Kích thước bể đá phải đủ để bố trí

Kích thước bể đá phải đủ để bố trí các linh đá,dàn lạnh, bộ cánh khuấy và các khe hở cần thiết để nước muối chuyển động tuần hoàn .Có hai cách để bố tri dàn lạnh :bố trí dàn lạnh một bên, khuôn đá một bên và cách thứ hai hay được sử dụng hơn đó là bố trí dàn lạnh ở giữa bể (có độ rộng từ 600- 900mm)hai bên bố trí hai dãy linh đá đối xứng,cách này có ưu điểm là có hiệu quả truyền nhiệt cao và tốc độ nước muối chuyển động cũng đồng đều hơn .

Kết quả (Anh) 1:

The size of the ice tank must be enough to arrange the ice cubes, the condenser, the stirrer and the necessary gaps for the brine to circulate. There are two ways to arrange the condenser: arrange the condenser on one side, the mold on the other. Ice on one side and the second, more commonly used method is to arrange the cooling system in the middle of the tank (with a width of 600-900mm). Arrange two rows of symmetrical stones on both sides. This method has the advantage of being effective. Heat transfer is high and the brine movement speed is also more uniform.

Kết quả (Anh) 2:

The size of the stone pond should be sufficient to accommodate the gaps required for ice cubes, coolers, mixing blades, and salt water circulation. There are two ways to arrange a cold storage: a cold storage layout on one side, a stone mold on one side, and a second or more commonly used method, which is to arrange a cold storage at the center of the water tank (width 600-900mm). Two symmetrical stone arrays are arranged on both sides, This method has the advantages of high heat transfer efficiency and more uniform salt water movement speed.

Kết quả (Anh) 3:

The stone box must be large enough to arrange the openings needed for stones, coolers, mixers and salt water circulation. There are two methods for cooling tower layout: one is cooling tower layout, and the other is stone mold. The second common method is that the cooling tower is arranged in the middle of the water tank (with a width of 600-900mm), and the two sides are symmetrically arranged with two strings of stones. This layout has the advantages of high heat transfer efficiency and more uniform salt water movement speed.