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.

Slides:



Advertisements
Similar presentations
Introduction to Pneumatic Components Build a Working Pneumatic Circuit
Advertisements

Landstown High School Governors STEM & Technology Academy
Hydraulic and pneumatic systems use fluid power.
Hydraulic and pneumatic systems use fluid power.
Operating Nitrox Systems 11 Presented by Nuvair. Operating Nitrox Systems2 Membrane systems produce nitrox efficiently Compressed air flows through the.
Mechanical System. Agenda Mechanical Systems – Contest Outcomes Basic Pneumatics The Kit of Parts.
 Air! A pneumatic assembly is one that converts energy stored in compressed air to mechanical energy. Electrical Energy Compressed air Mechanical force.
Connecting to industry. Outside Air Products It begins with the same air we breathe, being drawn into an air compressor, and being compacted into a.
Practical Labs ImpedanceWeighing Air Compression & ExpansionCompressionBoiling Point Versus Pressure.
A Beginner’s Guide to Haunting with Commercial Pneumatics Joe Stone
By: Emma Milburn & Samantha McMahon
Introduction to Basic Hydraulics
Ventricle Chamber Valve Imaging Chamber ECG Machine Aortic Compliance Chamber Buffer Chamber Secondary Compliance Chamber Flow Meter Pressure Sensors DAQ.
Hydraulics Versus Pneumatics Exercise Answers
ME8843 The George W. Woodruff School of Mechanical Engineering ME 8843 Advanced Mechatronics Instructor: Professor Charles Ume Introduction to Hydraulic.
Marine Engine Systems Merchant Marine Training Centre.
Intro to Fluid Power Topics What is fluid power? Where is it used?
Careers in Canadian Fluid Power. What is the CFPA? Canadian Fluid Power Association Manufacturersdistributors related businessesorganizations Manufacturers,
Control of Pneumatic Energy
ENGR 8-4, Lesson 2 Hydraulic and Pneumatic Systems
Hydraulics and Pneumatics. Pneumatics  Pneumatics – the study of pressure in gasses  A pneumatic system is a system in which a gas (like air) transmits.
BASIC PNEUMATICS. Properties of Compressed Air Availability Easily stored in large volumes Simplicity in design and control Provides linear and rotary.
Chapter 10 Fluid Power Systems.
Fluids. Flow Take shape of container Liquids or gases Exert pressure Pressure = force / area Fluids
Introduction to a Pneumatic System
What is Fluid Power? Fluid power is energy transmitted and controlled by means of a pressurized fluid, either liquid or gas. The term fluid power applies.
Manual Control Systems: Pneumatics “A Slice of Mechanical Engineering” Mr. J. Butler ● Department of Technology & Engineering ● John Jay High School ●
Workshop #4 Stennis Space Center January 7,2006 Introduction to Pneumatics.
Previous End Show. Fluids are continuous, shapeless substances whose molecules move freely past one another and have the tendency to assume the shape.
By Cesar Mendoza. 1. It is defined as the ability to do work. It does so many things for people. A.Energy B.Machine C.Power D.Calorie E.None of the above.
Manufacturing Engineering Hydraulic and Pneumatic Systems
How It Works Diesel Locomotive Air Breaking Dynamic Breaking.
Introduction To Fluid Power
Standard Grade Technological Studies
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.
Lesson Using Pneumatic Systems. Interest Approach Can you explain how air makes a pneumatic hand tool work?
Lesson 8 Using Pneumatic Systems. Next Generation Science/Common Core Standards Addressed?  CCSS.ELA Literacy RST Cite specific textual evidence.
KNUDSEN PUMP. WHAT IS IT? Vacuum pump Principal of thermal transpiration temperature gradient causing the gas molecules to move from one side of the tube.
Forging new generations of engineers. Brakes Friction & Braking Friction: A force that opposes motion, it prevents the sliding between two surfaces that.
Unit 6 Pneumatics and hydraulics Technology 4.
MECH1300 Basic Principles of Pneumatics Topics Absolute Pressure and Temperature Gas Laws Gas Flow Vacuum Pneumatic Systems Chapter 10.
Topic 8: Fluid Systems Mix and Flow of Matter. Topic 8: Fluid Systems Mix and Flow of Matter.
Using Pneumatic Systems. Next Generation Science/Common Core Standards Addressed?  CCSS.ELA Literacy RST Cite specific textual evidence to support.
AWECS: Beyond Electricity Generation Synthetic Fuel Production Energy Storage Industrial ProcessesElectricity Generation AWECS with Fast Motion Transfer.
Introduction to Pressure, Pneumatics, and Hydraulics.
Engineering Concepts Chapter 5 Terms. ACTUATOR A device that transfers fluid or electrical energy into mechanical energy.
Warlocks 8/5/05 TMU FIRST Robotics 101 u Week 1) Gears, Pulleys, Sprockets, Bearings u Week 2) Motors & Controls u Week 3) Pneumatics u Week 4) Materials.
CONSTRUCTED FLUID SYSTEMS SECTION 9.2. Objectives By the end of the lesson you will be able to: 1. Explain the difference between static and dynamic pressure.
The KOP Mechanical. Main Groups Control System (C) Base Components – Frame and frame hardware (F) – Gearbox (G) and motors – Wheel kit (W) Pneumatics.
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.
COMPRESSED AIR PRODUCTION USING VEHICLE SUSPENSOR for PNEUMATIC BRAKING SYSTEM with INTELLIGENT BRAKING APPLICATION(SEMI- AUTOMATED) BY VIDYAPUTRA.
Engineering II – August 2016
AIRCRAFT PNEUMATIC SYSTEMS
RAILWAY’S AIR BRAKE SYSTEM
Introduction to hydraulics
Learning to Work Efficiently and Accurately
Pneumatics.
HYDRAULIC SYTEM AND AIR COMPRESSOR
STARTING OF IC ENGINES.
Forging new generations of engineers
Introduction to Pressure, Pneumatics, and Hydraulics
Introduction to Pressure, Pneumatics, and Hydraulics
Brakes.
Science 8 - Unit A - Mix and Flow of Matter
Forging new generations of engineers
Chapter 9 :Hydraulics and Pneumatics
Pumps, valves, and…pigs?.
BASIC PNEUMATICS.
Distribution Student Task
Presentation transcript:

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 “pneumatic systems” Origin of pneumatic (adjective) 1650s: pneumaticus (Latin), from pneumatikos (Greek) = related to the wind or air

Which application of pneumatics did each clip show? 1.Office chair 2.Bus braking system 3.Bicycle pump 4.Bus door 5.Can crusher

Other applications of pneumatics - Industries

1. AIR COMPRESSOR 2. MAIN TANK 3. REGULATOR 4. “T” FITTING 5. BUFFER TANK 6. FEEDER LINE (HOSE) 7. VALVE 8. CYLINDER 9. POWER SOURCE 10. SWITCH

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.