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AD-HG
MACH
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Product Description
Mach Cooling’s industrial square jointable cross-flow steel frame cooling towers, part of the AD-HG series, are high-capacity cooling solutions designed for industrial applications. With a lifespan of 15-20 years with proper maintenance, these towers feature a modular, jointable design with corrosion-resistant FRP panels and steel frames. Ideal for power, chemical, semiconductor, and data center industries, they offer low noise (≤70-73 dB(A)), energy efficiency, and easy assembly. Compare with our square cross-flow cooling towers for alternative configurations.
The industrial square jointable cross-flow cooling tower achieves efficient heat exchange through a cross-flow mechanism:
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Utilizes evaporation and heat absorption to significantly reduce water temperature for industrial processes.
Optimized design with energy-efficient motors reduces power consumption and environmental impact.
Ensures consistent equipment operation at optimal temperatures during industrial production.
Real-time monitoring and automatic adjustment of cooling demand enhance energy efficiency.
Corrosion-resistant FRP panels and steel frames ensure long-term stability in harsh environments.
Square, jointable structure allows flexible configuration and easy assembly for large-scale applications.
Tower StructureFRP panels and internal steel frame (upgradable to 304/316 stainless steel) provide excellent corrosion resistance and strength, ideal for outdoor environments. |  |
 | Fan SystemAluminum alloy, FRP, or stainless steel blades with IEC-compliant energy-efficient motors and gearboxes optimize airflow and reduce energy consumption. |
Customized ServicesOptions include circulating water pumps, control cabinet systems, water tanks, stainless steel housing/frames (304/316L), dual-speed or variable frequency motors, and anti-freeze heaters. |  |
| Model | Water Flow (m³/h) | Length (mm) | Width (mm) | Height (mm) | Air Flow (m³/h x10⊃3;) | Fan Diameter (mm) | Motor Power (kW) | Dry Weight (t) | Operating Weight (t) | Noise dB(A) |
|---|---|---|---|---|---|---|---|---|---|---|
| AD-HG-800 | 800 | 10560 | 6400 | 8600 | 500 | 4700 | 30 | 24.8 | 38.4 | ≤70 |
| AD-HG-1000 | 1000 | 12000 | 7600 | 9100 | 686 | 4700 | 45 | 30.1 | 51.3 | ≤70 |
| AD-HG-1500 | 1500 | 13040 | 9800 | 10100 | 1000 | 6000 | 55 | 41.6 | 66.2 | ≤71 |
| AD-HG-2000 | 2000 | 14920 | 10600 | 11550 | 1350 | 7320 | 90 | 55.9 | 85 | ≤71.5 |
| AD-HG-2500 | 2500 | 16200 | 11700 | 12570 | 1750 | 8000 | 110 | 63.7 | 98.6 | ≤72 |
| AD-HG-3000 | 3000 | 16600 | 12900 | 13110 | 2000 | 8530 | 132 | 73.2 | 116.9 | ≤72.5 |
| AD-HG-3500 | 3500 | 17000 | 13800 | 13410 | 2300 | 8530 | 160 | 81.9 | 130.7 | ≤73 |
| AD-HG-4000 | 4000 | 18400 | 15600 | 13910 | 2550 | 9140 | 160 | 93.5 | 149.2 | ≤73 |
| AD-HG-4500 | 4500 | 18400 | 17400 | 13910 | 2950 | 9140 | 200 | 107.5 | 168.8 | ≤73 |
| Model | B0 (mm) | B1 (mm) | B2 (mm) | L0 (mm) | L1 (mm) | L2 (mm) | L3 (mm) | L4 (mm) | L5 (mm) |
|---|---|---|---|---|---|---|---|---|---|
| AD-HG-800 | 12800 | 6400 | 1600 | 9270 | 1900 | 2960 | 12020 | 4185 | 1200 |
| AD-HG-1000 | 15200 | 7600 | 1900 | 11080 | 2000 | 3540 | 13380 | 4065 | 1500 |
| AD-HG-1500 | 19600 | 9800 | 2450 | 12060 | 2200 | 3830 | 14360 | 4220 | 2000 |
| AD-HG-2000 | 21200 | 10600 | 2650 | 12780 | 2500 | 4390 | 16080 | 4730 | 2000 |
| AD-HG-2500 | 23400 | 11700 | 1950 | 14980 | 2800 | 4690 | 17280 | 4890 | 1500 |
| AD-HG-3000 | 25800 | 12900 | 2150 | 15320 | 3000 | 4690 | 17620 | 5390 | 1600 |
| AD-HG-3500 | 27600 | 13800 | 2300 | 15640 | 3200 | 4690 | 17940 | 5890 | 1800 |
| AD-HG-4000 | 31200 | 15600 | 2600 | 17040 | 3200 | 5320 | 19340 | 5190 | 2100 |
| AD-HG-4500 | 34800 | 17400 | 2900 | 17040 | 3200 | 5320 | 19340 | 5190 | 2400 |
Notes: Foundation drawings show two towers joined; adjust dimensions for different tower counts. Use the top face of pre-buried steel plates as reference, with ±5mm height tolerance and ±10mm for foundation centers. Weld tower pillars to pre-buried steel plates.
Select a well-ventilated site free from heat sources, dust, or obstructions for optimal airflow.
Verify the site’s load-bearing capacity to support the tower’s substantial weight.
Ensure foundation construction aligns with supplier specifications, with a maximum elevation error of ±5mm and ±10mm for foundation centers.
Weld tower pillars to pre-buried steel plates for secure installation.
Avoid open flames or welding near the tower; take precautions if necessary.
Before operation, confirm secure connections, lubricate components, and check wiring.
Assign professional operators for regular inspections and maintenance logging.
Cools heat from steam condensation in thermal power plants for efficient operation.
Manages high-temperature materials during chemical reactions for safety and efficiency.
Maintains precise temperature control for chip production processes.
Ensures temperature stability in biopharmaceutical processes for consistent quality.
Optimizes energy efficiency and operating costs for server cooling.
Regularly clean dust, debris, and scale from the tower body, fill, and water distribution system to maintain efficiency.
Use treated water to prevent scaling and algae growth in the fill and water distribution components.
Inspect fan operation for noise or vibration, lubricate components, and ensure proper gearbox alignment.
The tower uses FRP panels and a steel frame (upgradable to 304/316 stainless steel), with PVC fill for efficient heat exchange.
Installation takes 3-7 days, depending on model size and site conditions, with detailed guidance from Mach Cooling.
Maintenance costs are low due to corrosion-resistant FRP and steel materials and modular design, with regular cleaning minimizing expenses.
Noise levels are low (≤70-73 dB(A)) due to high-efficiency fans and optimized design, suitable for industrial environments.
The cooling effect depends on water volume, inlet/outlet temperatures, and ambient conditions, with customized models ensuring optimal performance.
Yes, Mach Cooling offers customization of size, cooling capacity, materials, and control systems to meet specific industrial needs.
With proper maintenance, the lifespan is typically 15-20 years, thanks to durable FRP and steel components.
Operating costs are minimized by energy-efficient fans, motors, and intelligent control systems, reducing power consumption and maintenance needs.
Mach Cooling offers comprehensive after-sales support, including technical consultation, installation guidance, maintenance training, and spare parts supply.
