The brazed heat exchanger is the most advanced form of the compact plate heat exchanger especially designed for a wide range of applications in both process and hydronic applications. These heat exchangers are also widely used for refrigeration applications as evaporators, condensers and sub-coolers.
Operating Principle
The brazed plate heat exchanger has a simple operating principle. Based on the plate and nozzle orientation, each fluid passes through alternative channels within the heat exchanger. All plate material and nozzles are Stainless Steel 316 with 99.9% copper used for brazing the heat exchanger together.
An extremely high heat transfer coefficient is attained due to the flow characteristics in each channel. A specially designed and tested chevron pattern causes a turbulent flow of the fluid resulting in higher heat transfer.
| - |
A |
B |
C |
D |
E |
F |
Pressure |
Temperature |
| - |
inch |
inch |
inch |
inch |
inch |
mm |
psi |
F |
| BPL24 |
0.27+0.09n |
6.14 |
7.72 |
1.81 |
3.39 |
12 |
450 |
428 |
| BPL60 |
0.35+0.10n |
9.56 |
11.26 |
2.84 |
4.57 |
24 |
450 |
428 |
| BPL200 |
0.43+0.11n |
20.43 |
24.25 |
3.62 |
7.52 |
48 |
450 |
437 |
|
