Cooling Tower Components
Cooling Tower Components
Cooling Tower Components
Gear Box
Gear Box
The torque produced by the motor is not applied to the fan directly first, it is passed through a set of gears in order to optimise the motor speed for the fan speed. The effect of the gearing is to change the number of times the motor rotates for each rotationn of the fan.
The torque produced by the motor is not applied to the fan directly first, it is passed through a set of gears in order to optimise the motor speed for the fan speed. The effect of the gearing is to change the number of times the motor rotates for each rotationn of the fan.
Motor
Motor
It drives the fan blades so they may turn. It may be direct drive with the blades mounted on the motor shaft or gear box driven with the wheel mounted on the gear box shaft & bearings.
It drives the fan blades so they may turn. It may be direct drive with the blades mounted on the motor shaft or gear box driven with the wheel mounted on the gear box shaft & bearings.
Cooling Tower Fan System
Cooling Tower Fan System
Large volumes of air flowing through the heat transfer media help increase the rate of evaporation & cooling capacity of the tower. This airflow is generated by fans powered by electric motors. The cooling tower fan size & airflow rate are selected for the desired colling at the design conditions of hot water, cold water, water flow and wet bulb air temperature.
Large volumes of air flowing through the heat transfer media help increase the rate of evaporation & cooling capacity of the tower. This airflow is generated by fans powered by electric motors. The cooling tower fan size & airflow rate are selected for the desired colling at the design conditions of hot water, cold water, water flow and wet bulb air temperature.
Fills
Fills
The fill within the cooling tower is the critical thermal component. In wet cooling towers or hybrid towers it is the medium over which the hot water is distributed as it is being cooled. It’s primary function is to provide an environment for efficient heat transfer. Fill is primarily various shapes of extruded PVC, and is still used for projects with major fouling concerns. Significant improvements in evaporative heat transfer efficiency were realized with the invention of film fills. Most new applications today use the high efficiency film fill, but in some cases it is necessary to continue to use splash fill.
The fill within the cooling tower is the critical thermal component. In wet cooling towers or hybrid towers it is the medium over which the hot water is distributed as it is being cooled. It’s primary function is to provide an environment for efficient heat transfer. Fill is primarily various shapes of extruded PVC, and is still used for projects with major fouling concerns. Significant improvements in evaporative heat transfer efficiency were realized with the invention of film fills. Most new applications today use the high efficiency film fill, but in some cases it is necessary to continue to use splash fill.
Nozzles
Nozzles
Flower Type Nozzles are used in the Timber Tipy Cooling Towers. It gives even distribution by gravity. So, no extra pumping cost.
Flower Type Nozzles are used in the Timber Tipy Cooling Towers. It gives even distribution by gravity. So, no extra pumping cost.
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Gear Box
The torque produced by the motor is not applied to the fan directly first, it is passed through a set of gears in order to optimise the motor speed for the fan speed. The effect of the gearing is to change the number of times the motor rotates for each rotationn of the fan.
Motor
It drives the fan blades so they may turn. It may be direct drive with the blades mounted on the motor shaft or gear box driven with the wheel mounted on the gear box shaft & bearings.
Cooling Tower Fan System
Large volumes of air flowing through the heat transfer media help increase the rate of evaporation & cooling capacity of the tower. This airflow is generated by fans powered by electric motors. The cooling tower fan size & airflow rate are selected for the desired colling at the design conditions of hot water, cold water, water flow and wet bulb air temperature.
Fills
The fill within the cooling tower is the critical thermal component. In wet cooling towers or hybrid towers it is the medium over which the hot water is distributed as it is being cooled. It’s primary function is to provide an environment for efficient heat transfer. Fill is primarily various shapes of extruded PVC, and is still used for projects with major fouling concerns. Significant improvements in evaporative heat transfer efficiency were realized with the invention of film fills. Most new applications today use the high efficiency film fill, but in some cases it is necessary to continue to use splash fill.
Nozzles
Flower Type Nozzles are used in the Timber Tipy Cooling Towers. It gives even distribution by gravity. So, no extra pumping cost.
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