The fresh milk refrigeration tank condenser has a split design, which means that some of the fans can be switched off when the ambient temperature is low. The design is highly flexible and can be adjusted to environmental conditions, reducing unnecessary energy consumption.
Secondly, the tooth design of the condenser is also excellent. The pitch of the tooth is 21-2.2. The hole spacing is 254, the row spacing is 22, and the equilateral triangular fork row structure is adopted. This design allows the condenser to better conduct flow diversion and improve work efficiency. In addition, the diversion copper tube is also dedicated to the inner screw tube, which not only increases the heat dissipation area, but also greatly improves the work efficiency.
Due to the above excellent features, the fresh milk refrigeration tank condenser shows excellent performance in practical applications. First of all, its split design allows the condenser to be flexibly adjusted to the ambient temperature, which saves energy. Especially when ambient temperatures are low, turning off some of the fans can further improve energy efficiency. This feature is important for reducing the operating costs of enterprises, especially in industrial environments that operate for long periods of time.
Secondly, the tooth design of the condenser also makes a significant contribution to its performance improvement. The equilateral triangular fork structure allows for better flow diversion and increases heat dissipation. At the same time, the special design of the inner screw tube of the diversion copper tube further expands the heat dissipation area and improves the work efficiency. In this way, the condenser can exchange heat more quickly and efficiently, ensuring the stable operation of the refrigeration plant.
Overall, the fresh milk refrigeration tank condenser ensures its excellent performance in practical applications through the characteristics of split type, excellent tooth design and special screw tube in the copper pipe. It can not only be flexibly adjusted according to the ambient temperature to reduce energy consumption, but also has a large heat dissipation area and high work efficiency, which ensures the stable operation of the refrigeration device.