Industrial Air Handler

Correction under different wind speeds, inlet air temperature, and water temperature conditions:

Actual cooling capacity = Cooling capacity from Table 1 × K1 × K3
Actual water flow = Water flow from Table 1 × K1 × K3
Actual water resistance = Water resistance from Table 1 × K2 × K4

Example: Selecting YG-20 air conditioner, the cooling coil face wind speed is 2.5 m/s. According to Table 1, the cooling capacity is 150.8 kW, water flow is 26.21 m³/h, and water resistance is 14.07 kPa. Determine the actual cooling capacity, water flow, and water resistance when the inlet air dry-bulb temperature is 27°C, wet-bulb temperature is 21°C, inlet water temperature is 7°C, and outlet water temperature is 12°C.

Solution: From Table K1, the correction factor K1 = 1.14. From Table K2, the correction factor K2 = 1.27.
Therefore:

Actual cooling capacity (Q) = Standard condition cooling capacity × K1 = 150.8 × 1.14 = 171.91 kW
Actual water flow (V) = Standard condition water flow × K1 = 26.21 × 1.14 = 29.88 m³/h
Actual water resistance (P) = Standard condition water resistance × K2 = 14.07 × 1.27 = 17.87 kPa

Heating, water volume, water resistance

Heating conditions: air inlet temperature 15℃, water inlet temperature 60℃

Note: 1. The unit's performance reference at a headwind speed of 2.5m/s
2. The coil is a dual-purpose coil for hot and cold applications

• Durability and Robustness:

Industrial Air Handling Units are constructed with sturdy and durable materials and structures, capable of withstanding harsh conditions and high-intensity usage in industrial environments.

• Efficient Filtration and Purification:

Equipped with powerful filtration systems, these units can remove particles, dust, smoke, and pollutants from the air, ensuring clean and healthy indoor air quality.

• Temperature and Humidity Control:

Industrial AHUs possess strong cooling and heating capabilities, enabling rapid adjustment of indoor temperature and humidity to ensure stability and efficiency in industrial production processes.

• Adaptability and Flexibility:

These units typically offer flexible configuration options, allowing for customization and adjustment based on specific industrial requirements to meet the needs of different production environments.

• Energy Efficiency and Environmental Sustainability:

Industrial AHUs incorporate advanced energy-saving technologies and equipment such as high-efficiency filters, heat recovery systems, and intelligent control systems to reduce energy consumption and minimize environmental impact.

• Safety and Reliability:

Designed with high levels of safety and reliability, these units comply with industrial safety standards and maintain stable operation under various working conditions.

• Factories and Manufacturing: Provide proper ventilation, cooling, and heating for production lines, workshops, and processing areas.
• Warehousing and Logistics Centers: Ensure temperature and humidity control in storage areas to maintain the quality and shelf life of goods.
• Chemical and Hazardous Materials Handling: Provide air purification and explosion-proof capabilities to ensure the safety and stability of working environments.
• Food Processing and Manufacturing: Deliver clean air environments for food production facilities to ensure food safety and quality.
• Pharmaceutical Manufacturing and Laboratories: Provide strict temperature, humidity, and cleanliness control for pharmaceutical factories and laboratories to meet stringent requirements for drug production.

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