This counter-flow square cooling tower is an industrial cooling tower designed to dissipate heat from circulating process water.
Cooling Performance
Counter-flow airflow structure increases direct contact path between circulating water and intake air.
Multi-side air intake structure forms balanced airflow circulation inside the tower body.
Gravity-type water distribution structure covers the fill layer continuously during operation.
Integrated drift eliminator structure controls circulating water loss during airflow circulation.
Durable Tower Configuration
Tower Body
Sectional hot-dip galvanized steel tower structure.
Fan System
Low-speed axial fan with industrial motor assembly.
Fill Material
Multi-layer PVC wave fill sheets inside heat exchange area.
Water Distribution
Top spray distribution structure with centralized piping layout.
Water Basin
Integrated circulation water collection basin at tower bottom.
Structural comparison of crossflow and counterflow cooling tower designs.
Workflow comparison of crossflow and counterflow cooling tower designs.
Technical Specifications
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Item |
Content |
Value |
Remarks |
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Basic specs |
Cooling Tower Type |
counter flow square type tower |
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Model |
AYD-1200T |
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Total Water Flow |
450 m3/h |
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Water Flow for One Cell |
150 m3/h |
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Inlet Temp／Outlet Temp |
43℃／34.5℃ |
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DB／WB |
31.5℃／30℃ |
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Cooling Capacity |
8,000,000 kcal/h |
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Noise Value |
70dB(A) |
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Power Supply |
380V／3P／50Hz |
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Water Requirement |
PH＝6-8 |
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Design specs |
Air Water Scale |
0.68kg/kg |
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Water resistance |
53 Kpa |
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Flying Water Loss |
≤0.001% |
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Evaporation Loss |
≤0.833% |
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Net／Running Weight |
9150/22800KG |
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Motor fan specs |
Fan Type |
Axial-Flow |
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Air Volume |
180,000m3/h |
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RPM |
280r/min |
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Fan Dia(Φ) |
3,400 mm |
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Quantity of Fan |
3set |
4pcs/set |
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Motor Type |
All Closed Water-proof |
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Driving Mode |
Belt |
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Motor Power |
15 kW |
3 set |
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Start Way |
Y-△ |
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Main Dimension |
L*W*H |
4,500×13,500×6,000 mm |
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Inlet Pipe Size(DN) |
300mm |
3 set |
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Outlet Pipe Size(DN) |
300mm |
3 set |
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Overflow／Drain Pipe(DN) |
80mm／80mm |
3 set each |
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auto／manual supply(DN) |
50mm／50mm |
3 set each |
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Material |
Orifice |
Glass Fiber Reinforced Plastics |
Synthesis of high quality glass fiber felt and resin |
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Sprinkler System |
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Boarding |
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Basin, Vat |
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Belt |
Composite Material |
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Fan |
Aluminum Alloy |
Low Noise |
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Motor |
All Closed Water Proof |
IP55,F class |
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Film |
P.V.C |
Flame Retardant |
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Iron Frame, Motor Frame |
hot-dipped galvanized steel |
B/T-13912-2002 |
Application
1.Industrial Process Cooling
Used in industrial systems to cool circulating process water and lower temperatures in heat-generating operations.
2.Equipment Thermal Control
Applied where consistent condenser water cooling is required for equipment like chillers, compressors, and heat exchangers.
3.Multi-Sector Industrial Support
Suitable for electronics, textiles, foundry, steel, petroleum, gas, chemical and automation industries where industrial heat dissipation is needed.
Compliance & Factory Verification
CTI Standard Reference
Cooling performance testing conducted according to CTI thermal performance verification methodology.
Structural Inspection
Steel structure welding, galvanizing layer, and assembly dimensions inspected before shipment.
Mechanical Operation Testing
Fan rotation, motor load current, and transmission operation verified during factory testing.
Water Distribution Verification
Spray uniformity and circulation condition inspected during operation simulation testing.
Continuous Runtime Testing
Continuous operation testing completed before delivery for airflow and circulation verification.
Reliable Project Partner
Technical Support
Supports cooling capacity selection and circulation parameter confirmation during project planning.
Drawing Coordination
Provides layout drawings, piping reference, and installation structure information.
Stable Delivery
Standardized production process supports scheduled batch delivery for engineering projects.
Spare Parts Supply
Provides long-term replacement support for fan, fill, motor, and spray system components.
FAQ
Q1: What information is needed for model selection?
Providing circulating water flow, inlet/outlet temperatures and cooling capacity requirements helps determine the correct model.
Q2: How does a counter flow square cooling tower differ from other towers?
Counter flow towers direct air upward opposite to falling water, improving air-water interaction and compact layout.
Q3: Can this cooling tower be used for different industries?
Yes. It is commonly applied in sectors such as electronics, steel, chemical, and automation for industrial water cooling.
Q4: What maintenance should be expected?
Regular inspection of fill media, nozzles, fans and water distribution helps maintain performance; specific intervals depend on water quality and operating conditions.
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