Heat Exchanger Types and Uses

Answer 1

heat sink classified according to the shape, the shape is how to dissipate within the selected heat sink that is the main intension here,, k type l type rectangular triangular chassis i know this much u can down load the pdfs for the types how to select the required heat sink 9844354439

Answer 2

There are various types of heat exchangers available. Some of them include: shell-and-tube heat exchangers, plate-and-frame, finned coil, brazed plate heat exchangers, etc.

source: http://www.brazetek.com

Answer 3

A heat exchanger is a piece of industrial equipment that transfers heat from one surface to another. It is used as a safety device that is meant to keep equipment from overheating too quickly. Heat exchangers are used in many types of machinery, including refrigeration units and natural gas processors.

What a Heat Exchanger Does

The simple process of transferring heat from one surface to another is achieved through different heat exchanger methods. In general, a heat exchanger uses water or air to cool an engine. An automotive radiator works by exchanging the heat from engine fluids to the cooler air that rushes through the engine compartment when the car is in operation. Some heat exchangers absorb the heat through conductive materials and expel it into the outside air, which cools the interior of the engine. Heat transfer can be accomplished several different ways, but each method is designed to regulate the temperature of the engine.

Different Types of Heat Exchangers

There are two main types of heat exchangers. A parallel flow heat exchanger is designed so that the fluids enter the same end of the exchanger, and exit through the opposite end. A counter flow heat exchanger is a more efficient design that draws the hot and cool fluids through opposite ends of the chamber. Counter flow heat exchange systems cool the fluids far more quickly than parallel flow exchangers, though there are industrial situations that require the use of parallel flow exchangers because of the way the machine operates.

Proper Heat Exchanger Maintenance

It is possible for debris and particles to build up within a heat exchanger over time. A mesh cover can be installed over one end of the exchanger to trap the debris, and that mesh will need to be cleaned regularly. As debris builds up, the efficiency of the heat exchanger will be compromised because less fluid will be able to move through the unit. Cleansers can be flushed through heat exchangers periodically to help reduce the build up of debris along the sides of the pipes. Heat exchangers should be pulled apart and cleaned thoroughly on a regular basis so that they continue to protect your machinery.