Square Counter-Flow Cooling Tower

The overall structure is solid and light. The main body and water pan are made of reinforced fiberglass (F.R.P), which will not corrode. The surface paint is added with UV inhibitors to resist the damage of sunlight. The specially designed PVC water collector (water stop) is used to prevent flying and splashing. The pressure drop loss is slight, and the splash loss is less than 0.002%.


Product Features

1. LYN is a square connectable combination, which makes full use of space and saves space; the product is specially designed with low noise and high efficiency.
2. All steel materials are hot-dip galvanized, corrosion-resistant and durable.
3. The specially designed PVC water collector (water stop) is used to prevent splashing, with slight pressure drop loss and splash loss below 0.002%.
4. Honeycomb vacuum-formed heat dissipation material is used, staggered arrangement.
5. The overall structure is solid and lightweight, and the body and water tray are made of reinforced fiberglass (F.R.P), which will not corrode. The surface paint plus ultraviolet inhibitor can resist sunlight invasion and damage
6. The specially designed axial flow fan is equipped with a belt reducer, low noise, sufficient air volume, and a special water drop silencer blanket can be installed to eliminate water sound.
7. The specially designed water diffuser has a large diameter and will not be blocked, but the water dispersion effect is excellent. It is installed inside the tower body and is not polluted by external dust and debris.
8. The water pan is tilted for easy cleaning, requires less water, and has a lower operating weight, but the water tank is extra large so there is no need to worry about air inhalation.


Component Features

Cooling tower motor
Waterproof motor, protection level up to IP55, motor shaft chrome-plated for corrosion protection, insulation level F; the motor has the advantages of low noise, low vibration, wide voltage, high efficiency, sealed and waterproof, etc. Rated voltage: 380V, frequency 50HZ.

Special fan for cooling tower
Made of aluminum alloy, with wide blades and wing hollow blades. Large air volume, low noise, high efficiency, low energy consumption. A scale is provided for manual adjustment of the fan angle. With good high-strength wind, streamlined design, smooth air flow.

Sprinkler
Design: Centrifugal DC nozzle is used, and the hollow phenomenon has been considered in the design. It is suitable for a larger pressure change range and has a better spraying effect. The required pressure is low and it is economical to use. Production process: Hot injection molding is adopted, which is not easy to deform or clog, and is easy to clean: Features: The ABS sprinkler head on the branch pipe has the advantages of providing uniform water flow, low pump head, and not easy to clog. This design ensures uniform water dispersion, high performance, and easy installation and maintenance.

Reduction unit
Adopts belt drive, stable operation, and low noise. The upper and lower covers of the belt box are designed to protect it from external water vapor. FRP material, safe operation, easy operation and maintenance. High-grade imported belts are used to ensure the strength and life of use.

Shell
The outer wave plate and water tray of the tower body are made of fiberglass reinforced plastic (FRP). FRP uses water-resistant resin and alkali-free glass fiber felt, which has good wettability, high glue content, high strength, high surface finish, and is not easy to fade, anti-aging, anti-ultraviolet, and beautiful appearance. The air inlet is equipped with a downwind plate, which is extruded and drawn out of high-grade PVC, engineering plastics, and anti-ultraviolet agents. It is dense and durable, rectifies the incoming air, and has a water-blocking function.

Filler
High-grade PVC raw materials are vacuum-formed, and the sheet thickness is uniform, and the strength and toughness are high. The opaque, UV-resistant material is used, combined with the "Liang Yi" patented corrugated design, to obtain a larger heat exchange area and better airflow through the space. The corrugation of the sheet and the distance between the sheets are obtained through strict calculation and multiple tests, and the heat dissipation coefficient is high.