

Add to Cart
Customized Central Air-Conditioning Refrigeration Bphe Brazed Plate Heat Exchanger
Product Description
Analysis of heat transfer efficiency
The heat transfer efficiency of plate heat exchangers depends on a
number of factors, including plate material, flow path design,
fluid properties, flow rate and temperature difference. The heat
transfer efficiency of plate heat exchanger can be improved
effectively by optimizing plate design, increasing fluid velocity
and controlling temperature difference reasonably. In addition,
regular maintenance and maintenance is also an important measure to
maintain the stability of heat transfer efficiency.
When using a plate heat exchanger, follow the following steps:
1. Check whether the device is in good condition and ensure that
all connection parts are securely secured.
2. According to the process requirements, the fluid is connected to
the corresponding import and export pipelines;
3. Start the circulating pump so that the fluid forms a steady flow
between the plates;
4. Adjust the temperature and flow of the fluid to achieve the
desired heat transfer! Effect;
5. Monitor the operating status of the equipment and adjust the
parameters in time to maintain stable operation;
6. In the process of use, pay attention to the temperature
difference, pressure and leakage of the cable heat exchanger, and
deal with any anomalies in time.
Application field examples
Brazed plate heat exchangers are widely used in petrochemical,
pharmaceutical, food processing, energy, environmental protection
and other fields. In these industries, plate heat exchangers
provide stable and reliable heat exchange solutions for various
processes with their high efficiency, energy saving and
environmental protection characteristics.
Model | BL26 |
Width, A [mm] | 111 |
Height, B [mm] | 310 |
Length, E [mm] | 10+2.36n |
Horizontal port distance, C [mm] | 50 |
Vertical port distance, D [mm] | 250 |
Max pressure [Mpa] | 3 |
Max flowrate [M3/h] | 8.1 |
Weight [kg] | 1.3+0.12n |
Model
BL1
Model | BL14 | BL20 | BL26 | BL26C | BL50 | BL95 |
Width, A [mm] | 78 | 76 | 111 | 124 | 111 | 191 |
Height, B [mm] | 206 | 310 | 310 | 304 | 525 | 616 |
Length, E [mm] | 9+2.3n | 9+2.3n | 10+2.36n | 13+2.4n | 10+2.35n | 11+2.35n |
Horizontal port distance, C [mm] | 42 | 42 | 50 | 70 | 50 | 92 |
Vertical port distance, D [mm] | 172 | 282 | 250 | 250 | 466 | 519 |
Max pressure [Mpa] | 3 | 3 | 3 | 3/4.5 | 3/4.5 | 3/4.5 |
Max flowrate [M3/h] | 3.6 | 3.6 | 8.1 | 8.1 | 12.7 | 39 |
Weight [kg] | 0.6+0.06n | 1.0+0.08n | 1.3+0.12n | 2.2+0.16n | 2.6+0.19n | 7.8+0.36n |
Model | BL120 | BL190 | BL200 | BL1400 | BL100 * | BL200 * |
Width, A [mm] | 246 | 307 | 321 | 429 | 248 | 322 |
Height, B [mm] | 528 | 696 | 738 | 1398 | 495 | 739 |
Length, E [mm] | 13+2.36n | 13+2.75n | 13+2.7n | 22+2.78n | 10+2.15n | 13+2.55n |
Horizontal port distance, C [mm] | 174 | 179 | 188 | 220 | 157 | 205.2 |
Vertical port distance, D [mm] | 456 | 567 | 603 | 1190 | 405 | 631 |
Max pressure [Mpa] | 3 | 3 | 2.1 | 1.5 | 3/4.5 | 3/4.5 |
Max flowrate [M3/h] | 42 | 100 | 100 | 300 | 42 | 100 |
Weight [kg] | 7.2+0.52n | 12.5+0.72n | 13+0.75n | 31.8+1.73n | 6.5+0.37n | 13+0.78n |