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The Cooling Tower Has Good Structural Mechanics And Hydrodynamic Characteristics
Nov 02, 2017

The Cooling Tower has good structural mechanics and hydrodynamic characteristics
The Cooling Tower consists of a ventilation cylinder, a humanoid column, a ring base, a watering device and a tower material. The ventilation duct is mostly reinforced concrete hyperbolic rotating shell, which has good structural mechanics and hydrodynamic characteristics. The lower edge of the housing is supported on equidistant V-shaped or X-shaped struts to form the air inlet of the Cooling Tower. The load of the shell is transmitted through the oblique strut. The base is made of a circular base with a slope to withstand the part of the ring tension from the oblique strut, or a separate foundation or pile foundation. The diameter of the throat of the ventilator is the smallest, and when the shell is compressed, the shell wall is thinnest, and the upward diameter is gradually increased to form the airflow outlet diffusion section. The top of the tower is provided with a rigid ring, Gradually expanded, the lower part of the shell wall is also a corresponding thickening, forming a certain stiffness of the lower ring beam.
Cooling Tower before running, should be checked and cleaned two preliminary work. Its operation part should be more detailed inspection, no problem before proceeding. The following are the areas to be checked:
By checking the door into the tower, clean up the debris and silt on the bottom basin, check the pipeline is blocked. Wash the heat film and the bottom of the soil with high pressure water and drain the sewage through the drain.
Check the motor wiring is correct, solid, the motor junction box is tight, so as not to water vapor infiltration. Check the belt tension in the belt drive so that it is between 8 and 15 mm. Check whether the fan rotation is flexible and smooth, the fan blade tail and the water tower shell is evenly spaced.
Check if the float assembly is installed. Check the number of layers of film and the degree of density is appropriate. Check that all bolts of the Cooling Tower are tightened.
I plant leading products for the FRP Cooling Tower products, products are divided into circular counter-current Cooling Tower, square counter-current Cooling Tower, square cross-flow Cooling Tower, no filler spray Cooling Tower, concrete steel Cooling Tower, large glass steel Cooling Tower The
Closed Cooling Tower is the biggest feature of less water consumption, less water evaporation, then the pool built in order to better ensure the Cooling Tower of the seal and water consumption. So how is the pool built to catch water and circulating water? This is the structure of the closed Cooling Tower pool, the pool above the spray water pump, spray water circulation pipeline, water outlet and sewage outfall. In order to better understand the institutions here (we should understand the cooling principle of closed Cooling Tower, we here to countercurrent Cooling Tower working principle introduced), closed Cooling Tower evaporation of water are gathered in the pool of water, When the heat is evaporated, there will be a trace of water to evaporate, and we will connect the tap directly through the water outlet, and replenish the water through the float valve inside the sink. And then through the spray pump to the pool of water pressurized supply to the sprinkler system, the sprinkler system will be sprayed to the condenser, the evaporative cooling water will fall into the pool, which is closed Cooling Tower structure principle.
I plant leading products for the FRP Cooling Tower products, products are divided into circular counter-current Cooling Tower, square counter-current Cooling Tower, square cross-flow Cooling Tower, no filler spray Cooling Tower, concrete steel Cooling Tower, large glass steel Cooling Tower。