Medium flow direction is counter flow (the primary and secondary flow direction is parallel and opposite).

Application: Brazed plate heat exchanger can be used in low temperature test equipment, refrigeration equipment, chiller, air conditioner, oil cooling, laser equipment, solar equipment, heat pump units, heating water heaters and other fields. Channel type combinations and distributor configurations are also available for selection or customization.

Note: Non-standard customized products, for different plate quantities, price is different, the page price is for reference only. Please contact us for specific price.

Specification

*Channel Form Characteristics

L channel: low heat transfer coefficient, low resistance, suitable for large flow rate and weak heat transfer (low specific heat or small temperature difference), such as air heat transfer under ambient pressure.

H channel: high heat transfer coefficient, high resistance, suitable for small flow rate and strong heat transfer (high specific heat, with phase change or large temperature difference), such as refrigerant phase change heat transfer.

M channel: heat transfer coefficient and resistance are between H channel and L channel.

Dimension Diagram of 150 Plate Brazed Plate Heat Exchanger (unit: mm)

Tips: Structure of the brazed plate heat exchanger.

• Brazed plate heat exchanger consists of a group of plates (the adjacent plates form an angle of 180 ° with each other) superpose in order, form a plate package with channel form.
• Both ends of the heat exchanger are respectively provided with a sealing plate with pipe.
• The whole plate heat exchanger is made by vacuum brazing.
• Adjacent channels respectively flow two medium.
• Plates between adjacent channels are pressed into corrugated pattern to strengthen heat exchange between the two medium.
• In refrigeration BPHE, water channel is always one more than refrigerant channel.