb PVC fills and ABS plastic nozzles, the tower is built for longevity and simple upkeep. The horizontal installation method ensures straightforward assembly and serviceability, minimizing downtime.
FAQs of 100 Tr Industrial Water Cooling Towers:
Q: How does the axial flow fan in this cooling tower enhance cooling efficiency?
A: The axial flow fan, with a diameter of 1420 mm, promotes rapid air movement through the tower, maximizing heat dissipation and maintaining a consistent cooling process for high-volume industrial water flows.
Q: What is the installation process for the 100 Tr cooling tower?
A: This unit is designed for horizontal installation, enabling swift and uncomplicated setup. Precise inlet and outlet connections (DN100/DN100 mm) and compact FRP build facilitate on-site placement and integration into existing industrial systems.
Q: When should I schedule maintenance for the tower?
A: Routine maintenance is recommended at intervals outlined by the manufacturer. Its easy-access design and honeycomb PVC fill structure allow for hassle-free cleaning and inspection, ensuring optimal performance and extended lifespan.
Q: Where can this cooling tower model be used?
A: The 100 Tr cooling tower is ideal for industrial facilities across India, including manufacturing plants, refineries, power stations, and other sectors requiring efficient water cooling and temperature management.
Q: What are the main benefits of using honeycomb PVC fills?
A: Honeycomb PVC fills enhance water-air contact, improving heat transfer efficiency while reducing maintenance requirements. They resist fouling and support easy access for cleaning and service.
Q: How does the cooling tower ensure minimal drift loss and low noise operation?
A: Engineered with advanced drift eliminators and low-noise components, the tower maintains drift loss under 0.02% and emits less than 65 dBA, ensuring environmental compliance and comfortable workplace conditions.
Q: What is the expected lifespan of this cooling tower and what factors influence it?
A: Under normal operating conditions, the tower is expected to last over 10 years. Regular maintenance, proper installation, and adherence to recommended operating parameters help maximize its longevity.