By arranging temperature sensors and humidity sensors on the condenser surface, frost risk parameters can be monitored in real time.
By arranging temperature sensors and humidity sensors on the condenser surface, frost risk parameters can be monitored in real time.
From the perspective of airflow, the interlayer spacing must be able to effectively reduce airflow resistance and prevent airflow from forming vortices or stagnation between layers.
The application of the U-shaped design in wire tube U-type condensers is more than a simple choice of structural form; it embodies engineering wisdom that integrates fluid dynamics, heat exchange efficiency, and manufacturing processes.
Wire tube back condensers play a vital role in improving the heat dissipation efficiency of refrigeration systems, making them a popular choice for many refrigeration equipment manufacturers and users.
The edges are repeatedly ground using specific tools to turn the original right angles or sharp angles into smooth arcs.
When the refrigerant enters the wire tube back condenser, it is in a high-temperature and high-pressure gas state. As it releases heat during the flow process, it gradually changes into a liquid state.