Plate heat exchanger SAC052-70

Plate heat exchanger SAC052-70

Brand stainless steel plate heat exchanger SS316A, model SAC052-70-4, ideal for heat exchange systems of the type freon-waterIt is widely used in configurations of heat pumps. It works as a condenser in ground-to-water and air-to-water heat pump systems, with pressures up to 45 bar. It is compatible with any type of refrigerant, including high-pressure refrigerants R32, R410.

Plate heat exchanger SAC052-70.Advantages

• Compact design: saves space during assembly.
• Easy to install: convenient to connect and use.
• fickle: supports operation with different environments.
• Minimal maintenance: requires little maintenance due to the durability of the construction.
• reliability: each unit is tested for strength and tightness.
• Compatibility: easy to find equivalent to other well-known brands.
• Corrosion resistance: the materials ensure a long service life even under difficult conditions of use.

The ideal choice for heat pumps

The SAC052-70-4 plate heat exchanger ensures efficient heat exchange and high performance, while remaining resistant to aggressive environments. This makes it the optimal solution for heat pump systems and various technical challenges.

Plate heat exchanger SAC052-70. Construction

This SAC052-70 plate heat exchanger consists of an assembly of corrugated heat exchange plates, welded together with copper. The construction provides:

• airtight isolation of the two working environments;
• efficient heat exchange due to the countercurrent principle in adjacent channels.

All main components are made of 316A stainless steel, guaranteeing exceptional corrosion resistance and durability.

Production technology

• High precision machining: CNC machines for cutting, stamping and turning are used to manufacture heat exchangers.
• Vacuum welding: The plates are welded in special vacuum furnaces, ensuring strength and durability at high temperatures and pressures.
• Countercurrent system: The internal channels are designed to maximize heat transfer between media.

Construction benefits

• Watertightness: safe insulation of working environments thanks to copper welding.
• Resistance: robust construction that withstands temperatures, pressures and sudden variations in parameters.
• Compactitate: very high heat transfer coefficient, reducing the size of the exchanger.
• Efficiency: maximum heat transfer in small volumes.

Why is the surface area of ​​the heat exchanger important?

This SAC052-70 Plate Heat Exchanger is designed for heat pumps that require a larger heat transfer surface compared to those for air conditioners or chillers. The surface of the exchanger directly influences the amount of heat transferred in a certain time interval. This parameter determines:

1. System efficiency: a larger surface area allows a larger volume of heat to be transferred, reducing the compressor load.
2. Operation in extreme conditions: an increased surface area is essential at low temperatures, to compensate for heat loss.
3. Operating stability: reduces the risk of overheating or overcooling of the refrigerant.

Example: A heating system in cold climates requires a heat exchanger with an increased surface area to operate efficiently even at extremely low temperatures. Thus, by comparing the dimensions of an air conditioner and a heat pump system, one can assess the seller's sincerity regarding operation down to -25°C.

Impact of heat exchanger type

This type of SAC052-70 plate heat exchanger for heat pumps determines the compatibility with heat sources, energy efficiency and system reliability. For example:

• Plate exchangers work best with liquid media, such as water or antifreeze, being more efficient and compact.
• Lamellar exchangers are ideal for heat transfer between air and freon, being used as evaporators in heat pumps.

The wrong choice can reduce system performance and increase operating costs.

Other factors influencing heat exchanger efficiency

1. Wall thickness: thinner walls provide better heat transfer, but may be more sensitive to pressure.
2. Shape and design: more complex shapes, such as lamellar or spiral, increase the transfer surface area.
3. Resistance to dirt and deposits: For systems with contaminated liquids, it is recommended to use deposit-resistant heat exchangers.

Why order from us?

In our online store you can purchase plate heat exchanger SAC052-70 directly from the manufacturer. We offer:

• Prices without surcharge
• Free delivery
• Assistance in choosing equipment and personalized calculations, according to your needs.

Contact our specialists to choose the most suitable exchanger for your project! Careful! This Plate Heat Exchanger SAC052-70 must correspond to the parameters of the system in which it is installed. Each device delivered is calculated individually, depending on the specifics of the customer's objective.