The side-outlet cooling tower is a cross-flow design. The water is in the filling of the tower, the water flows from top to bottom, and the air flows horizontally from the outside of the tower to the inside of the tower, and the two flow directions are vertical and orthogonal. It is very suitable for use in residential areas with strict noise requirements. It is a tower shape that is frequently used in the air conditioning industry. Side-outlet cooling towers can be built and placed at will according to the shape of the building. Single or multiple cooling towers can be activated according to the required water temperature. The overall energy saving, low water pressure, low wind resistance, low-speed motor, no dripping noise It has advantages such as wind noise, easy maintenance of packing and water distribution system.
Side Inlet Side Outlet Cross-Flow Cooling Tower TCH series with 100% thermal performance. The side air outlet cross-flow design is suitable for installation areas with limited height and restricted top exhaust space. Side Inlet Side Outlet Cross-Flow Cooling Tower is very good in noise control. Wide blade multi fan, low speed way is adopted to achieve low noise. The distance of 15 meters can reach 50 decibels without noise reduction again.
The side-outlet cooling tower is a device that uses the contact of water and air to dissipate waste heat generated in industry or in refrigeration and air conditioning through evaporation. During operation, the air is drawn by the fan, enters the air network from the side of the tower, and exits from the other side of the tower, because the flow direction of the air and the spray water are mutually perpendicular, and the principle is: high temperature with high saturated steam partial pressure The water molecules flow to the low-pressure air, and the hot and humid water is sprinkled into the tower by the self-seeding system. When water droplets and air contact, on the one hand, because the air and water do not directly transfer heat, on the other hand, due to the pressure difference between the surface of the water vapor and the air, evaporation occurs under the action of the pressure, and the heat in the water is taken away. Achieve cooling.
Structure Feature Fan
Cross Flow Configuration design provides easier and safer installation and minimize the maintenance cost. Horizontal Discharge arrangement requires lower headroom and is suitable for indoor installation.
The thermal performance is certified . Drift loss rate is less than 0.001% of circulating water flow rate according to AS 4180 standard.
High Efficiency Axial Fan
Aerofoil shaped hollow blades are made from Aluminum extrusion alloy and pitch angles are adjustable allowing optimization of the tower performance. High efficient and light in weight ensure low power consumption.
Belt Driven Transmission
Motors are TEFC type with IP55 protection, Class F insulation and 1.15 service factor. Fans are driven by Vee belts with low tip speed, thus minimizing vibration and ensuring low noise.
3 in 1 Filler
Fillers are vacuum formed of 0.35mm thick PVC film. Filler sheet configuration incorporate sloped flutes in both air intake and outlet sections and high efficient wet deck media section. The wet deck media section with continuous triangular pattern design provides high efficient heat transfer.
Water Distribution System
Open gravity flow water distribution basin with removable covers is designed for non-clogging operation and prevents the growth of algae. Special design diffusion decks provide 100% guarantee for full coverage of filler by small droplets.
RDE-100 Drift Eliminator (Optional)
3 passes drift eliminator made of 0.4mm thick PVC sheet and placed in front of the outlet section of filler provides further reduction of drift loss rate to 0.001% of circulating water flow.
This product is a mechanical ventilation, square cross flow, side air outlet, and side air inlet structure. This special structure greatly reduces the height of the tower and is very suitable for installation in the technical equipment layer or middle layer of general buildings and high-rise buildings. , It solves the problem of inconvenient installation on the top of the cooling tower ladder, and also makes the installation of the tower more options. The side-inlet and side-outlet structure also greatly reduces the return of warm air from the cooling tower installed at the above position, and improves the cooling efficiency of the square side-outlet cooling tower. Because it is installed in the middle layer, the working head of the air-conditioning circulating water system is reduced, thereby reducing the construction cost of the main equipment and greatly saving the user's operating cost。
2、Efficient, low drift wate
The TRLON square side air outlet cooling tower uses effective energy-saving fans, which greatly reduces the energy consumption of the equipment. In addition, due to the use of suitable water vapor ratio and effective heat dissipation filler film, the honeycomb air guide structure is evenly designed before and after the filler, so that the air in and out of the tower is more uniform and smooth, and the cooling tower cooling is fully guaranteed to minimize the rate of water drift. (Less than 0.001% of the total water volume).
3、Corrosion resistance and long life
TRLON square side air outlet cooling tower has a reasonable structure, strong and durable. The accessories are made of materials with good weather resistance and corrosion resistance, such as the chassis, bellows, side panels, etc., using high-quality glass fiber reinforced plastic materials; all steel structural parts are treated with hot-dip galvanized anti-corrosion treatment, which greatly improves their corrosion resistance and extends The service life of the tower.
The effective ultra-static wide-blade axial flow fan is adopted, so that the equipment can ensure the required air volume for the cooling effect while greatly reducing the noise during operation.
If the noise requirement is lower, we will use 8-blade ultra-quiet fan, which can be more quiet.
Guangdong Trlon Energy-saving Air Conditioning Equipment Co., Ltd.
Company Address： 1916A, Block A, David Donglong Business Building, Longhua, Longhua District, Shenzhen