Different pressure ratings are available for different needs.. Brazed Plate Heat Exchanger, AISI 316L, Stainless Steel, 46 Plates -Domestic Heating 1,100k BTU Alfa Laval CB brazed plate heat exchangers provide efficient heat transfer with a small footprint.Based on standard components and a modular concept, each unit is custom-built to meet the specific requirements of each individual installation.
The identical channel plates, with one plate design and one gasket design, are named A side or B side depending on if the chevron pattern is pointing downwards or upwards. The majority of plates in the plate package are channel plates, and it is between these plates the heat is transferred..
Every other plate is hung upside-down creating the open flow channels where the corrugation provides mechanical strength in the supporting points.Generally, the channel plates are symmetrical and 4-holed creating the parallel flow of the two fluids. The identical channel plates, with one plate design and one gasket design, are named A side or B side depending on if the chevron pattern is pointing downwards or upwards.
Suitable with most HFC, HFO and natural refrigerants. Design The brazing material seals and holds the plates together at the contact points ensuring optimal heat transfer efficiency and pressure resistance. Alfa Laval AC brazed plate heat exchangers provide efficient heat transfer with a small footprint.
Brazed Plate Heat Exchanger,AISI 316L,Stainless Steel,70 Plates -Single Circuit Evaporator 480k BTU Using advanced design technologies and extensive verification guarantees the highest performance and longest possible service life. Design The brazing material seals and holds the plates together at the contact points ensuring optimal heat transfer efficiency and pressure resistance.
Generally, the channel plates are symmetrical and 4-holed creating the parallel flow of the two fluids. Every other plate is hung upside-down creating the open flow channels where the corrugation provides mechanical strength in the supporting points.. The majority of plates in the plate package are channel plates, and it is between these plates the heat is transferred.
6/H End plate II with EPDM-C Clip-on gasket, 4 holed.It prevents the fluids from coming in contact with, for example, the painted carbon steel frame plate.
316/0.1 mm more than the channel plate used.5/H End plate I with NBR-P Glued gasket, unholed.The fluids are stopped at the end of the plate package, forcing the flows back into the plate package.
The majority of plates in the plate package are channel plates, and it is between these plates the heat is transferred. The identical channel plates, with one plate design and one gasket design, are named A side or B side depending on if the chevron pattern is pointing downwards or upwards.
The identical channel plates, with one plate design and one gasket design, are named A side or B side depending on if the chevron pattern is pointing downwards or upwards.Generally, the channel plates are symmetrical and 4-holed creating the parallel flow of the two fluids.
Usually the plate is a high-theta with a channel plate field gasket and with a plate thickness of ≥0.5/H End plate I with NBR-B Clip-on gasket, unholed.1 mm more than the channel plate used.
It directs the media on the plate from the inlet to the outlet, making it flow over the plate safely to ensure heat transfer.. A channel plate gasket is assembled on the channel plate.
Design The brazing material seals and holds the plates together at the contact points ensuring optimal heat transfer efficiency and pressure resistance. Different pressure ratings are available for different needs.