Operating Principle
▲ Closed-loop water system
Coolant water, cooled within the coil, flows out of the tower and is sent to the heat source (the cooled equipment) by the system's circulating pump. It then enters the coil for cooling after being heated by heat exchange.
▲ External Recirculating Water System
After the external spray water achieves the purpose of cooling the internal circulating water of the coil by contacting with the coil and packing, it falls into the lower water trough and is then pumped to the spray water trough for another cycle by the spray water pump.
The internal recirculating cooling water exchanges heat and mass with the external spray water and air through the coil, preventing direct contact between the cooled water and air, which avoids water quality contamination. Due to the pre-cooling of the spray water with PVC packing, the heat exchange effect is more pronounced.
Structure Diagram
Features
▲Completely eliminate the hazards caused by debris and scale in the cooling water system
Treated cooling water circulates in a closed loop within the system, without direct contact with the external environment. This prevents efficiency reduction and dirty failures caused by floating debris, dust, harmful ions, and other contaminants entering and accumulating in the cooling water system.
▲ Superior durability
·The heat exchanger coil is made of phosphorus deoxidized copper tubes, which are highly corrosion-resistant and have high heat transfer efficiency.
·All steel frames are hot-dipped galvanized or made of stainless steel.
·The lower sink, fan housing, exterior panel, etc., are made of FRP or stainless steel.
·Fans and their drive systems, as well as spray pumps, are all equipped with imported components, offering high durability.
The adoption of the new heat exchanger significantly simplifies the installation and replacement of the coil.
·The connection between the new heat exchanger's coil and header employs a flange connection method, which completely simplifies the installation and dismantling of the coil.
·The new heat exchanger employs a three-dimensional tilting technology, which completely resolves the issues of poor drainage and residue.
▲Optimized layout of new heat exchangers and fillings for easier maintenance and upkeep
The optimized layout of the new heat exchanger and high-performance filling material simplifies and facilitates the maintenance and cleaning of the heat exchanger coils and filling material.
Accessories section
Damper
The fan of the cooling tower is a rotating part, which will cause some vibration. This vibration may transmit to the foundation or the building. To reduce the vibration, we offer various vibration reduction solutions.
Ⅰ Special Spring Vibration Absorbing Mount for Cooling Towers
II Cooling Tower Special Rubber Shock Absorbing Pad
Electric Heater
In cold-region winter applications using cooling towers, recirculating water and spray water are prone to freezing, which can lead to pipe and tower internal component破裂. To prevent such accidents, we recommend using antifreeze components, such as electric heaters. For other antifreeze methods, please contact our company.
"Conical Straight Pipe, Elbow Pipe"
The cooling tower exhaust pipe can be fitted with a straight pipe, a 45-degree bend, or a 90-degree bend according to the user's on-site requirements.
Motor
We offer single-speed, dual-speed, and variable-frequency motors for customer selection to meet various needs.
Electrical Control Box
Centralized management and control of devices such as pumps, motors, electric heaters, etc., can be achieved, which is convenient for safety and enables remote control.
Tank
The system's water reservoir is available for customer selection.
『Medication Water Tank』
To meet customers' varying water quality requirements, we also offer dosing tanks.
▲ Spray Nozzle Electric Water Heater Selection Chart (KW)
▲The adoption of the new type of fan further enhances performance.
The newly designed wind turbine blades using a 3-axis inverse solution method, casted in a whole steel mold and tested for dynamic balance, enhance exhaust capacity and further reduce operating noise.
▲ Internalized sprinkler piping
The spray piping is set inside the cooling tower, eliminating external piping, making the tower's exterior more aesthetically pleasing and reducing on-site piping costs.
