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Product Description
Customized | Application | Cooler, Condenser, Heat Exchangers，evaporator | |
Principle | Copper Water Dispensers Parallel Condenser | Style | Corrugated/louvered/flat Fin Type |
Fins materials | Copper/aluminum/stainless steel | Full Customization | Customized |
Endplate | Galvanized/aluminum/Stainless steel | Specification | Customized |
Trademark | BENRUN | Origin | China |
Transport Package | Customized | Production Capacity | 100000pieces/Years |
MOQ | 10pcs ( sample is ok ) | Delivery time | 5-7 days for samples, 15-20 days for bulk production. |
Packaging Details
| Foam packed in inner machine,carton pack outside
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Port
| Ningbo/ Shanghai |
A copper water dispensers parallel condenser typically consists of a set of parallel copper tubes through which the refrigerant or coolant flows. As warm water circulates through the copper tubes, heat is transferred from the water to the refrigerant or coolant. This causes the refrigerant or coolant to evaporate and absorb heat, cooling down the water. The parallel tube design maximizes the surface area for efficient heat exchange, ensuring that the water is cooled to the desired temperature before being dispensed.
1. High Thermal Conductivity: Copper is an excellent conductor of heat, allowing for efficient heat transfer between the water and the refrigerant or coolant.
2. Reliable Performance:The use of copper tubing enhances the durability and reliability of the condenser, ensuring consistent cooling performance over time.
3. Efficient Cooling:The parallel tube arrangement maximizes the contact area between the water and the refrigerant or coolant, leading to efficient and rapid cooling of the water.
4. Compact Size:The compact design of the copper parallel condenser makes it suitable for integration into water dispensers and other compact cooling systems.
5. Customizable:Copper condensers can be designed to fit the specific cooling requirements of different water dispensing systems, ensuring optimal performance.
The fin heat exchanger was one of the earliest and most successful discoveries in the process of improving tubular heat transfer. Please contact us to get Mould Specification for more details.
