Pneumatics.

Slides:

Advertisements

Similar presentations

Introduction to Pneumatic Components Build a Working Pneumatic Circuit

Advertisements

Module 3 Practical Tasks

Module 6 : Flow control valves

Ms 4.20 pneumatic cylinders/Tieh SF1 Pneumatic Cylinders.

 Air! A pneumatic assembly is one that converts energy stored in compressed air to mechanical energy. Electrical Energy Compressed air Mechanical force.

FLIGHT POWER Know basic engine principles.

1 Petroleum Engineering 406 Floating Drilling Lesson 11b Motion Compensation.

Two Stroke Cycle Engine

Standard Grade Technological Studies Pneumatic components: Five port, two state valves.

Valves Non-return valves Flow control valves Pressure control valves

FLIGHT POWER Know basic engine principles. 1. Define a list of terms related to basic engine principles. 2. Describe the mechanical, cooling, and ignition.

Four- Stroke Small Engines

Manual Control Systems: Pneumatics “A Slice of Mechanical Engineering” Mr. J. Butler ● Department of Technology & Engineering ● John Jay High School ●

Manufacturing Engineering Hydraulic and Pneumatic Systems

What do the 5 clips have in common? Pneumatics. Pneumatics njuːˈmætɪks Branch in Physics Using the energy of compressed gas (e.g. air) Producing motion.

Introduction To Fluid Power

Standard Grade Technological Studies

Fluid Mechanics LAB: Introduction to Pneumatic Circuits

Pneumatic system. It is important to know that we are working with compressed air and not with a fluid like at hydraulic systems. Pneumatics is when compressed.

1 Four Stroke Engines How does a canon work?. 2 Engine Operation Gasoline & diesel engines convert chemical energy into mechanical energy.

Lesson Using Pneumatic Systems. Interest Approach Can you explain how air makes a pneumatic hand tool work?

Unit 6 Pneumatics and hydraulics Technology 4.

INTERNAL COMBUSTION ENGINES. EXTERNAL VS INTERNAL  external- combustion engine  typically steamed powered  heated water would produce steam to increase.

Automotive Industry Career Opportunities The automotive industry is expected to be one of the top growing career fields. Employment is expected to grow.

Engineering Concepts Chapter 5 Terms. ACTUATOR A device that transfers fluid or electrical energy into mechanical energy.

1 Four Stroke Engines How does a canon work?. 2 Engine Operation Gasoline & diesel engines convert chemical energy into mechanical energy.

The KOP Mechanical. Main Groups Control System (C) Base Components – Frame and frame hardware (F) – Gearbox (G) and motors – Wheel kit (W) Pneumatics.

By John Templeton.  Definition- the science that deals with the laws governing water or other liquids in motion and their applications in engineering;

Manufacturing Engineering Hydraulic and Pneumatic Systems

Mr. Brooks Foundations of Technology.  Examine and analyze open and closed fluid systems in terms of common components and basic design.

INTRODUCTION TO ELECTRONIC INSTRUMENTATION Chapter 11 INTC 1305 – 01 CONTROL VALVES AND REGULATORS Vern Wilson.

Unit Twelve Pilot Operated Pressure Control Valves At first glance the diagram would appear to show three different valves but the box surrounding the.

CAN YOU HANDLE THE PRESSURE?

Chapter 6 Section 3.

Unit III Class II Pneumatic actuators.

COMPRESSED AIR PRODUCTION USING VEHICLE SUSPENSOR for PNEUMATIC BRAKING SYSTEM with INTELLIGENT BRAKING APPLICATION(SEMI- AUTOMATED) BY VIDYAPUTRA.

The Heart of the Automobile

Automotive Technology

Small Engine Principles of Operation Test

HYDRAULIC AND PNUEMATIC ACTUATION SYSTEMS

PNEUMATIC CIRCUITS.

GOVERNMENT ENGINEERING COLLEGE DAHOD

Fluid Power Systems And Fundamentals

Directional control valves

Introduction to hydraulics

Control Valves and Regulators; Test Review - Agenda

CNC CONTROL SYSTEM AND PART PROGRAMMING

Scavenging Scavenging is the process whereby air at pressure higher than atmospheric is used to push out the exhaust gases from the cylinder. Unlike the.

ATM 322 – Pneumatics Module 4

STARTING OF IC ENGINES.

Engine Cycles This presentation will explore: Engine Operation

Mechanical Engineering Profession 2 __________________________

Logic Functions Pneumatics Module 7.

WHEELSPIN 2k17 Bapurao Deshmukh College Of Engineering Sevagrma (Wardha) Title – WORKING OF FOUR STROKE PETROL ENGINE Author – Abhijit kumar Date 28TH.

13.3 Using Heat.

Engine Design and Classification

Industrial Electronics

Four Stroke Compression Ignition (CI) Engine

INTRODUCTION TO PNEUMATICS

And Relationships between heat and work

______________ Combustion Engine

Engine Parts Piston Movement…

The Otto Cycle By: Vijai Sookrah

Pumps, valves, and…pigs?.

Module – 4: Single Acting Cylinder

Energy Conversion Engines take heat energy and convert it into mechanical energy. Motors take electrical energy and convert it into mechanical energy.

Four Stroke Engines How does a canon work?.

Engine Parts Piston Movement…

The four-stroke engine

Four Stroke Engine Operation

Presentation transcript:

Pneumatics

Pneumatics in a nutshell Pneumatics use pressurized gas in to power an object or cylinder The gas that is used in a pneumatic system is especially designed for the purpose its intended for. The tank is specially designed to withstand the pressure of the compressed gas A valve is used to regulate and control the flow of gas, either by pushing it in or exhausting it out

How Pneumatics Work Pneumatic systems basically use the potential energy of a compressed gas/air to create a particular movement or motion. A basic pneumatic system features a storage tank, feed lines, a two way valve and an actuator (could be a cylinder or piston). Motion happens when the compressed gas is pushed into they cylinder, and also exhausted at the other end. To close the cylinder, the complete opposite would happen. http://www.youtube.com/watch?v=kNvDAM2foyA

Main Uses Steam engines use basic pneumatics (using compressed steam to push a piston to move the wheels. Robots can also incorporate pneumatics to move the robot in a variety of different ways. Pneumatic drills use compressed air to spin the drill, these are seen commonly in F1 pit lanes.