Heat exchangers

Heat exchangers

Essentially the role of heat exchangers is to transfer the heat of a flowing material to another flowing material with a lower starting temperature. The materials can be gaseous or liquid. The temperature difference between the two media as the driving differential is essential for heat transfer.

Heat exchanger supply unit

WL 110

Heat exchanger supply unit

Measuring the transfer characteristics of four different heat exchanger models.

Tubular heat exchanger

WL 110.01

Tubular heat exchangers

Transparent heat exchanger with additional temperature measuring point after half of the transfer section; parallel flow and counterflow operation.

Plate heat exchanger

WL 110.02

Plate heat exchanger

Typical plate heat exchanger in parallel flow and counterflow operation.

Shell & tube heat exchanger

WL 110.03

Shell & tube heat exchanger

Transparent shell and tube heat exchanger in cross parallel flow and cross counterflow operation.

Finned tube heat exchanger

WL 110.05

Finned tube heat exchangerl

Heat transfer between water and air; cross-flow operation.

Comparison of various heat exchangers

WL 315C

Comparison of various heat exchangers

Comparison of plate heat exchanger, tubular heat exchanger, shell and tube heat exchanger, finned cross-flow heat exchanger, and stirred tank with double jacket and coiled tube.

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