Gas-liquid heat exchanger Freon heat exchanger for 50-plate Ba-26-50-F refrigerants 1.30m²

Gas-liquid heat exchanger

Number of plates: 50 pieces
Heat exchange surface: 1,300 m²
Material : 316L stainless steel with vacuum brazed copper
Heating capacity for heat pump / air conditioner / cooling unit: 8-13 kW
Refrigerant / Connection of gaseous media: φ15 - 5/8" for brazing
Connection of traditional liquid media: 1" - DN 25
Operating pressure: Up to 45 bar (this is the maximum allowed pressure)
Commissioning of pressure tests before: > 60 bar
Flow rate: 12 m³/h
Connection method: counter current

Freon heat exchanger

High-pressure 50-plate gas heat exchanger suitable for use with both liquids (one channel) and refrigerants/freons (second channel). It can serve as a condenser/cooler in heat pumps or air conditioners. It is suitable for applications where they work with refrigerants commonly used on the market, up to a pressure range of 4.5 MPa.

The plate heat exchanger for freon or refrigerant - for use in heat pumps or air conditioners, suitable as a cooler/condenser in devices with a power of 8-13 kW.

This heat exchanger has a plate surface of 1.3 m², which makes it practically ideal for heat pumps and units that deliver between 8 and 13 kW, the parameters used depending mainly on the temperature. If you are looking for a freon heat exchanger of a similar size, but can also work with larger heat pumps and adapt to the use of the refrigerant, you may also want to explore the Ba-26-60-F model in this series, which has a surface area of ​​1.56 m². Another option is the series of freon heat exchangers with larger connections and larger capacity - the Ba-68-F series.

Main features:

• Number of discs: 50 discs
• Connections
  • Gas side: 5/8" pipe (φ15)
  • Liquid side (heat absorption side): 1"
• Heat exchange surface:

• 1,300 m²
• Estimated heat pump / unit / air conditioning power: 8-13 kW
• Operating pressure on the gas side: up to 45 bar
• The 50-plate Freon heat exchanger can be optionally ordered with thermal insulation, which improves heat transfer efficiency by reducing heat loss from the environment.