The inclined top air cooler is an air cooling device with the core feature of the inclined top tube bundle layout. By installing the finned tube bundle and the fan system at an angle of 10°-309 hectares, the air flow path and heat exchange efficiency are optimized. Its design combines the advantages of horizontal and vertical air coolers, and is suitable for industrial scenarios where space is limited or special rain and snow protection and dust accumulation is required. It widely serves oil refining, pharmaceuticals, food processing and other fields.
Core design advantages
1. High space utilization rate
·The inclined layout reduces the level of equipment floor area, especially suitable for compact factory areas or roof installation scenarios, saving infrastructure costs by 15%-20%.
·Integrated inclined top design of pipe bundles and fans reduces the overall height and avoids the risks of high-altitude operations.
2. Excellent environmental adaptability
·Self-draining and anti-accumulating structure: The inclined top surface naturally diverts rainwater and melting snow to avoid water accumulation and corrosion of the pipe bundle or icing and blockage in winter.
·Wind and sand resistance design: Adjustable dustproof grille is installed on the top to reduce sand and dust adhesion, suitable for arid and windy areas (such as the Middle East and Northwest).
3. Efficient heat exchange performance
·The inclined tube bundle extends the air contact time, and strengthens the turbulence effect with the V-shaped fin tube, and the comprehensive heat transfer coefficient is increased by 10%-15%.
·Supports countercurrent/cross-flow mixing mode to meet the rapid cooling needs of high-temperature media (such as steam, thermal oil).
4. Convenience in operation and maintenance
·The inclined structure is convenient for manual or mechanical cleaning, the reserved space of maintenance channels is optimized, and the maintenance efficiency is improved by 30%.
·Modular units support online replacement to avoid downtime of the entire system.