Brazed plate heat exchanger, two-flow LUNA LA14LN-60-2-3/4" (connections: 4 male threads) 0420-0312

Plate heat exchanger – efficient heat exchange in heating and cooling systems

The brazed counter-flow plate heat exchanger LUNA LA14LN-60-2-3/4" is an advanced solution for efficient heat exchange, finding application in various installations – from home heating, through cooling systems, to industrial processes. The brazed plate construction ensures high performance and durability of the device.

Construction and application

The LUNA heat exchanger is characterized by a construction entirely made of stainless steel materials, and the brazing process in a vacuum furnace guarantees tightness and resistance to corrosion. These are key features for ensuring hygiene and reliability in demanding working conditions. The counter-flow of the working medium increases the efficiency of heat exchange, and the compact dimensions (81 mm wide and 203 mm high) facilitate installation even in limited spaces. GZ 3/4 inch connections allow easy connection to existing installations.

• Made of stainless steel, which ensures high corrosion resistance and long life.
• Vacuum brazing guarantees the tightness of the connections and minimizes the risk of leaks.
• Counter-flow increases the efficiency of heat exchange compared to single-flow exchangers.
• Possibility of working at temperatures up to 200°C, which allows use in a wide range of temperatures.
• Maximum working pressure is 20 bar, ensuring safe operation in installations with increased pressure.
• GZ 3/4 inch connections allow easy connection to standard installations.
• Possibility of using with insulation sleeve reduces heat loss and improves the energy efficiency of the system.

Advantages for installers and end users

The design of LUNA heat exchangers has been designed with ease of installation and disassembly in mind, which translates into saving time and costs during installation and servicing. The optimal shape of the flow channels minimizes flow resistance, ensuring high heat exchange efficiency while preventing the accumulation of contaminants. This ensures that the heat exchanger maintains its performance for a long time, minimizing the need for frequent cleaning or maintenance. In addition, high resistance to changes in pressure and temperature makes it a reliable solution even in difficult working conditions.

• High heat exchange efficiency: The optimal shape of the flow channels ensures efficient energy exchange between media.
• Low flow resistance: Minimizes energy losses associated with the flow of the working medium.
• Corrosion resistance: Stainless steel guarantees long-term operation without the risk of damage caused by corrosion.
• Easy installation and disassembly: Facilitates installation and servicing of the device.
• Compact dimensions: Allow use in limited space.