Industrial Applications of Fluid Power and Pneumatic Service System – Assignment Example

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The paper “ Industrial Applications of Fluid Power and Pneumatic Service System”   is a good example of an assignment on engineering and construction. Fluid power has its basis in fluids being put under pressure with the fluid being in the form of a liquid or a gas.   The fluids are incorporated into a physical system. It is possible to generate, transmit, and control power in various applications. In the present world, it is difficult to identify a product that fluid power has not been used in their production process as fluid power systems are regarded as having a versatile contribution to any industry.

Application of fluid power range from the huge forces required in the heavy power industry to a machining process that involves sensitive positioning operations. The systems are grouped into two namely pneumatic and hydraulic. In pneumatic systems gas is used, normally air, while in hydraulics system liquid, usually oil, will be used with some special cases calling for use of some special fluids (Akers, 2006). Fluid power is a power transfer system that is an alternative to electrical and mechanical power systems where all three involve the transfer of power from a prime mover.

The fluid can be seen as being a very complex entity that incorporates education, designing and manufacturing process, and assembly of parts, troubleshooting, and maintenance which is required for the system to perform efficiently. The sales and distribution of the products ensure the accessibility of the products to customers as well as having information with regards to the services. Fluid power is seen to be a powerful system that is highly versatile this being clearly illustrated the many applications which have been identified.

However, fluid power cannot be used to satisfy all applications. All the three power transmission system may have characteristics which may be desirable in one application but this may not fulfill the needs of another situation. In other words, any system is not expected to have all the desired advantages without having a disadvantage. A good understanding of the characteristics of the system in addition to what is required in order to produce effective and efficient applications. the application ranges of fluid power make it hard for one to make a list of advantages and disadvantages since it is difficult it is not difficult to find examples that dot fit.

The problem further complicates owing to the differences that are inherent in two divisions of fluid power namely hydraulics and pneumatics. System CharacteristicsAs much there are many similarities between hydraulic and pneumatic systems with regards to the transfer of energy through fluid pressure and flow the two have differences that affect how and where they can be applied. Some of the notable differences are the accuracy in actuator movement; the pressure of operation, the sped of the actuator, the weight of components, and there cost. Accuracy of movementThe difference between hydraulic and pneumatic systems is brought about by the compressibility of the fluid.

Gases are compressible, unlike liquids whose compressibility is negligible. Therefore, the hydraulic system is associated with movements that are more accurate, control of cylinders, and motors easier unlike in the case of pneumatic system. The compressibility associated with the pneumatic system makes it to be unsuitable where there is a need for high accuracy.  

References

Akers, A et al. (2006). Hydraulic Power System Analysis, New York, ISBN 0-8247-9956-9

Alemlube (2012). The automotive workshop, Design, and installation. Green Street Brookvale

Esposito, A.(2011). Fluid Power with Applications, ISBN 0-13-010225-3

Mahmoud G. (2009). Fluid Power Engineering. McGraw-Hill

Schneider air systems (2013). Efficient compressed air systems and services. Reutlingen, Germany

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