Al Ain Industrial Dry Cooling Tower

Al Ain Industrial Dry Cooling Tower

30000.00 - 200000.00 INR/Unit

Product Details:

X

Price And Quantity

  • 30000.00 - 200000.00 INR/Unit
  • 1 Unit

Trade Information

  • Cash Advance (CA), Telegraphic Transfer (T/T)
  • 10 Unit Per Week
  • 1 Week
  • All India

Product Description

Classik, We are Leading Manufacturers and Exporters of Dry Cooling Towers in Al Ain at UAE.

Gaining the vast experience and backed with the assistance of skilled team, we are proudly presentin All Types of Cooling Tower for Industrial Usage. These are precisely manufactured using high grade raw materials using cutting edge technologies and machineries. Thus, known for removing waste heat from the atmosphere, it immensely meets the international quality standards.

Engineering Specification
Each cooling tower is manufactured to cool liters per minute of water from -----Degree Celcius (HW) e n te r in g w a te r  temperature to -----Degree Celcius (CW) leaving water temperature at -----Degree Celcius (WB) entering wet bulb temperature.
The cooling towers are guaranteed to perform in accordance with the conditions specified without any modifications.
Structure
The Cooling Tower Casing Shall be constructed from FRP (Fibreglass Reinforced Polyester). Structure shall be constructed from HDG (Hot Dipped Galvanized) Steel.
Basin
The basin sump shall be constructed from HDG Steel. The basin shall be made of FRP and equipped with drain outlet for ease of cleaning.
Air Inlet Louvers
Air inlet louvers shall be made from FRP Designed to prevent water.
Louvers are designed to be easily removable intended for easy access to cleaning.
Infill
Infill shall be of ultra - violet ray treated PVC (Polyvinyl Chloride). The PVC infill shall be vacuum-formed to facilitate a good spread of water over the surface area. It also incorporate a built-in drift eliminator.
Water Distribution System
The hot water distribution shall be of open gravity type basin. It shall be constructed of HDG Steel designed with multiple array of holes to facilitate even distribution of stable water sprinkling effect.
Mechanical Equipment (Fan Section)
Fans shall be axial flow type with FRP blades. The fans shall be designed to provide necessary air flow for heat transfer. Fan blades shall be assembled, balanced and pitched. The fan shall operate within a FRP fan cylinder, which provides a streamlined air entry and minimum tip clearance for maximum fan efficiency.
Bolts & Nuts
All Bolts & Nuts shall be of 304 Stainless Steel material.
Motor
The fan motor(s) shall be to IP55 standard with Class F insulation, specifically designed for cooling tower service. The motor shall be located on top of the fan cylinder for ease of maintenance also available motor shall be fully outside of the moist discharge air stream.
Mechanical Support
The Mechanical Support shall be of HDG Steel and bolted to the top of fan cylinder. HDG Steel fan guard shall be bolted to the top of mechanical support for safety measure. Extended lubrication lines shall be provided to the bearings with grease nipples located outside for ease of schedule maintenance.

Engineering Specification
Each cooling tower is manufactured to cool liters per minute of water from -----Degree Celcius (HW) e n te r in g w a te r  temperature to -----Degree Celcius (CW) leaving water temperature at -----Degree Celcius (WB) entering wet bulb temperature.
The cooling towers are guaranteed to perform in accordance with the conditions specified without any modifications.
Structure
The Cooling Tower Casing Shall be constructed from FRP (Fibreglass Reinforced Polyester). Structure shall be constructed from HDG (Hot Dipped Galvanized) Steel.
Basin
The basin sump shall be constructed from HDG Steel. The basin shall be made of FRP and equipped with drain outlet for ease of cleaning.
Air Inlet Louvers
Air inlet louvers shall be made from FRP Designed to prevent water.
Louvers are designed to be easily removable intended for easy access to cleaning.
Infill
Infill shall be of ultra - violet ray treated PVC (Polyvinyl Chloride). The PVC infill shall be vacuum-formed to facilitate a good spread of water over the surface area. It also incorporate a built-in drift eliminator.
Water Distribution System
The hot water distribution shall be of open gravity type basin. It shall be constructed of HDG Steel designed with multiple array of holes to facilitate even distribution of stable water sprinkling effect.
Mechanical Equipment (Fan Section)
Fans shall be axial flow type with FRP blades. The fans shall be designed to provide necessary air flow for heat transfer. Fan blades shall be assembled, balanced and pitched. The fan shall operate within a FRP fan cylinder, which provides a streamlined air entry and minimum tip clearance for maximum fan efficiency.
Bolts & Nuts
All Bolts & Nuts shall be of 304 Stainless Steel material.
Motor
The fan motor(s) shall be to IP55 standard with Class F insulation, specifically designed for cooling tower service. The motor shall be located on top of the fan cylinder for ease of maintenance also available motor shall be fully outside of the moist discharge air stream.
Mechanical Support
The Mechanical Support shall be of HDG Steel and bolted to the top of fan cylinder. HDG Steel fan guard shall be bolted to the top of mechanical support for safety measure. Extended lubrication lines shall be provided to the bearings with grease nipples located outside for ease of schedule maintenance.

Engineering Specification
Each cooling tower is manufactured to cool liters per minute of water from -----Degree Celcius (HW) e n te r in g w a te r  temperature to -----Degree Celcius (CW) leaving water temperature at -----Degree Celcius (WB) entering wet bulb temperature.
The cooling towers are guaranteed to perform in accordance with the conditions specified without any modifications.
Structure
The Cooling Tower Casing Shall be constructed from FRP (Fibreglass Reinforced Polyester). Structure shall be constructed from HDG (Hot Dipped Galvanized) Steel.
Basin
The basin sump shall be constructed from HDG Steel. The basin shall be made of FRP and equipped with drain outlet for ease of cleaning.
Air Inlet Louvers
Air inlet louvers shall be made from FRP Designed to prevent water.
Louvers are designed to be easily removable intended for easy access to cleaning.
Infill
Infill shall be of ultra - violet ray treated PVC (Polyvinyl Chloride). The PVC infill shall be vacuum-formed to facilitate a good spread of water over the surface area. It also incorporate a built-in drift eliminator.
Water Distribution System
The hot water distribution shall be of open gravity type basin. It shall be constructed of HDG Steel designed with multiple array of holes to facilitate even distribution of stable water sprinkling effect.
Mechanical Equipment (Fan Section)
Fans shall be axial flow type with FRP blades. The fans shall be designed to provide necessary air flow for heat transfer. Fan blades shall be assembled, balanced and pitched. The fan shall operate within a FRP fan cylinder, which provides a streamlined air entry and minimum tip clearance for maximum fan efficiency.
Bolts & Nuts
All Bolts & Nuts shall be of 304 Stainless Steel material.
Motor
The fan motor(s) shall be to IP55 standard with Class F insulation, specifically designed for cooling tower service. The motor shall be located on top of the fan cylinder for ease of maintenance also available motor shall be fully outside of the moist discharge air stream.
Mechanical Support
The Mechanical Support shall be of HDG Steel and bolted to the top of fan cylinder. HDG Steel fan guard shall be bolted to the top of mechanical support for safety measure. Extended lubrication lines shall be provided to the bearings with grease nipples located outside for ease of schedule maintenance.

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