Brazed Plate Heat Exchanger Cross Section

Brazed plate heat exchanger dimension 61 27 75 40 77 40 73 42 80 126 83 110 136 120 155 154 191 172 205 154 194 143 186 73 40 278 311 010 015 020021022 025 030031032 035036037 040041042 106 50 40 74 70 124 50 106 82 40 320 363 250 306 250 304 432 466 466 522 156 90.

Brazed plate heat exchanger cross section.

The flows inside a heat exchanger can be arranged in various ways to fulfil different purposes. Brazed plate heat exchangers. Brazed plate heat exchangers have no headers tie bars or sealing gaskets because the plates are furnace brazed at temperatures of 1100 c. Hence this type of.

Our plate heat exchangers are available in an extensive range of sizes alloys and frame configurations to meet your exact needs. Every effort has been made to insure the accuracy of product data and cross reference information. Advantages compact design light weight optimum heat transfer by means of special plate embossing and installed turbulators series for special applications like oil and gas cooling durable and easy to maintain extensive application know how covering a lot of industrial branches and further heat transfer technologies applications. During the assembly phase a sheet of brazing material generally copper but also nickel is placed between the plates the pack is pressed and subsequently baked for some hours.

Cross section old in t out old out t in 5. Accu therm plate heat exchangers are designed to provide you worry free highly efficient heat transfer whether you are processing simple fluids viscous solutions or particulates. There are different forms of so called cross flow heat exchangers in which the flows are more or less mutually perpendicular. Therefore packard cannot accept responsibility for the ultimate selection.

One is plate and frame or gasketed plate heat exchanger and the other is welded or brazed plate heat exchanger. The possibilities are counter current flow co current flow and cross flow the first two of which are shown here. Temperature control a flat plate heat exchanger works well with small temperature differences between the hot fluid and the cold fluid. Design changes may result in different operating characteristics or dimensional changes from one manufacturer to another.

The gasketed plate heat exchanger is designated particularly to facilitate an easy mechanical cleaning device mounted on the exchanger. A plate and frame heat exchanger can be designed to allow for easy addition or removal of plates to expand or reduce its heat transfer capacity. Depending on material cross section of gasket gasket track. Plate heat exchangers can be usually classified by two.

A plate heat exchanger is a type of heat exchanger that uses metal plates to transfer heat between two fluids this has a major advantage over a conventional heat exchanger in that the fluids are exposed to a much larger surface area because the fluids are spread out over the plates. Brazed plate heat exchanger dimension.