Hydraulic circuit design and analysis:Symbols of hydraulic components

Hydraulic circuit design and analysis

Objectives

After reading this chapter the student will be able to:

• Identify all the symbols used in hydraulic schematics

• Understand various hydraulic circuits

• Understand and explain hydraulic schematics effectively

• Design a hydraulic circuit for performing a desired function

• Analyze the function of each hydraulic circuit in an application.

Introduction

In the previous chapters, we have dealt with the basic fundamentals of hydraulics, hydraulic system components and their applications. Let us now discuss about hydraulic schematics and hydraulic circuits and the various terminologies associated with them.

As we have seen earlier, a hydraulic circuit comprises a group of components such as pumps, actuators, control valves and conductors arranged to perform a useful task. When analyzing or designing a hydraulic circuit, the following considerations must be taken into account:

• Safety of operation

• Performance of the desired function

• Efficiency of operation.

Symbols of hydraulic components

It is very important for a fluid power technician or a designer to have knowledge of each of the hydraulic components and their functions in a hydraulic circuit. Hydraulic circuits are developed by using graphical symbols for all of the components. Therefore it is pertinent to know the symbols of each and every component used in a hydraulic system.

The symbols discussed here conform to the American National Standard Institute (ANSI) standards and are tabulated below (see Figure 10.1).

Hydraulic circuit design and analysis-0220

Incoming search terms:

Related posts:

Concepts for estimating pumping energy costs:Flow regulated by throttling
Valves and Sensors:Air flow measurement
Compressed Air Transmission and Treatment:Carbon dioxide
Compressed Air Transmission and Treatment:Breathing apparatus standards
Energy and Efficiency:The complete isothermal formula
Optimizing and up-rating of existing systems:Case study
Conveying capability:High pressure conveying – Part II
Control components in a hydraulic system:Servo valves
CONTROL VALVES:Rotary Spool Four- Way Valves
Hydraulic pumps:Pump selection
BASICCONCEPTS OF THE RMODYNAMICS:TEMPERATURE AND THE ZEROTH LAW OF THERMODYNAMICS
PROPERTIES OF PURE SUBSTANCES:INTERNAL ENERGY, ENTHALPY, AND SPECIFIC HEATS OF IDEAL GASES
ENERGY TRANSFER BY HEAT,WORK,AND MASS:MECHANICAL FORMS OF WORK
SUMMARY OF THE SECOND LA W OF THERMODYNAMICS
HEAT EXCHANGERS:THE EFFECTIVENESS–NTU METHOD

Leave a comment

Your email address will not be published. Required fields are marked *