Sarafarin Cubic fiberglass cooling tower 140-ton AFC

Guide to Selecting and Purchasing the Sarafarin Cubic fiberglass cooling tower 140-ton AFC

The 140-ton fiberglass cubic cooling tower model AFC by Sarafarin, with a cooling capacity of 140 tons, is one of the models of Sarafarin cooling towers (specifically the cubic fiberglass cooling towers) produced with high quality and efficiency by Sarafarin Company. Sarafarin cubic fiberglass cooling towers are produced in various capacities ranging from 10 tons of refrigeration to 850 tons of refrigeration. They can be designed and constructed with a concrete basin and a robust structure with high thickness, featuring a beautiful and unique appearance. They come with a European electric motor with an IP55 protection rating, class F, direct coupling, and a German gearbox (for cases that require speed reduction).

On the website of the DamaTajhiz reference and specialized collection, the technical specifications and best prices for cubic fiberglass cooling towers in various capacities, with the original warranty, have been provided to give you dear customers a sense of optimal and smart purchasing.

Advantages and features of the 140-ton cubic fiberglass cooling tower Sarafarin model AFC

In general, the cubic fiberglass cooling towers of Sarafarin have unique advantages and features, which include:

• Lightweight with disassembly capability
• Equipped with a rotary water spraying system
• Easy and convenient installation at the desired location
• Coating all parts of the body and louvers with gel coat
• Has a body resistant to wear and ultraviolet radiation.
• Resistant to chemicals and thermal shock from weather conditions
• Equipped with special non-clogging nozzles made of ABS to prevent water flow blockage.
• Equipped with packing and droplet separators with thicknesses of 500 and 600 microns, and galvanized and stainless steel bolts, nuts, and washers.
• Having 20% less footprint compared to round cooling towers and a significant reduction in water wastage due to the use of a droplet eliminator.
• The use of high-quality fibers and resin in the Sarafarin cubic fiberglass cooling tower (suitable for parts that are constantly exposed to water and steam).
• Equipped with a special UV-resistant coating alongside fiberglass or polyamide impellers with an airfoil cross-section, the water inlet pipe is made of high-pressure polyethylene or thick galvanized material.
• Avoid loading on bolts and nuts in composite materials with special design capable of being transported via elevator or stairs, for installation in high places without the need for a crane.
• Avoid loading on bolts and nuts in composite materials with special design capable of being transported via elevator or stairs, for installation in high places without the need for a crane.

Technical specifications of the Sarafarin model AFC 140-ton Cub fiberglass cooling tower

The Sarafarin cub fiberglass cooling tower AFC model 140-ton has technical specifications and features, which we will explain in detail below..

1. Structure:
   
   • The structure of the Saraffrin cubic fiberglass cooling tower includes bodies, cold water basin, columns and air inlets made of fiberglass reinforced with resistant polyester resin, which has a thickness proportional to the dimensions and capacity of the cooling tower with minimal vibration.
   • It should be noted that fiberglass fibers (of the mat and needle type) are used in the production of parts of these cooling towers.
2. Special coating:
   
   • In order to increase resistance to UV rays (sunlight), the external surfaces of all parts of the Saraffrin 140-ton refrigeration cubic fiberglass cooling tower, model AFC, are coated with a gel coat.
   • Special coating of the Saraffrin cubic fiberglass cooling tower
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3. Heat Exchange Surfaces:
   
   • The heat exchange surfaces of Saraffrin cubic cooling towers are selected and used according to the air and water flow and the temperature and quality of the water entering the devices from antibacterial types and made of PVC or PP and in Splash or Film produced in Germany or domestically. These types of surfaces have very high mechanical strength and can be easily dismantled and descaled.
     
4. Electromotor:
   
   • Saraffrin cubic cooling towers have an electromotor from a European brand (vertical flanged installation) with a protection rating of IP55, class F at speeds appropriate to the capacity and with a three-phase input current (380v).
     
5. Water distribution system:
   
   • The water distribution system in the Saraffrin model AFC 140-ton cubic fiberglass cooling tower is spray-type and uses polyethylene, PVC or thick galvanized pipes through the installation of special nozzles, which prevents the deposition of salts in the spray system.
   • In the water distribution system of this model of Saraffrin cooling tower, water is sprayed uniformly on the evaporation surfaces and becomes thin films and has the maximum heat exchange surface with the passing air, and also reduces the water temperature sufficiently.
6. Water spray nozzles:
   
   • For the effective distribution of hot water entering the Saraffrin cubic fiberglass cooling tower, special anti-sediment (nonclogging) nozzles made of ABS are used with the ability to be assembled and disassembled very easily to prevent clogging of the water flow path.
     
7. Fan:
   
   • Due to the type of suction operation of this type of cooling tower (induced Draft), axial fans made of fiberglass with a wide balanced airfoil section and high aeration efficiency are used in the air supply unit.
     
8. Gearbox:
   
   • In high capacities or special applications in the cubic cooling tower manufactured by Sarafrin Company, special gearboxes for wet weather made in Germany and Italy are used to transfer power in the drive system from the electric motor to the fan. 
9. Drip Catcher:
   
   • In order to prevent water losses in the cooling tower, a row of thick PVC drip catch pads is installed in the air outlet of the device, which reduces the amount of water droplets escaping to the allowable limit.
     
10. Metal parts and connections:
    
    • When connecting the parts, loading on the bolts and nuts in the fiberglass structure is avoided.
    • All metal parts, bolts, nuts and washers in the 140 ton cubic fiberglass cooling tower of Sarafrin Refrigeration Model AFC are used in two types of stainless steel or galvanized and according to the order of the esteemed buyer.
11. Conclusion:
    
    • It should be noted that when purchasing and selecting a Sarafrin cubic fiberglass cooling tower, you should be careful that each cooling tower device must be designed and manufactured based on the region in which it is installed in terms of relative humidity, ambient temperature, and altitude above sea level, as well as the temperature of the water entering the tower and the volume of the cooled fluid flow in the cooling tower. As a result, paying attention to the installation location and application of the required cooling tower device is of great importance.