12.32 kW Coaxial Water Condenser for Refrigeration Systems

Description:

A coaxial water condenser is a type of heat exchanger used in refrigeration systems. This device operates on the principle of condensation, a process by which a gas changes from a gaseous to a liquid state, releasing heat. Coaxial condensers are favored for their thermal exchange efficiency and are used where space is limited, as their coaxial design allows for a smaller footprint compared to other types of condensers. The coaxial water condenser works by exploiting the principle of heat exchange between two fluids flowing in opposite directions within a coaxial tube. This tube is composed of two concentric conduits: an inner and an outer. The fluid to be cooled (for example, the gaseous refrigerant of a refrigeration system) circulates in the inner tube, and the other in the outer tube, while water, which serves as the cooling fluid, circulates in the annular space between the two tubes. During the condensation process, heat is transferred from the refrigerant to the water, causing the refrigerant to condense from a gaseous to a liquid state. This heat exchange is made more efficient by the large contact surface between the two fluids and the opposite flow direction, which maximizes the thermal gradient and thus heat transfer.
The main advantage of a coaxial condenser is its compactness and efficient heat exchange, making it ideal for applications where space is limited and high cooling capacity is required. Furthermore, the use of water as a cooling fluid can be more practical and sustainable in some situations, especially when cooling water is readily available..

Dimensions:

• Refrigerant: IN - OUT 7.00 µm – 10.00 mm | 3/4" 3/8″;
• Water: IN - OUT Ø 25.00 – 25.00 mm | 1″ 1″
• Pressure:
• Water: 1.0 MPa;
• Refrigerant: 4.2 MPa;
• A: 340 mm;
• B: 180 mm;
• C: 245 mm;
• D: 280 mm;
• E: 40 mm;
• F: 270 mm;
• Net weight: 12.50 kg.