Display Cabinet Air Cooled Evaporator
Display Cabinet Air Cooled Evaporator
Display Cabinet Air Cooled Evaporator
Display Cabinet Air Cooled Evaporator

Display Cabinet Air Cooled Evaporator

Air cooled evaporator Display cabinet air-cooled evaporator is a key component of display cabinet refrigeration system, which is used to absorb heat and achieve refrigeration effect. It reduces the temperature of the evaporator surface by air cooling (that is, the use of air flow to take away...

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Description

Air cooled evaporator

Display cabinet air-cooled evaporator is a key component of display cabinet refrigeration system, which is used to absorb heat and achieve refrigeration effect. It reduces the temperature of the evaporator surface by air cooling (that is, the use of air flow to take away heat), and then cools the items in the display cabinet.

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Specifications of evaporator
NO	Tube Diameter(mm)	Distance of hole/row(mm)	Fin Style	Fin Space(mm)
1	Φ7	21*12.7	Louvered fin,Plain fin,Sine wave fin	1.4~2.0
2	Φ7	21*18.9	Sine wave fin,Corrugated fin	1.3~1.9
3	Φ7	25*21.65	Louvered fin	1.5~3.8
4	Φ9.52	25.4*22	Louvered fin,Sine wave fin	1.6~6.35
5	Φ9.52	25.4*22	Louverd fin,Plain fin,Sine wave fin	1.6~3.2
6	Φ9.52	25*19	Louverd fin,Plain fin,Sine wave fin	1.4~3.2
7	Φ9.52	25*21.65	Louvered fin,V ripple fin	2.0~3.8
8	Φ9.52	25*25	Plain fin	1.6~3.2
9	Φ9.52	25*21.65	Plain fin	2.0~6.0
10	Φ9.52	25.4*22	Louvered fin,Plain fin,Sine wave fin	1.6~6.35
11	Φ9.52	31.75*27.5	Louvered fin,Plain fin,Sine wave fin	1.6~6.35
12	Φ12.7	31.75*27.5	Plain fin,Sine wave fin,V ripple fin	1.8~6.0
13	Φ12.7	31.75*27.5	Louvered fin,Plain fin,Sine wave fin,V ripple fin	1.7~2.2
14	Φ12.7	31.75*27.5	corrugated fin	1.6~2.9
15	Φ15.88	38.1*33	Plain fin,Sine wave fin,V ripple fin	2~4
1.5~4.1	1.5~4.2	1.5~4.3	1.5~4.4	1.5~4.5

Type and structure

Type

The air-cooled evaporator can be divided into many types according to its structure and material, such as copper tube aluminum fin evaporator, copper tube copper fin evaporator and so on. These evaporators have good thermal conductivity and corrosion resistance and are suitable for different refrigeration needs and environments.

Structure

Usually composed of copper tubes (as a refrigerant channel) and fins (to increase the heat dissipation area). The fin material can be aluminum or copper, and its shape and arrangement also vary to optimize the heat dissipation effect.