TLC Series

                Liang Chi proudly offers our industrial grade, site erected counter flow towers design that provide maximum cooling performance and can be supplied in a variety of structural and equipment to meet your specific cooling needs, we offers the most effective and efficient cooling solutions, Every equipment offers are made with high-quality field tested components and he counter flow design within a perfect in a variety of industrial application for power plants, petrochemical industry to large HVAC application.

                All equipment are customer by individual customers specification and engineered to provide long and reliable service even in the most demanding condition. We access to the widest range of brand products, with supply, install, and maintain hardware from manufacturers. For example Howden Fan, Hudson Fan, Cofimco Fan, ADDAX Drive shaft, Amarillo Gear, Murphy Vibration Switch, Hansen Gear, Motor ABB, Motor Brook, Motor Siemens, Motor TECO and more.lo Gear, Murphy Vibration Switch, Hansen Gear, Motor ABB, Motor Brook, Motor Siemens, Motor TECO and more.

Highest  Performance 
TLC in corporates new design of vacuum-forned rigid PVC filling with increased heat transfer area and heat rejection efficiency.
Lowest  Power Consumption 
High efficient hydrodynamics “Venturi tube” fan stack with low resistance filling facillitates good ventilation and reduction of fan motor power to save electrical energy.
Lower Drift Loss Rate
Drift eliminator design pattern is embedded in the rigid PVC filling to economize the space for maintenance inside cooling tower plenum. drift loss is less than 0.005% of the circulating water flow rate.
Durability and low Maintenance
Major components of TLC such as casing, fan stack, basin, access door and inlet louver are made from anti-corrosice FRP material, and all steel parts are hot-dip gaivanized to increase durability and lower maintenance cost.
Simplified Tower Frame Work Provides Ease of Handling and Assembly
TLC minimize the need for complex complicated steel structures while maximizing the use of light-weight, strong construction FRP components. The simplified structure allows for easy handing and shorter assembly time.
Easy of Piping Works
Multiple-cell design wite independent water basin, all piping connections, except inlet pipe, are gathered on the basin. Piping is reversible to meet the site conditions. Common water basin can be furnished as an option, cell partition for independent operation of each cell is also available as an option.
High Efficiency Distribution System
Gravitational distribution system with spray nozzles feature low pressure and slow water flow which can prolong
cooling duration and ensure cooling efficiency.

 

Mechanical driving equipment

              Motor is in of air stream and out of air stream with single speed reduction speed reducer equipped with high-strength v-belt with adjustable tension mechanism. Speed reducer is designed with FRP cover to prevent contact with warm and moist air exhaust from tower.

 

Fan

              Specially designed with wide-span, streamed-line, adjustable axial fan blades to on acquire large air volume under low revolution speed. Air guiding cover is equipped under fan hub to prevent re-circulation of hot air, rendering smooth operation and increases efficiency.

*Optional Energy saving aerofoil axial fan constructed of light-weight aluminium alloy material with adjustable pitch.

 

Fan stack

              Rigid FRP fan stack provides secure fan operation and smooth circulation of air.

 

Hot water basin

              Gravity Type water distribution system, hot water basin is constructed with FRP material and robust design. Hot water is evenly sprinkled over the filling by metering orifice.This gravity type water distribution system requires less pump head than the traditional sprinkler head or nozzles.

 

Fill and drift eliminator

              Vacuum-formed PVC rigid filling (Model LE-15) with embedded drift eliminator design provides increased heat transfer area and efficiency. New filling pattern slows down hot water from falling into cold water basin and therefore in creases the heat transfer efficiency.Integral type drift eliminator limits the drift loss to less than 0.005% of the circulating water flow rate while providing sufficient maintenance space inside cooling tower plenum.

 

Casing and partition

              Constructed of anti-corrosive FRP material, robust, weather proof, and  anti-deformation. Casing panel is designed for easy handling, assembly, and harmonizes with building architecture. Optional cell partition is also constructed of FRP material, allowing each cell to operate independently.

 

Access door

              Constructed of anti-corrosive FRP material. It provides convenient access for inspection, maintenance and repairs.

 

Cold water basin

              Constructed of FRP anti-corrosive FRP material. TLC cold water basin is composed of fewer pieces of FRP panels with fewer joints that require fiber glass over-lay, therefore, it is ideal for leek-free operation.

 

Tower structural frame work

              TLC revol utionizes the street structural frame work of the traditional cross flow cooling tower by simplifying the tower frame work while maintaining strength. The tower structural frame work is constructed of hot-dip galvanized steel, robust and free of rust. The new structural frame work design provides ease of handaing and assembly.

 

Accessories option

              internal pipe, FRP Hood, Handrail and Ladder age, Hot Water Basin Cover

Design Conditions :

  1. Total  heat  Load :  Kcal/Hr
  2. Circulating  Water  Flow : M³/Hr
  3. Pumping  Head  Required : M
  4. Water  Inlet  Temp. :  ­°C
  5. Water  Outlet  Temp. :  °C
  6. Ambient  Wet  Bulb  Temp. :  °C
  7. Average  Wind  Velocity  and  Direction
  8. Available  Installation  Area
  9. Electrical  Voltage  and  Frequency
  10. Conditions  of  Area  Surrounding  Installation  Site

Materials to be used :

  1. Mechanical Equipment Material Including Fan, Reducer & Drive Shaft.
  2. Materials of  Framework and Casing
  3. Materials and Treatment of Structure Connectors.
  4. Materials and Treatment of Piping System.

Other Items :

  1. Purpose of Tower Usages.
  2. Location of Piping.
  3. Capacity of Cold Water Basin.
  4. Quality of Circulation Water.
  5. Time of Delivery.