Purpose and Process
Primary Purpose:
In workshops such as those for electronics manufacturing, precision machining, and pharmaceutical production, the ambient temperature and humidity must be kept stable to ensure product quality and process consistency.
Heat Exchange Process:
Finned heat exchangers are used to exchange heat between the low-temperature refrigerant produced by the chiller unit and the workshop return air. This lowers the indoor temperature, achieving rapid response and even distribution.
Multi-dimensional Explanation
Heat Transfer Optimization:
Uses high-density aluminum fins and a low-pressure-drop design to maintain high heat transfer efficiency even under high flow conditions.
Material Selection:
Commonly uses food-grade stainless steel or high-purity aluminum, which meets both high-efficiency heat transfer requirements and the hygiene standards of the workshop.
Energy Efficiency Management:
Integrates advanced fluid dynamic optimization techniques (such as CFD simulation design) to achieve an optimal balance between heat transfer area and pressure drop, thereby reducing energy consumption.
Maintenance and Cleaning:
Supports online cleaning (CIP) design to avoid fouling and dirt buildup from prolonged operation, thereby extending the service life of the equipment.
Intelligent Monitoring:
Built-in temperature, humidity, and flow sensors enable real-time monitoring of the workshop’s temperature distribution via an IoT platform, automatically adjusting operating parameters.
